{"Order":"Testudines","Family":"Testudinidae","Genus":"Aldabrachelys","Species":"Aldabrachelys_gigantea","Subspecies":"gigantea","Listed_As":"Geochelone_gigantea","SDM":"TSD","SDM_Confidence":1,"Location":"Grande Terre, Aldabra, Seychelles","Latitude":-9.43403,"Longitude":46.36634,"Latitude_Range":0.11983,"Longitude_Range":0.31484,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1975,"Last_Year":1976,"First_Month":6,"Last_Month":9,"Incubation_Setup":"Nest","Min_Incubation_Length":98,"Max_Incubation_Length":148,"Sexing_Method":"Macroscopy","Sexed_Age_Class":"Hatchlings","Total_Sexed":43,"Males":21,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48837,"Proportion_Female":0.51163,"Source":"Swingland, I. R., & Coe, M. J. (1979). The natural regulation of giant tortoise populations on Aldabra Atoll: Recruitment. Philosophical Transactions of the Royal Society of London B, 286, 177-188.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Aldabrachelys","Species":"Aldabrachelys_gigantea","Subspecies":"gigantea","Listed_As":"Geochelone_gigantea","SDM":"TSD","SDM_Confidence":1,"Location":"Malabar, Aldabra, Seychelles","Latitude":-9.37736,"Longitude":46.35781,"Latitude_Range":0.0214,"Longitude_Range":0.16308,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1975,"Last_Year":1976,"First_Month":6,"Last_Month":9,"Incubation_Setup":"Nest","Min_Incubation_Length":98,"Max_Incubation_Length":148,"Sexing_Method":"Macroscopy","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":18,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48649,"Proportion_Female":0.51351,"Source":"Swingland, I. R., & Coe, M. J. (1979). The natural regulation of giant tortoise populations on Aldabra Atoll: Recruitment. Philosophical Transactions of the Royal Society of London B, 286, 177-188.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Aldabrachelys","Species":"Aldabrachelys_gigantea","SDM":"TSD","SDM_Confidence":1,"Location":"Aldabra, Seychelles","Latitude":-9.4303,"Longitude":46.36351,"Latitude_Range":0.12728,"Longitude_Range":0.3205,"Accurate":1,"Captive":1,"Captive_Location":"La Vanille Crocodile and Tortoise Park, Mauritius","Captive_Latitude":-20.50074,"Captive_Longitude":57.56332,"Captive_Latitude_Range":0.00551,"Captive_Longitude_Range":0.00338,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Month":4,"Last_Month":9,"Incubation_Setup":"Constant, nest","Substrate":"Perlite","Humidity":0.9,"Set_Temp":30,"Mean_Temp":30,"Min_Incubation_Length":90,"Max_Incubation_Length":120,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":106,"Males":21,"Females":82,"Intersex":3,"Undetermined":0,"Proportion_Male":0.21226,"Proportion_Female":0.78774,"Source":"Kuchling, G., & Griffiths, O. (2012). Endoscopic imaging of gonads, sex ratios, and occurrence of intersexes in juvenile captive-bred Aldabra giant tortoises. Chelonian Conservation and Biology, 11(1), 91-96.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Unspecified number hatched from overlooked nests - incubation conditions for artificially incubated eggs"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Amyda","Species":"Amyda_cartilaginea","SDM":"GSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, Singapore, and Thailand","Latitude":0.23215,"Longitude":108.19942,"Latitude_Range":18.16791,"Longitude_Range":22.12168,"Accurate":0,"Captive":1,"Captive_Location":"Kanchanaburi Inland Fisheries Development Center, Tha Muang District, Kanchanaburi Province, Thailand","Captive_Latitude":13.96686,"Captive_Longitude":99.62736,"Captive_Latitude_Range":0.00506,"Captive_Longitude_Range":0.00337,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Kuchling, G., & Kitimasak, W. (2009). Endoscopic sexing of juvenile softshell turtles, Amyda cartilaginea. Natural History Journal of Chulalongkorn University, 9(1), 91-93.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_ferox","SDM":"GSD","SDM_Confidence":1,"Location":"Franklin County, Florida, USA","Latitude":29.80476,"Longitude":-84.77329,"Latitude_Range":0.43463,"Longitude_Range":0.87881,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Min_Incubation_Length":77,"Max_Incubation_Length":82,"Total_Sexed":26,"Males":13,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Meylan, P. A., & Moler, P. E. (2006). Apalone ferox - Florida softshell turtle. In P. A. Meylan (Ed.), Biology and conservation of Florida turtles (pp. 160-168). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Eggs incubated \"mostly at 28C\""}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","Listed_As":"Trionyx_muticus","SDM":"GSD","SDM_Confidence":1,"Location":"Minnesota, USA","Latitude":44.23361,"Longitude":-92.71752,"Latitude_Range":1.46411,"Longitude_Range":2.99771,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":52,"Males":23,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44231,"Proportion_Female":0.55769,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","Listed_As":"Trionyx_muticus","SDM":"GSD","SDM_Confidence":1,"Location":"Minnesota, USA","Latitude":44.23361,"Longitude":-92.71752,"Latitude_Range":1.46411,"Longitude_Range":2.99771,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":53,"Males":26,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.49057,"Proportion_Female":0.50943,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","Listed_As":"Trionyx_muticus","SDM":"GSD","SDM_Confidence":1,"Location":"Minnesota, USA","Latitude":44.23361,"Longitude":-92.71752,"Latitude_Range":1.46411,"Longitude_Range":2.99771,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":55,"Males":29,"Females":25,"Intersex":1,"Undetermined":0,"Proportion_Male":0.53636,"Proportion_Female":0.46364,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Treatment":28,"Total_Hatched":18,"Proportion_Hatched":0.64286,"Mean_Incubation_Length":80.5,"Mean_Incubation_Length_SD":3.47,"Sexing_Method":"Endoscopy, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":8,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44444,"Proportion_Female":0.55556,"Source":"Janzen, F. J. (1993). The influence of incubation temperature and family on eggs, embryos, and hatchlings of the smooth softshell turtle (Apalone mutica). Physiological Zoology, 66(3), 349-373.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Treatment":28,"Total_Hatched":26,"Proportion_Hatched":0.92857,"Mean_Incubation_Length":60.3,"Mean_Incubation_Length_SD":2.78,"Sexing_Method":"Endoscopy, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":9,"Females":16,"Intersex":0,"Undetermined":1,"Proportion_Male":0.34615,"Proportion_Female":0.61538,"Source":"Janzen, F. J. (1993). The influence of incubation temperature and family on eggs, embryos, and hatchlings of the smooth softshell turtle (Apalone mutica). Physiological Zoology, 66(3), 349-373.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Treatment":28,"Total_Hatched":26,"Proportion_Hatched":0.92857,"Mean_Incubation_Length":48.5,"Mean_Incubation_Length_SD":2.07,"Sexing_Method":"Endoscopy, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":12,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46154,"Proportion_Female":0.53846,"Source":"Janzen, F. J. (1993). The influence of incubation temperature and family on eggs, embryos, and hatchlings of the smooth softshell turtle (Apalone mutica). Physiological Zoology, 66(3), 349-373.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Acetone","Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":61,"Max_Incubation_Length":61,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 1 mL acetone per L water"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Acetone","Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":63,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":63,"Max_Incubation_Length":63,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 1 mL acetone per L water"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Acetone","Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":61,"Max_Incubation_Length":61,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 1 mL acetone per L water"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Acetone","Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":64,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":64,"Max_Incubation_Length":64,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 1 mL acetone per L water"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.003102","Chemical_Concentration":4.64e-10,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":63,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":63,"Max_Incubation_Length":63,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 0.1 micrograms atrazine per L"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.003102","Chemical_Concentration":4.64e-10,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":63,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":63,"Max_Incubation_Length":63,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 0.1 micrograms atrazine per L"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.003102","Chemical_Concentration":4.64e-10,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":63,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":63,"Max_Incubation_Length":63,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 0.1 micrograms atrazine per L"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.3102","Chemical_Concentration":4.64e-08,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 10 microgram atrazine per L"}
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{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.3102","Chemical_Concentration":4.64e-08,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":59,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":59,"Max_Incubation_Length":59,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 10 microgram atrazine per L"}
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{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Acetone","Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 1 mL acetone per L water"}
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{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.003102","Chemical_Concentration":4.64e-10,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 0.1 micrograms atrazine per L"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.3102","Chemical_Concentration":4.64e-08,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 10 microgram atrazine per L"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.3102","Chemical_Concentration":4.64e-08,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 10 microgram atrazine per L"}
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{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"3.102","Chemical_Concentration":4.64e-07,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 100 micrograms atrazine per L"}
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{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Acetone","Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 1 mL acetone per L water"}
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{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"3.102","Chemical_Concentration":4.64e-07,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 100 micrograms atrazine per L"}
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{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.3102","Chemical_Concentration":4.64e-08,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 10 microgram atrazine per L"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"3.102","Chemical_Concentration":4.64e-07,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 100 micrograms atrazine per L"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_mutica","Subspecies":"mutica","SDM":"GSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"3.102","Chemical_Concentration":4.64e-07,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 100 micrograms atrazine per L"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Total_Incubated_Treatment":83,"Total_Hatched":67,"Proportion_Hatched":0.80723,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":67,"Males":33,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.49254,"Proportion_Female":0.50746,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Vogt & Bull (1982) Copeia; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":30.5,"Mean_Temp":30.5,"Total_Incubated_Treatment":86,"Total_Hatched":51,"Proportion_Hatched":0.59302,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":51,"Males":27,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52941,"Proportion_Female":0.47059,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Vogt & Bull (1982) Copeia; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":7,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53846,"Proportion_Female":0.46154,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":23,"Mean_Temp":23,"Total_Incubated_Experiment":378,"Total_Incubated_Treatment":68,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos","Total_Sexed":17,"Males":7,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.41176,"Proportion_Female":0.58824,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed \"undetermined\" were unhatched as in Bull & Vogt (1979) Science; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Total_Incubated_Experiment":378,"Total_Incubated_Treatment":86,"Total_Hatched":69,"Proportion_Hatched":0.80233,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":69,"Males":34,"Females":35,"Intersex":0,"Undetermined":0,"Proportion_Male":0.49275,"Proportion_Female":0.50725,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed \"undetermined\" were unhatched as in Bull & Vogt (1979) Science; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Total_Incubated_Experiment":378,"Total_Incubated_Treatment":69,"Total_Hatched":56,"Proportion_Hatched":0.81159,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":56,"Males":29,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.51786,"Proportion_Female":0.48214,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed \"undetermined\" were unhatched as in Bull & Vogt (1979) Science; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Min_Temp":30,"Max_Temp":31,"Total_Incubated_Experiment":378,"Total_Incubated_Treatment":89,"Total_Hatched":53,"Proportion_Hatched":0.59551,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":53,"Males":28,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5283,"Proportion_Female":0.4717,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed \"undetermined\" were unhatched as in Bull & Vogt (1979) Science; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":33,"Mean_Temp":33,"Total_Incubated_Experiment":378,"Total_Incubated_Treatment":66,"Total_Hatched":51,"Proportion_Hatched":0.77273,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":51,"Males":21,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.41176,"Proportion_Female":0.58824,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed \"undetermined\" were unhatched as in Bull & Vogt (1979) Science; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Number_Clutches_Experiment":30,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Number_Clutches_Experiment":30,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":12,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54545,"Proportion_Female":0.45455,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Number_Clutches_Experiment":30,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":14,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63636,"Proportion_Female":0.36364,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Number_Clutches_Experiment":30,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":14,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.45161,"Proportion_Female":0.54839,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Number_Clutches_Experiment":30,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":7,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.38889,"Proportion_Female":0.61111,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Subspecies":"spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Fluctuating","Mean_Temp":29,"Fluctuation":2,"Min_Temp":27,"Max_Temp":31,"Number_Clutches_Experiment":30,"Number_Clutches_Treatment":25,"Clutch_ID":"6-30","Sexed_Age_Class":"Hatchlings","Total_Sexed":382,"Males":187,"Females":195,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48953,"Proportion_Female":0.51047,"Source":"Vogt, R. C., & Bull, J. J. (1982). Genetic sex determination in the spiny softshell Trionyx spiniferus (Testudines: Trionychidae). Copeia, 1982(3), 699-700.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Travis County, Texas, USA","Latitude":30.32596,"Longitude":-97.7721,"Latitude_Range":0.60147,"Longitude_Range":0.79926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":51,"Total_Hatched":14,"Proportion_Hatched":0.27451,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":14,"Males":7,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Bull, J. J., Gutzke, W. H. N., & Crews, D. (1988). Sex reversal by estradiol in three reptilian orders. General and Comparative Endocrinology, 70(3), 425-428.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Lockwood et al. (1991) Canadian Journal of Zoology"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","Listed_As":"Trionyx_spiniferus","SDM":"GSD","SDM_Confidence":1,"Location":"Travis County, Texas, USA","Latitude":30.32596,"Longitude":-97.7721,"Latitude_Range":0.60147,"Longitude_Range":0.79926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"Range","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":54,"Total_Hatched":15,"Proportion_Hatched":0.27778,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Gutzke, W. H. N., & Crews, D. (1988). Sex reversal by estradiol in three reptilian orders. General and Comparative Endocrinology, 70(3), 425-428.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Received 5 ?l of either the 15 or 20 ?g/?l estradiol solution; coordinates from Lockwood et al. (1991) Canadian Journal of Zoology"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":35.97333,"Longitude":-92.55565,"Latitude_Range":24.3728,"Longitude_Range":39.02414,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Wildsville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.6,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":35.97333,"Longitude":-92.55565,"Latitude_Range":24.3728,"Longitude_Range":39.02414,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Wildsville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.6,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":35.97333,"Longitude":-92.55565,"Latitude_Range":24.3728,"Longitude_Range":39.02414,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Wildsville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.6,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":8,"Males":5,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":35.97333,"Longitude":-92.55565,"Latitude_Range":24.3728,"Longitude_Range":39.02414,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Wildsville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.6,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":35.97333,"Longitude":-92.55565,"Latitude_Range":24.3728,"Longitude_Range":39.02414,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Wildsville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.6,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":35.97333,"Longitude":-92.55565,"Latitude_Range":24.3728,"Longitude_Range":39.02414,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Wildsville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.6,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":35.97333,"Longitude":-92.55565,"Latitude_Range":24.3728,"Longitude_Range":39.02414,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Wildsville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.6,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Concordia Turtle Farm, Wildsville, and West Feliciana and Ouachita Parishes, Louisiana, USA","Latitude":31.69437,"Longitude":-91.80067,"Latitude_Range":2.0737,"Longitude_Range":1.22018,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1997,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Held at 24.5C (room temp) from second half of May until June 10"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Concordia Turtle Farm, Wildsville, and West Feliciana and Ouachita Parishes, Louisiana, USA","Latitude":31.69437,"Longitude":-91.80067,"Latitude_Range":2.0737,"Longitude_Range":1.22018,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1997,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Held at 24.5C (room temp) from second half of May until June 10"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Concordia Turtle Farm, Wildsville, and West Feliciana and Ouachita Parishes, Louisiana, USA","Latitude":31.69437,"Longitude":-91.80067,"Latitude_Range":2.0737,"Longitude_Range":1.22018,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1997,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":15,"Males":7,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46667,"Proportion_Female":0.53333,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Held at 24.5C (room temp) from second half of May until June 10"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Concordia Turtle Farm, Wildsville, and West Feliciana and Ouachita Parishes, Louisiana, USA","Latitude":31.69437,"Longitude":-91.80067,"Latitude_Range":2.0737,"Longitude_Range":1.22018,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1997,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Held at 24.5C (room temp) from second half of May until June 10"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Concordia Turtle Farm, Wildsville, and West Feliciana and Ouachita Parishes, Louisiana, USA","Latitude":31.69437,"Longitude":-91.80067,"Latitude_Range":2.0737,"Longitude_Range":1.22018,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1997,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Held at 24.5C (room temp) from second half of May until June 10"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Concordia Turtle Farm, Wildsville, and West Feliciana and Ouachita Parishes, Louisiana, USA","Latitude":31.69437,"Longitude":-91.80067,"Latitude_Range":2.0737,"Longitude_Range":1.22018,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1997,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Held at 24.5C (room temp) from second half of May until June 10"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Concordia Turtle Farm, Wildsville, and West Feliciana and Ouachita Parishes, Louisiana, USA","Latitude":31.69437,"Longitude":-91.80067,"Latitude_Range":2.0737,"Longitude_Range":1.22018,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1997,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Held at 24.5C (room temp) from second half of May until June 10"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Apalone","Species":"Apalone_spinifera","SDM":"GSD","SDM_Confidence":1,"Location":"Concordia Turtle Farm, Wildsville, and West Feliciana and Ouachita Parishes, Louisiana, USA","Latitude":31.69437,"Longitude":-91.80067,"Latitude_Range":2.0737,"Longitude_Range":1.22018,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1997,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Experiment":306,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":4,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Greenbaum, E., & Carr, J. L. (2001). Sexual differentiation in the spiny softshell turtle (Apalone spinifera), a species with genetic sex determination. Journal of Experimental Zoology, 290(2), 190-200.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Held at 24.5C (room temp) from second half of May until June 10"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_radiata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Madagascar","Latitude":-24.42139,"Longitude":45.21275,"Latitude_Range":2.38135,"Longitude_Range":3.17369,"Accurate":0.5,"Captive":1,"Captive_Location":"St. Catherine's Island, Georgia, USA","Captive_Latitude":31.62892,"Captive_Longitude":-81.15588,"Captive_Latitude_Range":0.14119,"Captive_Longitude_Range":0.06832,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2001,"Last_Year":2001,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kuchling, G., Goode, E. V., & Praschag, P. (2013). Endoscopic imaging of gonads, sex ratio and temperature-dependent sex determination in juvenile captive-bred radiated tortoises, Astrochelys radiata. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 113-118). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_radiata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Madagascar","Latitude":-24.42139,"Longitude":45.21275,"Latitude_Range":2.38135,"Longitude_Range":3.17369,"Accurate":0.5,"Captive":1,"Captive_Location":"St. Catherine's Island, Georgia, USA","Captive_Latitude":31.62892,"Captive_Longitude":-81.15588,"Captive_Latitude_Range":0.14119,"Captive_Longitude_Range":0.06832,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2002,"Last_Year":2002,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Kuchling, G., Goode, E. V., & Praschag, P. (2013). Endoscopic imaging of gonads, sex ratio and temperature-dependent sex determination in juvenile captive-bred radiated tortoises, Astrochelys radiata. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 113-118). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_radiata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Madagascar","Latitude":-24.42139,"Longitude":45.21275,"Latitude_Range":2.38135,"Longitude_Range":3.17369,"Accurate":0.5,"Captive":1,"Captive_Location":"St. Catherine's Island, Georgia, USA","Captive_Latitude":31.62892,"Captive_Longitude":-81.15588,"Captive_Latitude_Range":0.14119,"Captive_Longitude_Range":0.06832,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2003,"Last_Year":2003,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":11,"Males":4,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"Kuchling, G., Goode, E. V., & Praschag, P. (2013). Endoscopic imaging of gonads, sex ratio and temperature-dependent sex determination in juvenile captive-bred radiated tortoises, Astrochelys radiata. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 113-118). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_radiata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Madagascar","Latitude":-24.42139,"Longitude":45.21275,"Latitude_Range":2.38135,"Longitude_Range":3.17369,"Accurate":0.5,"Captive":1,"Captive_Location":"St. Catherine's Island, Georgia, USA","Captive_Latitude":31.62892,"Captive_Longitude":-81.15588,"Captive_Latitude_Range":0.14119,"Captive_Longitude_Range":0.06832,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2004,"Last_Year":2004,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kuchling, G., Goode, E. V., & Praschag, P. (2013). Endoscopic imaging of gonads, sex ratio and temperature-dependent sex determination in juvenile captive-bred radiated tortoises, Astrochelys radiata. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 113-118). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_radiata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Madagascar","Latitude":-24.42139,"Longitude":45.21275,"Latitude_Range":2.38135,"Longitude_Range":3.17369,"Accurate":0.5,"Captive":1,"Captive_Location":"Behler Chelonian Center, Southern California, USA","Captive_Latitude":34.43259,"Captive_Longitude":-119.26399,"Captive_Latitude_Range":0.0812,"Captive_Longitude_Range":0.14143,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Set_Temp":28.9,"Mean_Temp":28.9,"Max_Incubation_Length":120,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kuchling, G., Goode, E. V., & Praschag, P. (2013). Endoscopic imaging of gonads, sex ratio and temperature-dependent sex determination in juvenile captive-bred radiated tortoises, Astrochelys radiata. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 113-118). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_radiata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Madagascar","Latitude":-24.42139,"Longitude":45.21275,"Latitude_Range":2.38135,"Longitude_Range":3.17369,"Accurate":0.5,"Captive":1,"Captive_Location":"Behler Chelonian Center, Southern California, USA","Captive_Latitude":34.43259,"Captive_Longitude":-119.26399,"Captive_Latitude_Range":0.0812,"Captive_Longitude_Range":0.14143,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Set_Temp":28.9,"Mean_Temp":28.9,"Max_Incubation_Length":120,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":19,"Males":2,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.10526,"Proportion_Female":0.89474,"Source":"Kuchling, G., Goode, E. V., & Praschag, P. (2013). Endoscopic imaging of gonads, sex ratio and temperature-dependent sex determination in juvenile captive-bred radiated tortoises, Astrochelys radiata. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 113-118). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_radiata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Madagascar","Latitude":-24.42139,"Longitude":45.21275,"Latitude_Range":2.38135,"Longitude_Range":3.17369,"Accurate":0.5,"Captive":1,"Captive_Location":"Behler Chelonian Center, Southern California, USA","Captive_Latitude":34.43259,"Captive_Longitude":-119.26399,"Captive_Latitude_Range":0.0812,"Captive_Longitude_Range":0.14143,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Min_Incubation_Length":90,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kuchling, G., Goode, E. V., & Praschag, P. (2013). Endoscopic imaging of gonads, sex ratio and temperature-dependent sex determination in juvenile captive-bred radiated tortoises, Astrochelys radiata. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 113-118). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_radiata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Madagascar","Latitude":-24.42139,"Longitude":45.21275,"Latitude_Range":2.38135,"Longitude_Range":3.17369,"Accurate":0.5,"Captive":1,"Captive_Location":"Behler Chelonian Center, Southern California, USA","Captive_Latitude":34.43259,"Captive_Longitude":-119.26399,"Captive_Latitude_Range":0.0812,"Captive_Longitude_Range":0.14143,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Min_Incubation_Length":90,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kuchling, G., Goode, E. V., & Praschag, P. (2013). Endoscopic imaging of gonads, sex ratio and temperature-dependent sex determination in juvenile captive-bred radiated tortoises, Astrochelys radiata. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 113-118). Chelonian Research Foundation, Lunenburg, Massachusetts.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_yniphora","Listed_As":"Geochelone_yniphora","SDM":"TSD","SDM_Confidence":1,"Location":"Northwest Madagascar","Latitude":-16.06818,"Longitude":45.20868,"Latitude_Range":0.26099,"Longitude_Range":0.67181,"Accurate":1,"Captive":1,"Captive_Location":"Ampijoroa, Madagascar","Captive_Latitude":-16.23078,"Captive_Longitude":46.47096,"Captive_Latitude_Range":0.01244,"Captive_Longitude_Range":0.02017,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Nest","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":38,"Clutch_ID":"1-38","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":49,"Males":0,"Females":49,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kuchling, G., & López, F. J. (2000). Endoscopic sexing of juvenile captive-bred ploughshare tortoises Geochelone yniphora at Ampijoroa, Madagascar. Dodo, 36, 94-95.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_yniphora","Listed_As":"Geochelone_yniphora","SDM":"TSD","SDM_Confidence":1,"Location":"Northwest Madagascar","Latitude":-16.06818,"Longitude":45.20868,"Latitude_Range":0.26099,"Longitude_Range":0.67181,"Accurate":1,"Captive":1,"Captive_Location":"Ampijoroa, Madagascar","Captive_Latitude":-16.23078,"Captive_Longitude":46.47096,"Captive_Latitude_Range":0.01244,"Captive_Longitude_Range":0.02017,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Nest","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":6,"Clutch_ID":"39-44","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Kuchling, G., & López, F. J. (2000). Endoscopic sexing of juvenile captive-bred ploughshare tortoises Geochelone yniphora at Ampijoroa, Madagascar. Dodo, 36, 94-95.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Astrochelys","Species":"Astrochelys_yniphora","Listed_As":"Geochelone_yniphora","SDM":"TSD","SDM_Confidence":1,"Location":"Northwest Madagascar","Latitude":-16.06818,"Longitude":45.20868,"Latitude_Range":0.26099,"Longitude_Range":0.67181,"Accurate":1,"Captive":1,"Captive_Location":"Ampijoroa, Madagascar","Captive_Latitude":-16.23078,"Captive_Longitude":46.47096,"Captive_Latitude_Range":0.01244,"Captive_Longitude_Range":0.02017,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Nest","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"45","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":0,"Females":0,"Intersex":1,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kuchling, G., & López, F. J. (2000). Endoscopic sexing of juvenile captive-bred ploughshare tortoises Geochelone yniphora at Ampijoroa, Madagascar. Dodo, 36, 94-95.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Listed_As":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Malaysia","Latitude":4.08186,"Longitude":101.99399,"Latitude_Range":5.30351,"Longitude_Range":3.9015,"Accurate":0.5,"Captive":1,"Captive_Location":"Kolej Universiti Sains dan Teknologi Malaysia, Kuala Terengganu, Malaysia","Captive_Latitude":5.41012,"Captive_Longitude":103.08968,"Captive_Latitude_Range":0.01312,"Captive_Longitude_Range":0.01105,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":13,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Kuchling, G., & Chan, E. H. (2005). Sex ratios of river terrapins (Batagur baska) in the head-starting facilities of Malaysia. In Fifth World Congress of Herpetology, Stellenbosch, June 2005: Abstracts and Programme (pp. 36-37). 5th World Congress of Herpetology, Stellenbosch, South Africa.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"One styrofoam box had average temperature of 29.4C, other was 29.8C; range of both: 25.4-33.5C"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Listed_As":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Malaysia","Latitude":4.08186,"Longitude":101.99399,"Latitude_Range":5.30351,"Longitude_Range":3.9015,"Accurate":0.5,"Captive":1,"Captive_Location":"Kolej Universiti Sains dan Teknologi Malaysia, Kuala Terengganu, Malaysia","Captive_Latitude":5.41012,"Captive_Longitude":103.08968,"Captive_Latitude_Range":0.01312,"Captive_Longitude_Range":0.01105,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Kuchling, G., & Chan, E. H. (2005). Sex ratios of river terrapins (Batagur baska) in the head-starting facilities of Malaysia. In Fifth World Congress of Herpetology, Stellenbosch, June 2005: Abstracts and Programme (pp. 36-37). 5th World Congress of Herpetology, Stellenbosch, South Africa.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"One styrofoam box had average temperature of 29.4C, other was 29.8C; range of both: 25.4-33.5C"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Listed_As":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Malaysia","Latitude":4.08186,"Longitude":101.99399,"Latitude_Range":5.30351,"Longitude_Range":3.9015,"Accurate":0.5,"Captive":1,"Captive_Location":"Bukit Paloh headstarting facility, Terengganu, Malaysia","Captive_Latitude":5.0636,"Captive_Longitude":102.95388,"Captive_Latitude_Range":0.00137,"Captive_Longitude_Range":0.00224,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kuchling, G., & Chan, E. H. (2005). Sex ratios of river terrapins (Batagur baska) in the head-starting facilities of Malaysia. In Fifth World Congress of Herpetology, Stellenbosch, June 2005: Abstracts and Programme (pp. 36-37). 5th World Congress of Herpetology, Stellenbosch, South Africa.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Listed_As":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Malaysia","Latitude":4.08186,"Longitude":101.99399,"Latitude_Range":5.30351,"Longitude_Range":3.9015,"Accurate":0.5,"Captive":1,"Captive_Location":"Bukit Paloh headstarting facility, Terengganu, Malaysia","Captive_Latitude":5.0636,"Captive_Longitude":102.95388,"Captive_Latitude_Range":0.00137,"Captive_Longitude_Range":0.00224,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Kuchling, G., & Chan, E. H. (2005). Sex ratios of river terrapins (Batagur baska) in the head-starting facilities of Malaysia. In Fifth World Congress of Herpetology, Stellenbosch, June 2005: Abstracts and Programme (pp. 36-37). 5th World Congress of Herpetology, Stellenbosch, South Africa.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Subspecies":"affinis","Listed_As":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Malaysia","Latitude":4.08186,"Longitude":101.99399,"Latitude_Range":5.30351,"Longitude_Range":3.9015,"Accurate":0.5,"Captive":1,"Captive_Location":"Bota Kanan, Perak, Malaysia","Captive_Latitude":4.34876,"Captive_Longitude":100.88052,"Captive_Latitude_Range":0.00145,"Captive_Longitude_Range":0.00107,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":15,"Males":3,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Kuchling, G., & Chan, E. H. (2005). Sex ratios of river terrapins (Batagur baska) in the head-starting facilities of Malaysia. In Fifth World Congress of Herpetology, Stellenbosch, June 2005: Abstracts and Programme (pp. 36-37). 5th World Congress of Herpetology, Stellenbosch, South Africa.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Subspecies":"affinis","Listed_As":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Malaysia","Latitude":4.08186,"Longitude":101.99399,"Latitude_Range":5.30351,"Longitude_Range":3.9015,"Accurate":0.5,"Captive":1,"Captive_Location":"Bota Kanan, Perak, Malaysia","Captive_Latitude":4.34876,"Captive_Longitude":100.88052,"Captive_Latitude_Range":0.00145,"Captive_Longitude_Range":0.00107,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":4,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Kuchling, G., & Chan, E. H. (2005). Sex ratios of river terrapins (Batagur baska) in the head-starting facilities of Malaysia. In Fifth World Congress of Herpetology, Stellenbosch, June 2005: Abstracts and Programme (pp. 36-37). 5th World Congress of Herpetology, Stellenbosch, South Africa.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Subspecies":"edwardmolli","SDM":"TSD","SDM_Confidence":1,"Location":"Dungun and Setiu Rivers, Terengganu, Malaysia","Latitude":5.07515,"Longitude":103.00391,"Latitude_Range":1.19872,"Longitude_Range":0.78593,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Mean_Temp":27,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Proportion_Male":1,"Proportion_Female":0,"Source":"Chan, E. H. (2006). The Kustem Setiu River Terrapin Conservation Program celebrates Terrapin Independence Day. Turtle Survival Alliance Newsletter, 2006, 14.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Subspecies":"edwardmolli","SDM":"TSD","SDM_Confidence":1,"Location":"Dungun and Setiu Rivers, Terengganu, Malaysia","Latitude":5.07515,"Longitude":103.00391,"Latitude_Range":1.19872,"Longitude_Range":0.78593,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Mean_Temp":29,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Proportion_Male":1,"Proportion_Female":0,"Source":"Chan, E. H. (2006). The Kustem Setiu River Terrapin Conservation Program celebrates Terrapin Independence Day. Turtle Survival Alliance Newsletter, 2006, 14.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Subspecies":"edwardmolli","SDM":"TSD","SDM_Confidence":1,"Location":"Dungun and Setiu Rivers, Terengganu, Malaysia","Latitude":5.07515,"Longitude":103.00391,"Latitude_Range":1.19872,"Longitude_Range":0.78593,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H. (2006). The Kustem Setiu River Terrapin Conservation Program celebrates Terrapin Independence Day. Turtle Survival Alliance Newsletter, 2006, 14.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Mean temperature >31"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Subspecies":"edwardmolli","SDM":"TSD","SDM_Confidence":1,"Location":"Dungun and Setiu Rivers, Terengganu, Malaysia","Latitude":5.07515,"Longitude":103.00391,"Latitude_Range":1.19872,"Longitude_Range":0.78593,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Proportion_Hatched":0,"Source":"Chan, E. H. (2006). The Kustem Setiu River Terrapin Conservation Program celebrates Terrapin Independence Day. Turtle Survival Alliance Newsletter, 2006, 14.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Mean temperature >33"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Subspecies":"edwardmolli","Listed_As":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Dungun River at Pasir Kumpal, Terengganu, Malaysia","Latitude":4.81117,"Longitude":103.32151,"Latitude_Range":0.00267,"Longitude_Range":0.00679,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Mean_Temp":32.5,"Number_Clutches_Experiment":10,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":45,"Males":0,"Females":45,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kuchling, G., Chan, E. H., & Soh, C. L. (2007). Temperature-dependent sex determination studies in the River Terrapin, range country: Malaysia. Turtle Survival Magazine, 2007, 18.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_affinis","Subspecies":"edwardmolli","Listed_As":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Setiu River, Terengganu, Malaysia","Latitude":5.56335,"Longitude":102.71094,"Latitude_Range":0.17634,"Longitude_Range":0.19443,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Number_Clutches_Experiment":8,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":66,"Source":"Kuchling, G., Chan, E. H., & Soh, C. L. (2007). Temperature-dependent sex determination studies in the River Terrapin, range country: Malaysia. Turtle Survival Magazine, 2007, 18.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Two incubation boxes - average temperatures of 29.7 and 31.7"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh","Latitude":22.35188,"Longitude":89.85768,"Latitude_Range":1.33825,"Longitude_Range":1.91666,"Accurate":0.5,"Captive":1,"Captive_Location":"Bhawal National Park, Bangladesh","Captive_Latitude":24.08072,"Captive_Longitude":90.40537,"Captive_Latitude_Range":0.04117,"Captive_Longitude_Range":0.0344,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":2012,"Last_Year":2012,"First_Month":3,"Last_Month":4,"Incubation_Setup":"Nest","Mean_Temp":27,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Total_Incubated_Treatment":92,"Total_Hatched":26,"Proportion_Hatched":0.28261,"Min_Incubation_Length":59,"Max_Incubation_Length":77,"Sexing_Method":"Endoscopy, secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Praschag, P., Weissenbacher, A., & Ghosh, R. (2013). Another successful year for project Batagur baska. Turtle Survival Magazine, 2013, 32-33.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with P. Praschag","Data_Elsewhere":"0","Notes":"Some data from Weissenbacher et al. (2015) International Zoo Yearbook"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh","Latitude":22.35188,"Longitude":89.85768,"Latitude_Range":1.33825,"Longitude_Range":1.91666,"Accurate":0.5,"Captive":1,"Captive_Location":"Bhawal National Park, Bangladesh","Captive_Latitude":24.08072,"Captive_Longitude":90.40537,"Captive_Latitude_Range":0.04117,"Captive_Longitude_Range":0.0344,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":2013,"Last_Year":2013,"Mean_Temp":30,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Praschag, P., Weissenbacher, A., & Ghosh, R. (2013). Another successful year for project Batagur baska. Turtle Survival Magazine, 2013, 32-33.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with P. Praschag","Data_Elsewhere":"0","Notes":"Some data from Weissenbacher et al. (2015) International Zoo Yearbook"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_baska","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh and India","Latitude":21.48236,"Longitude":88.35577,"Latitude_Range":3.07729,"Longitude_Range":4.92047,"Accurate":0.5,"Captive":1,"Captive_Location":"Sajnekhali Forest Station, Sunderban Tiger Reserve, India","Captive_Latitude":22.12328,"Captive_Longitude":88.83022,"Captive_Latitude_Range":0.00257,"Captive_Longitude_Range":0.00257,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":145,"Males":25,"Females":120,"Intersex":0,"Undetermined":0,"Proportion_Male":0.17241,"Proportion_Female":0.82759,"Source":"Lowe, H. (2015). Females dominate the conservation colony of northern river terrapin in India. Turtle Survival Alliance. https://turtlesurvival.org/females-dominate-the-conservation-colony-of-northern-river-terrapin-in-india/","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Hatchlings born and raised in captivity"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_borneoensis","Listed_As":"Callagur_borneoensis","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.85005,"Longitude":106.43026,"Latitude_Range":10.80875,"Longitude_Range":18.61099,"Accurate":0,"Incubation_Setup":"Indoor container","Set_Temp":27,"Mean_Temp":27,"Number_Clutches_Experiment":7,"Min_Incubation_Length":109,"Max_Incubation_Length":115,"Sexing_Method":"Histology","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Livinu, W. J. (1997). Effects of temperature on sexual differentiation of the painted terrapin, Callagur borneoensis (Undergraduate thesis, University Kolej, Terengganu, Malaysia). Retrieved from http://103.255.170.77:8080/bitstream/handle/123456789/2774/LP%2057%20FSGT%201%201997%20Abstract.pdf?sequence=1&isAllowed=y","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Only access to abstract"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_borneoensis","Listed_As":"Callagur_borneoensis","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.85005,"Longitude":106.43026,"Latitude_Range":10.80875,"Longitude_Range":18.61099,"Accurate":0,"Incubation_Setup":"Indoor container","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Experiment":7,"Sexing_Method":"Histology","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Livinu, W. J. (1997). Effects of temperature on sexual differentiation of the painted terrapin, Callagur borneoensis (Undergraduate thesis, University Kolej, Terengganu, Malaysia). Retrieved from http://103.255.170.77:8080/bitstream/handle/123456789/2774/LP%2057%20FSGT%201%201997%20Abstract.pdf?sequence=1&isAllowed=y","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Only access to abstract"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_borneoensis","Listed_As":"Callagur_borneoensis","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.85005,"Longitude":106.43026,"Latitude_Range":10.80875,"Longitude_Range":18.61099,"Accurate":0,"Incubation_Setup":"Indoor container","Set_Temp":29,"Mean_Temp":28.88,"Number_Clutches_Experiment":7,"Sexing_Method":"Histology","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Livinu, W. J. (1997). Effects of temperature on sexual differentiation of the painted terrapin, Callagur borneoensis (Undergraduate thesis, University Kolej, Terengganu, Malaysia). Retrieved from http://103.255.170.77:8080/bitstream/handle/123456789/2774/LP%2057%20FSGT%201%201997%20Abstract.pdf?sequence=1&isAllowed=y","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Only access to abstract"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_borneoensis","Listed_As":"Callagur_borneoensis","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.85005,"Longitude":106.43026,"Latitude_Range":10.80875,"Longitude_Range":18.61099,"Accurate":0,"Incubation_Setup":"Indoor container","Set_Temp":30,"Mean_Temp":29.76,"Number_Clutches_Experiment":7,"Sexing_Method":"Histology","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Livinu, W. J. (1997). Effects of temperature on sexual differentiation of the painted terrapin, Callagur borneoensis (Undergraduate thesis, University Kolej, Terengganu, Malaysia). Retrieved from http://103.255.170.77:8080/bitstream/handle/123456789/2774/LP%2057%20FSGT%201%201997%20Abstract.pdf?sequence=1&isAllowed=y","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Only access to abstract"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_borneoensis","Listed_As":"Callagur_borneoensis","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.85005,"Longitude":106.43026,"Latitude_Range":10.80875,"Longitude_Range":18.61099,"Accurate":0,"Incubation_Setup":"Indoor container","Set_Temp":31,"Mean_Temp":30.98,"Number_Clutches_Experiment":7,"Sexing_Method":"Histology","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Livinu, W. J. (1997). Effects of temperature on sexual differentiation of the painted terrapin, Callagur borneoensis (Undergraduate thesis, University Kolej, Terengganu, Malaysia). Retrieved from http://103.255.170.77:8080/bitstream/handle/123456789/2774/LP%2057%20FSGT%201%201997%20Abstract.pdf?sequence=1&isAllowed=y","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Only access to abstract"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_borneoensis","Listed_As":"Callagur_borneoensis","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.85005,"Longitude":106.43026,"Latitude_Range":10.80875,"Longitude_Range":18.61099,"Accurate":0,"Incubation_Setup":"Indoor container","Set_Temp":32,"Mean_Temp":32,"Number_Clutches_Experiment":7,"Sexing_Method":"Histology","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Livinu, W. J. (1997). Effects of temperature on sexual differentiation of the painted terrapin, Callagur borneoensis (Undergraduate thesis, University Kolej, Terengganu, Malaysia). Retrieved from http://103.255.170.77:8080/bitstream/handle/123456789/2774/LP%2057%20FSGT%201%201997%20Abstract.pdf?sequence=1&isAllowed=y","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Only access to abstract"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_borneoensis","Listed_As":"Callagur_borneoensis","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.85005,"Longitude":106.43026,"Latitude_Range":10.80875,"Longitude_Range":18.61099,"Accurate":0,"Incubation_Setup":"Indoor container","Set_Temp":33,"Mean_Temp":33,"Number_Clutches_Experiment":7,"Min_Incubation_Length":63,"Max_Incubation_Length":69,"Sexing_Method":"Histology","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Livinu, W. J. (1997). Effects of temperature on sexual differentiation of the painted terrapin, Callagur borneoensis (Undergraduate thesis, University Kolej, Terengganu, Malaysia). Retrieved from http://103.255.170.77:8080/bitstream/handle/123456789/2774/LP%2057%20FSGT%201%201997%20Abstract.pdf?sequence=1&isAllowed=y","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Only access to abstract"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Batagur","Species":"Batagur_borneoensis","SDM":"TSD","SDM_Confidence":1,"Location":"East coast of Malaysia","Latitude":3.85686,"Longitude":103.12869,"Latitude_Range":5.00719,"Longitude_Range":2.38647,"Accurate":0.5,"Captive":1,"Captive_Location":"Conservation hatchery in either Terengganu or Pahang on the east coast of Peninsular Malaysia","Captive_Latitude":4.15863,"Captive_Longitude":103.04781,"Captive_Latitude_Range":3.36343,"Captive_Longitude_Range":1.18103,"Captive_Accurate":0.5,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Sexing_Method":"Endoscopy, histology","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Juveniles","Total_Sexed":31,"Males":1,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03226,"Proportion_Female":0.96774,"Source":"Kolandaiveloo, V., Kalaiselvam, R., Fong, M. W. C., Mustapa, M. S., Souce, R. M., Sugnaseelan, S., Watanabe, M., Lau, M. M., Sharma, D. S. K., & Sharma, R. S. K. (2020). Endoscopy gender determination and reproductive hormone profiles of Painted Terrapins (Batagur borneoensis) subjected to ex situ incubation. Journal of Veterinary Medical Science, 82(4), 497-502.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Little Cumberland Island, Georgia, USA","Latitude":30.95317,"Longitude":-81.41773,"Latitude_Range":0.0509,"Longitude_Range":0.0261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Set_Temp":22,"Mean_Temp":22,"Fluctuation":0.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":24,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Yntema, C. L., & Mrosovsky, N. (1980). Sexual differentiation in hatchling loggerheads (Caretta caretta) incubated at different controlled temperatures. Herpetologica, 36(1), 33-36.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Little Cumberland Island, Georgia, USA","Latitude":30.95317,"Longitude":-81.41773,"Latitude_Range":0.0509,"Longitude_Range":0.0261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":12,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Yntema, C. L., & Mrosovsky, N. (1980). Sexual differentiation in hatchling loggerheads (Caretta caretta) incubated at different controlled temperatures. Herpetologica, 36(1), 33-36.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Yntema & Mrosovsky (1982) Canadian Journal of Zoology"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Little Cumberland Island, Georgia, USA","Latitude":30.95317,"Longitude":-81.41773,"Latitude_Range":0.0509,"Longitude_Range":0.0261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":12,"Total_Hatched":10,"Proportion_Hatched":0.83333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L., & Mrosovsky, N. (1980). Sexual differentiation in hatchling loggerheads (Caretta caretta) incubated at different controlled temperatures. Herpetologica, 36(1), 33-36.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Yntema & Mrosovsky (1982) Canadian Journal of Zoology"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Little Cumberland Island, Georgia, USA","Latitude":30.95317,"Longitude":-81.41773,"Latitude_Range":0.0509,"Longitude_Range":0.0261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":12,"Total_Hatched":4,"Proportion_Hatched":0.33333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L., & Mrosovsky, N. (1980). Sexual differentiation in hatchling loggerheads (Caretta caretta) incubated at different controlled temperatures. Herpetologica, 36(1), 33-36.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Yntema & Mrosovsky (1982) Canadian Journal of Zoology"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Little Cumberland Island, Georgia, USA","Latitude":30.95317,"Longitude":-81.41773,"Latitude_Range":0.0509,"Longitude_Range":0.0261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":15,"Total_Hatched":14,"Proportion_Hatched":0.93333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":5,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.35714,"Proportion_Female":0.64286,"Source":"Yntema, C. L., & Mrosovsky, N. (1980). Sexual differentiation in hatchling loggerheads (Caretta caretta) incubated at different controlled temperatures. Herpetologica, 36(1), 33-36.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Yntema & Mrosovsky (1982) Canadian Journal of Zoology"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Little Cumberland Island, Georgia, USA","Latitude":30.95317,"Longitude":-81.41773,"Latitude_Range":0.0509,"Longitude_Range":0.0261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":12,"Total_Hatched":11,"Proportion_Hatched":0.91667,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L., & Mrosovsky, N. (1980). Sexual differentiation in hatchling loggerheads (Caretta caretta) incubated at different controlled temperatures. Herpetologica, 36(1), 33-36.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Yntema & Mrosovsky (1982) Canadian Journal of Zoology"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Mean_Incubation_Length":84.5,"Mean_Incubation_Length_SD":0.93,"Min_Incubation_Length":84,"Max_Incubation_Length":86,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Mean_Incubation_Length":65.5,"Mean_Incubation_Length_SD":0.53,"Min_Incubation_Length":65,"Max_Incubation_Length":66,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Mean_Incubation_Length":56,"Mean_Incubation_Length_SD":0.82,"Min_Incubation_Length":55,"Max_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Mean_Incubation_Length":52.1,"Mean_Incubation_Length_SD":0.32,"Min_Incubation_Length":52,"Max_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":10,"Total_Hatched":5,"Proportion_Hatched":0.5,"Mean_Incubation_Length":48.8,"Mean_Incubation_Length_SD":0.84,"Min_Incubation_Length":48,"Max_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Mean_Incubation_Length":69,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":69,"Max_Incubation_Length":69,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":10,"Total_Hatched":2,"Proportion_Hatched":0.2,"Mean_Incubation_Length":64,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":64,"Max_Incubation_Length":64,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Mean_Incubation_Length":54.4,"Mean_Incubation_Length_SD":0.52,"Min_Incubation_Length":54,"Max_Incubation_Length":55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Mean_Incubation_Length":52.4,"Mean_Incubation_Length_SD":0.73,"Min_Incubation_Length":51,"Max_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":3,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":10,"Total_Hatched":4,"Proportion_Hatched":0.4,"Mean_Incubation_Length":51.3,"Mean_Incubation_Length_SD":1.26,"Min_Incubation_Length":50,"Max_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Mean_Incubation_Length":81.4,"Mean_Incubation_Length_SD":0.52,"Min_Incubation_Length":81,"Max_Incubation_Length":82,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Mean_Incubation_Length":55.9,"Mean_Incubation_Length_SD":1.1,"Min_Incubation_Length":55,"Max_Incubation_Length":58,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.2,"Mean_Temp_SD":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Mean_Incubation_Length":51.8,"Mean_Incubation_Length_SD":0.97,"Min_Incubation_Length":51,"Max_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Limpus, C. J., Reed, P. C., & Miller, J. D. (1985). Temperature dependent sex determination in Queensland sea turtles: Intraspecific variation in Caretta caretta. Biology of Australasian Frogs and Reptiles, 1985, 343-351.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":27.2,"Mean_Temp":27.2,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":14,"Total_Hatched":11,"Proportion_Hatched":0.78571,"Min_Incubation_Length":69,"Max_Incubation_Length":71,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":27.9,"Mean_Temp":27.9,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":14,"Total_Hatched":10,"Proportion_Hatched":0.71429,"Mean_Incubation_Length":65,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":65,"Max_Incubation_Length":65,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":28.8,"Mean_Temp":28.8,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":14,"Total_Hatched":9,"Proportion_Hatched":0.64286,"Min_Incubation_Length":60,"Max_Incubation_Length":61,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":14,"Total_Hatched":12,"Proportion_Hatched":0.85714,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.7,"Mean_Temp":29.7,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":15,"Total_Hatched":12,"Proportion_Hatched":0.8,"Mean_Incubation_Length":55,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":55,"Max_Incubation_Length":55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":6,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":30.2,"Mean_Temp":30.2,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":15,"Total_Hatched":10,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":54,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":54,"Max_Incubation_Length":54,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":30.7,"Mean_Temp":30.7,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":15,"Total_Hatched":13,"Proportion_Hatched":0.86667,"Mean_Incubation_Length":52,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":52,"Max_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":31.2,"Mean_Temp":31.2,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":15,"Total_Hatched":12,"Proportion_Hatched":0.8,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":51,"Max_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":32.2,"Mean_Temp":32.2,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":16,"Total_Hatched":12,"Proportion_Hatched":0.75,"Mean_Incubation_Length":49,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":49,"Max_Incubation_Length":49,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":32.8,"Mean_Temp":32.8,"Fluctuation":0.2,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":16,"Total_Hatched":10,"Proportion_Hatched":0.625,"Mean_Incubation_Length":47,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":47,"Max_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Eggs incubated and hatching success calculated based on removal of 1 egg per week for staging in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Backswitch","Substrate":"Sand","Fluctuation":0.5,"Backswitch_Start":"7","Backswitch_Length":"Hatching","Backswitch_Temp1":27,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Mean_Incubation_Length":56,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":56,"Max_Incubation_Length":56,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Backswitch","Substrate":"Sand","Fluctuation":0.5,"Backswitch_Start":"49","Backswitch_Length":"Hatching","Backswitch_Temp1":27,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Mean_Incubation_Length":67,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":67,"Max_Incubation_Length":67,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Backswitch","Substrate":"Sand","Fluctuation":0.5,"Backswitch_Start":"56","Backswitch_Length":"Hatching","Backswitch_Temp1":27,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Mean_Incubation_Length":67,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":67,"Max_Incubation_Length":67,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bhanga Nek, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Backswitch","Substrate":"Sand","Fluctuation":0.5,"Backswitch_Start":"63","Backswitch_Length":"Hatching","Backswitch_Temp1":27,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Number_Clutches_Experiment":4,"Total_Incubated_Experiment":238,"Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Min_Incubation_Length":67,"Max_Incubation_Length":70,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A. (1987). Incubation temperature and sex determination in Caretta caretta from Tongaland, Natal, South Africa (Unpublished master’s thesis, University of Durban-Westville, Westville, South Africa).","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.02%","Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":121,"Total_Hatched":112,"Proportion_Hatched":0.926,"Mean_Incubation_Length":59,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":23,"Males":5,"Females":15,"Intersex":3,"Undetermined":0,"Proportion_Male":0.28261,"Proportion_Female":0.71739,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0","Notes":"Unknown number of intersexes - assumed they were excluded from %Fem calculation"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.60%","Thermometer_Location":"Nest center","Mean_Temp":27.7,"Mean_Temp_SE":0.35,"TSP_Mean_Temp":27.3,"TSP_Mean_Temp_SE":0.3,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":127,"Total_Hatched":105,"Proportion_Hatched":0.827,"Mean_Incubation_Length":74,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.73%","Thermometer_Location":"Nest center","Mean_Temp":28.3,"Mean_Temp_SE":0.15,"TSP_Mean_Temp":27,"TSP_Mean_Temp_SE":0.3,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":134,"Total_Hatched":124,"Proportion_Hatched":0.925,"Mean_Incubation_Length":60,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":22,"Males":22,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.40%","Thermometer_Location":"Nest center","Mean_Temp":28.3,"Mean_Temp_SE":0.1,"TSP_Mean_Temp":28.1,"TSP_Mean_Temp_SE":0.2,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":98,"Total_Hatched":60,"Proportion_Hatched":0.612,"Mean_Incubation_Length":70,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":22,"Males":22,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.73%","Thermometer_Location":"Nest center","Mean_Temp":28.3,"Mean_Temp_SE":0.3,"TSP_Mean_Temp":26.9,"TSP_Mean_Temp_SE":0.3,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":124,"Total_Hatched":105,"Proportion_Hatched":0.847,"Mean_Incubation_Length":74,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":24,"Males":24,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.10%","Thermometer_Location":"Nest center","Mean_Temp":28.4,"Mean_Temp_SE":0.2,"TSP_Mean_Temp":26.8,"TSP_Mean_Temp_SE":0.3,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":115,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.00%","Thermometer_Location":"Nest center","Mean_Temp":28.5,"Mean_Temp_SE":0.15,"TSP_Mean_Temp":29.35,"TSP_Mean_Temp_SE":0.25,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":104,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.49%","Thermometer_Location":"Nest center","Mean_Temp":28.5,"Mean_Temp_SE":0.4,"TSP_Mean_Temp":27.3,"TSP_Mean_Temp_SE":0.3,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":110,"Total_Hatched":102,"Proportion_Hatched":0.929,"Mean_Incubation_Length":69,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":23,"Males":22,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95652,"Proportion_Female":0.04348,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.55%","Thermometer_Location":"Nest center","Mean_Temp":28.6,"Mean_Temp_SE":0.15,"TSP_Mean_Temp":27.8,"TSP_Mean_Temp_SE":0.3,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":129,"Total_Hatched":124,"Proportion_Hatched":0.961,"Mean_Incubation_Length":60,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"4.34%","Thermometer_Location":"Nest center","Mean_Temp":28.7,"Mean_Temp_SE":0.2,"TSP_Mean_Temp":29.1,"TSP_Mean_Temp_SE":0.25,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":139,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":22,"Males":20,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"4.36%","Thermometer_Location":"Nest center","Mean_Temp":28.8,"Mean_Temp_SE":0.1,"TSP_Mean_Temp":28.5,"TSP_Mean_Temp_SE":0.3,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Treatment":114,"Total_Hatched":109,"Proportion_Hatched":0.956,"Mean_Incubation_Length":72,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":21,"Males":14,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"2.89%","Thermometer_Location":"Nest center","Mean_Temp":29,"Mean_Temp_SE":0.1,"TSP_Mean_Temp":28.2,"TSP_Mean_Temp_SE":0.4,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Treatment":114,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.96%","Thermometer_Location":"Nest center","Mean_Temp":29.3,"Mean_Temp_SE":0.1,"TSP_Mean_Temp":29.9,"TSP_Mean_Temp_SE":0.2,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Treatment":139,"Total_Hatched":122,"Proportion_Hatched":0.879,"Mean_Incubation_Length":60,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":22,"Males":4,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18182,"Proportion_Female":0.81818,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"North of Boteler Point, east of Lake nHlange, South Africa","Latitude":-26.98302,"Longitude":32.87013,"Latitude_Range":0.04559,"Longitude_Range":0.01347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Water_Content":"3.82%","Thermometer_Location":"Nest center","Mean_Temp":30.2,"Mean_Temp_SE":0.2,"TSP_Mean_Temp":29.9,"TSP_Mean_Temp_SE":0.2,"Number_Clutches_Experiment":18,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Treatment":120,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":24,"Males":0,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Maxwell, J. A., Motara, M. A., & Frank, G. H. (1988). A micro-environmental study of the effect of temperature on the sex ratios of the loggerhead turtle, Caretta caretta, from Tongaland, Natal. African Zoology, 23(4), 342-350.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 4, Figs. 1, 2, & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bald Head Beach, North Carolina, USA","Latitude":33.88123,"Longitude":-77.97618,"Latitude_Range":0.07705,"Longitude_Range":0.07153,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Humidity":0.95,"Thermometer_Location":"Incubator shelf","Mean_Temp":28,"Fluctuation":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Mean_Incubation_Length":65,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Mrosovsky, N. (1988). Pivotal temperatures for loggerhead turtles (Caretta caretta) from northern and southern nesting beaches. Canadian Journal of Zoology, 66(3), 661-669.","WoS":2,"Other":0,"Data_Location":"Tables 2, 3, & 4, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bald Head Beach, North Carolina, USA","Latitude":33.88123,"Longitude":-77.97618,"Latitude_Range":0.07705,"Longitude_Range":0.07153,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Humidity":0.95,"Thermometer_Location":"Incubator shelf","Mean_Temp":28.5,"Fluctuation":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":32,"Total_Hatched":29,"Proportion_Hatched":0.90625,"Mean_Incubation_Length":60.9,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":26,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.89655,"Proportion_Female":0.10345,"Source":"Mrosovsky, N. (1988). Pivotal temperatures for loggerhead turtles (Caretta caretta) from northern and southern nesting beaches. Canadian Journal of Zoology, 66(3), 661-669.","WoS":2,"Other":0,"Data_Location":"Tables 2, 3, & 4, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Bald Head Beach, North Carolina, USA","Latitude":33.88123,"Longitude":-77.97618,"Latitude_Range":0.07705,"Longitude_Range":0.07153,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Humidity":0.95,"Thermometer_Location":"Incubator shelf","Mean_Temp":29.7,"Fluctuation":0.2,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Mean_Incubation_Length":53.3,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":4,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mrosovsky, N. (1988). Pivotal temperatures for loggerhead turtles (Caretta caretta) from northern and southern nesting beaches. Canadian Journal of Zoology, 66(3), 661-669.","WoS":2,"Other":0,"Data_Location":"Tables 2, 3, & 4, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Cape Canaveral Air Force Station, Florida, USA","Latitude":28.48922,"Longitude":-80.57796,"Latitude_Range":0.16049,"Longitude_Range":0.10343,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., & Provancha, J. (1989). Sex ratio of loggerhead sea turtles hatching on a Florida beach. Canadian Journal of Zoology, 67(10), 2533-2539.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Cape Canaveral Air Force Station, Florida, USA","Latitude":28.48922,"Longitude":-80.57796,"Latitude_Range":0.16049,"Longitude_Range":0.10343,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., & Provancha, J. (1989). Sex ratio of loggerhead sea turtles hatching on a Florida beach. Canadian Journal of Zoology, 67(10), 2533-2539.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Cape Canaveral Air Force Station, Florida, USA","Latitude":28.48922,"Longitude":-80.57796,"Latitude_Range":0.16049,"Longitude_Range":0.10343,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., & Provancha, J. (1989). Sex ratio of loggerhead sea turtles hatching on a Florida beach. Canadian Journal of Zoology, 67(10), 2533-2539.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Cape Canaveral Air Force Station, Florida, USA","Latitude":28.48922,"Longitude":-80.57796,"Latitude_Range":0.16049,"Longitude_Range":0.10343,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., & Provancha, J. (1989). Sex ratio of loggerhead sea turtles hatching on a Florida beach. Canadian Journal of Zoology, 67(10), 2533-2539.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Cape Canaveral Air Force Station, Florida, USA","Latitude":28.48922,"Longitude":-80.57796,"Latitude_Range":0.16049,"Longitude_Range":0.10343,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., & Provancha, J. (1989). Sex ratio of loggerhead sea turtles hatching on a Florida beach. Canadian Journal of Zoology, 67(10), 2533-2539.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Cape Canaveral Air Force Station, Florida, USA","Latitude":28.48922,"Longitude":-80.57796,"Latitude_Range":0.16049,"Longitude_Range":0.10343,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., & Provancha, J. (1989). Sex ratio of loggerhead sea turtles hatching on a Florida beach. Canadian Journal of Zoology, 67(10), 2533-2539.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Cape Canaveral Air Force Station, Florida, USA","Latitude":28.48922,"Longitude":-80.57796,"Latitude_Range":0.16049,"Longitude_Range":0.10343,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., & Provancha, J. (1989). Sex ratio of loggerhead sea turtles hatching on a Florida beach. Canadian Journal of Zoology, 67(10), 2533-2539.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Cape Canaveral Air Force Station, Florida, USA","Latitude":28.48922,"Longitude":-80.57796,"Latitude_Range":0.16049,"Longitude_Range":0.10343,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":45,"Number_Clutches_Treatment":1,"Clutch_ID":"45","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., & Provancha, J. (1989). Sex ratio of loggerhead sea turtles hatching on a Florida beach. Canadian Journal of Zoology, 67(10), 2533-2539.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos Environmental Park, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Set_Temp":26,"Mean_Temp":26.3,"Mean_Temp_SE":0.04,"Mean_Incubation_Length":78,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":40,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Harry, J. L., & Williams, K. L. (1991). Differential growth of male and female urinogenital systems of Caretta caretta, within the sex-determining period. Journal of Experimental Zoology, 258(2), 204-211.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Separate clutches at each temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos Environmental Park, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.70%","Set_Temp":32,"Mean_Temp":31.8,"Mean_Temp_SE":0.04,"Mean_Incubation_Length":48,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Harry, J. L., & Williams, K. L. (1991). Differential growth of male and female urinogenital systems of Caretta caretta, within the sex-determining period. Journal of Experimental Zoology, 258(2), 204-211.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Separate clutches at each temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fukiagehama, Kagoshima, Japan","Latitude":31.48496,"Longitude":130.29418,"Latitude_Range":0.13158,"Longitude_Range":0.07905,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Sexed":30,"Males":30,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Iwakiri, Y., unpublished data.","Notes":"Data found in Tokunaga et al. (1999) Bulletin of the Kitakyushu Museum of Natural History"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fukiagehama, Kagoshima, Japan","Latitude":31.48496,"Longitude":130.29418,"Latitude_Range":0.13158,"Longitude_Range":0.07905,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Sexed":30,"Males":6,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Iwakiri, Y., unpublished data.","Notes":"Data found in Tokunaga et al. (1999) Bulletin of the Kitakyushu Museum of Natural History"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fukiagehama, Kagoshima, Japan","Latitude":31.48496,"Longitude":130.29418,"Latitude_Range":0.13158,"Longitude_Range":0.07905,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Sexed":30,"Males":17,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.56667,"Proportion_Female":0.43333,"Source":"Iwakiri, Y., unpublished data.","Notes":"Data found in Tokunaga et al. (1999) Bulletin of the Kitakyushu Museum of Natural History"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":27.9,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Mean_Incubation_Length":63.9,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.5,"Fluctuation":0.2,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":15,"Total_Hatched":12,"Proportion_Hatched":0.8,"Mean_Incubation_Length":62.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.2,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":24,"Total_Hatched":23,"Proportion_Hatched":0.95833,"Mean_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":24,"Males":19,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.79167,"Proportion_Female":0.20833,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.5,"Fluctuation":0.2,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":15,"Total_Hatched":14,"Proportion_Hatched":0.93333,"Mean_Incubation_Length":55.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":11,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78571,"Proportion_Female":0.21429,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.9,"Fluctuation":0.2,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":15,"Total_Hatched":15,"Proportion_Hatched":1,"Mean_Incubation_Length":54.2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":4,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26667,"Proportion_Female":0.73333,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":31.1,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":22,"Total_Hatched":22,"Proportion_Hatched":1,"Mean_Incubation_Length":50.4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":27.9,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Mean_Incubation_Length":63.9,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.5,"Fluctuation":0.2,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":16,"Total_Hatched":15,"Proportion_Hatched":0.9375,"Mean_Incubation_Length":62.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.2,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":22,"Total_Hatched":19,"Proportion_Hatched":0.86364,"Mean_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":20,"Males":15,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.5,"Fluctuation":0.2,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":15,"Total_Hatched":13,"Proportion_Hatched":0.86667,"Mean_Incubation_Length":55.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":7,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53846,"Proportion_Female":0.46154,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.9,"Fluctuation":0.2,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":15,"Total_Hatched":15,"Proportion_Hatched":1,"Mean_Incubation_Length":54.2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":6,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Forte, Bahia, Brazil","Latitude":-12.54779,"Longitude":-37.99495,"Latitude_Range":0.09729,"Longitude_Range":0.07174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":31.1,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":23,"Total_Hatched":21,"Proportion_Hatched":0.91304,"Mean_Incubation_Length":50.4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":0,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Marcovaldi, M. Â., Godfrey, M. H., & Mrosovsky, N. (1997). Estimating sex ratios of loggerhead turtles in Brazil from pivotal incubation durations. Canadian Journal of Zoology, 75(5), 755-770.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.9,"Mean_Temp_SE":0.04,"TSP_Mean_Temp":31.3,"TSP_Mean_Temp_SE":0.05,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":95,"Total_Hatched":46,"Proportion_Hatched":0.48421,"Mean_Incubation_Length":54,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":54,"Max_Incubation_Length":54,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample size based on Fuller et al. (2013) Marine Ecology Progress Series"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":31.7,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":32.2,"TSP_Mean_Temp_SE":0.03,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":77,"Total_Hatched":52,"Proportion_Hatched":0.67532,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":50,"Max_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample size based on Fuller et al. (2013) Marine Ecology Progress Series"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kizilot Beach, Turkey","Latitude":36.70652,"Longitude":31.56911,"Latitude_Range":0.01763,"Longitude_Range":0.03736,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":31.6,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":32.1,"TSP_Mean_Temp_SE":0.03,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":90,"Total_Hatched":80,"Proportion_Hatched":0.88889,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":51,"Max_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kizilot Beach, Turkey","Latitude":36.70652,"Longitude":31.56911,"Latitude_Range":0.01763,"Longitude_Range":0.03736,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":32.1,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":32.5,"TSP_Mean_Temp_SE":0.02,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":65,"Total_Hatched":44,"Proportion_Hatched":0.67692,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":50,"Max_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fethiye Beach, Turkey","Latitude":36.66621,"Longitude":29.10104,"Latitude_Range":0.02705,"Longitude_Range":0.02245,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":28.8,"Mean_Temp_SE":0.01,"TSP_Mean_Temp":28.7,"TSP_Mean_Temp_SE":0.02,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":78,"Total_Hatched":69,"Proportion_Hatched":0.88462,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":61,"Max_Incubation_Length":61,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fethiye Beach, Turkey","Latitude":36.66621,"Longitude":29.10104,"Latitude_Range":0.02705,"Longitude_Range":0.02245,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.9,"Mean_Temp_SE":0.02,"TSP_Mean_Temp":30.2,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":93,"Total_Hatched":68,"Proportion_Hatched":0.73118,"Mean_Incubation_Length":55,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":55,"Max_Incubation_Length":55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Patara Beach, Turkey","Latitude":36.27073,"Longitude":29.28964,"Latitude_Range":0.04461,"Longitude_Range":0.05479,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.5,"Mean_Temp_SE":0.01,"TSP_Mean_Temp":30.8,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":62,"Total_Hatched":49,"Proportion_Hatched":0.79032,"Mean_Incubation_Length":52,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":52,"Max_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Dalyan Beach, Turkey","Latitude":36.78868,"Longitude":28.61756,"Latitude_Range":0.02717,"Longitude_Range":0.02708,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":31.6,"Mean_Temp_SE":0.02,"TSP_Mean_Temp":32.1,"TSP_Mean_Temp_SE":0.03,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":77,"Total_Hatched":62,"Proportion_Hatched":0.80519,"Mean_Incubation_Length":52,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":52,"Max_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.6,"Mean_Temp_SE":0.04,"TSP_Mean_Temp":31.1,"TSP_Mean_Temp_SE":0.04,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":95,"Total_Hatched":46,"Proportion_Hatched":0.48421,"Mean_Incubation_Length":54,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":54,"Max_Incubation_Length":54,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.7,"Mean_Temp_SE":0.02,"TSP_Mean_Temp":32.2,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":77,"Total_Hatched":52,"Proportion_Hatched":0.67532,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":50,"Max_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample size based on Fuller et al. (2013) Marine Ecology Progress Series"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kizilot Beach, Turkey","Latitude":36.70652,"Longitude":31.56911,"Latitude_Range":0.01763,"Longitude_Range":0.03736,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.1,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":31.5,"TSP_Mean_Temp_SE":0.02,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":90,"Total_Hatched":80,"Proportion_Hatched":0.88889,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":51,"Max_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kizilot Beach, Turkey","Latitude":36.70652,"Longitude":31.56911,"Latitude_Range":0.01763,"Longitude_Range":0.03736,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.8,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":32.1,"TSP_Mean_Temp_SE":0.02,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":65,"Total_Hatched":44,"Proportion_Hatched":0.67692,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":50,"Max_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fethiye Beach, Turkey","Latitude":36.66621,"Longitude":29.10104,"Latitude_Range":0.02705,"Longitude_Range":0.02245,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":28.1,"Mean_Temp_SE":0.01,"TSP_Mean_Temp":28.1,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":78,"Total_Hatched":69,"Proportion_Hatched":0.88462,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":61,"Max_Incubation_Length":61,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fethiye Beach, Turkey","Latitude":36.66621,"Longitude":29.10104,"Latitude_Range":0.02705,"Longitude_Range":0.02245,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.4,"Mean_Temp_SE":0.02,"TSP_Mean_Temp":30.2,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":93,"Total_Hatched":68,"Proportion_Hatched":0.73118,"Mean_Incubation_Length":55,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":55,"Max_Incubation_Length":55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Patara Beach, Turkey","Latitude":36.27073,"Longitude":29.28964,"Latitude_Range":0.04461,"Longitude_Range":0.05479,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.9,"Mean_Temp_SE":0.01,"TSP_Mean_Temp":30.2,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":62,"Total_Hatched":49,"Proportion_Hatched":0.79032,"Mean_Incubation_Length":52,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":52,"Max_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Dalyan Beach, Turkey","Latitude":36.78868,"Longitude":28.61756,"Latitude_Range":0.02717,"Longitude_Range":0.02708,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31,"Mean_Temp_SE":0.02,"TSP_Mean_Temp":32,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":77,"Total_Hatched":62,"Proportion_Hatched":0.80519,"Mean_Incubation_Length":52,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":52,"Max_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":30,"Mean_Temp_SE":0.04,"TSP_Mean_Temp":30.6,"TSP_Mean_Temp_SE":0.04,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":95,"Total_Hatched":46,"Proportion_Hatched":0.48421,"Mean_Incubation_Length":54,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":54,"Max_Incubation_Length":54,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample size based on Fuller et al. (2013) Marine Ecology Progress Series"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":31.4,"Mean_Temp_SE":0.02,"TSP_Mean_Temp":32,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":77,"Total_Hatched":52,"Proportion_Hatched":0.67532,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":50,"Max_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample size based on Fuller et al. (2013) Marine Ecology Progress Series"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kizilot Beach, Turkey","Latitude":36.70652,"Longitude":31.56911,"Latitude_Range":0.01763,"Longitude_Range":0.03736,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":30.8,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":31.2,"TSP_Mean_Temp_SE":0.02,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":90,"Total_Hatched":80,"Proportion_Hatched":0.88889,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":51,"Max_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kizilot Beach, Turkey","Latitude":36.70652,"Longitude":31.56911,"Latitude_Range":0.01763,"Longitude_Range":0.03736,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":31.1,"Mean_Temp_SE":0.04,"TSP_Mean_Temp":32.1,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":65,"Total_Hatched":44,"Proportion_Hatched":0.67692,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":50,"Max_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fethiye Beach, Turkey","Latitude":36.66621,"Longitude":29.10104,"Latitude_Range":0.02705,"Longitude_Range":0.02245,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":27.4,"Mean_Temp_SE":0.02,"TSP_Mean_Temp":27.4,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":78,"Total_Hatched":69,"Proportion_Hatched":0.88462,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":61,"Max_Incubation_Length":61,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Fethiye Beach, Turkey","Latitude":36.66621,"Longitude":29.10104,"Latitude_Range":0.02705,"Longitude_Range":0.02245,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":29.8,"Mean_Temp_SE":0.02,"TSP_Mean_Temp":30.1,"TSP_Mean_Temp_SE":0.01,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":93,"Total_Hatched":68,"Proportion_Hatched":0.73118,"Mean_Incubation_Length":55,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":55,"Max_Incubation_Length":55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Patara Beach, Turkey","Latitude":36.27073,"Longitude":29.28964,"Latitude_Range":0.04461,"Longitude_Range":0.05479,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":29.3,"Mean_Temp_SE":0.01,"TSP_Mean_Temp":29.8,"TSP_Mean_Temp_SE":0.02,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":62,"Total_Hatched":49,"Proportion_Hatched":0.79032,"Mean_Incubation_Length":52,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":52,"Max_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Dalyan Beach, Turkey","Latitude":36.78868,"Longitude":28.61756,"Latitude_Range":0.02717,"Longitude_Range":0.02708,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":29.5,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":31.1,"TSP_Mean_Temp_SE":0.02,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Experiment":637,"Total_Incubated_Treatment":77,"Total_Hatched":62,"Proportion_Hatched":0.80519,"Mean_Incubation_Length":52,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":52,"Max_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Comboios Beach, Espirito Santo and Praia do Forte, Bahia, Brazil","Latitude":-16.16514,"Longitude":-39.00915,"Latitude_Range":7.332,"Longitude_Range":2.10013,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1998,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":51,"Number_Clutches_Treatment":3,"Clutch_ID":"19-21","Mean_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":7,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23333,"Proportion_Female":0.76667,"Source":"Mrosovsky, N., Baptistotte, C., & Godfrey, M. H. (1999). Validation of incubation duration as an index of the sex ratio of hatchling sea turtles. Canadian Journal of Zoology, 77(5), 831-835.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":""}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Comboios Beach, Espirito Santo and Praia do Forte, Bahia, Brazil","Latitude":-16.16514,"Longitude":-39.00915,"Latitude_Range":7.332,"Longitude_Range":2.10013,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1998,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":51,"Number_Clutches_Treatment":4,"Clutch_ID":"28-31","Mean_Incubation_Length":56,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":24,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Mrosovsky, N., Baptistotte, C., & Godfrey, M. H. (1999). Validation of incubation duration as an index of the sex ratio of hatchling sea turtles. Canadian Journal of Zoology, 77(5), 831-835.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":""}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kyparissia Bay, Greece","Latitude":37.45133,"Longitude":21.57657,"Latitude_Range":0.32078,"Longitude_Range":0.24527,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":27.7,"Mean_Temp_SD":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":12,"Total_Hatched":11,"Proportion_Hatched":0.91667,"Mean_Incubation_Length":65.6,"Mean_Incubation_Length_SD":0.92,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Kamel, S., Rees, A. F., & Margaritoulis, D. (2002). Pivotal temperature for loggerhead turtles (Caretta caretta) from Kyparissia Bay, Greece. Canadian Journal of Zoology, 80(12), 2118-2124.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of -0.4"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kyparissia Bay, Greece","Latitude":37.45133,"Longitude":21.57657,"Latitude_Range":0.32078,"Longitude_Range":0.24527,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":31.2,"Mean_Temp_SD":0.2,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Mean_Incubation_Length":47,"Mean_Incubation_Length_SD":0.76,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., Kamel, S., Rees, A. F., & Margaritoulis, D. (2002). Pivotal temperature for loggerhead turtles (Caretta caretta) from Kyparissia Bay, Greece. Canadian Journal of Zoology, 80(12), 2118-2124.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of -0.4"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Kyparissia Bay, Greece","Latitude":37.45133,"Longitude":21.57657,"Latitude_Range":0.32078,"Longitude_Range":0.24527,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":31.4,"Mean_Temp_SD":0.2,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Mean_Incubation_Length":46.3,"Mean_Incubation_Length_SD":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mrosovsky, N., Kamel, S., Rees, A. F., & Margaritoulis, D. (2002). Pivotal temperature for loggerhead turtles (Caretta caretta) from Kyparissia Bay, Greece. Canadian Journal of Zoology, 80(12), 2118-2124.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of -0.4"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":7,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Reece, S. E., Broderick, A. C., Godley, B. J., & West, S. A. (2002). The effects of incubation environment, sex and pedigree on the hatchling phenotype in a natural population of loggerhead turtles. Evolutionary Ecology Research, 4(5), 737-748.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubated in warm beach hatchery for 2/3 of incubation period"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":8,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":24,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.70588,"Proportion_Female":0.29412,"Source":"Reece, S. E., Broderick, A. C., Godley, B. J., & West, S. A. (2002). The effects of incubation environment, sex and pedigree on the hatchling phenotype in a natural population of loggerhead turtles. Evolutionary Ecology Research, 4(5), 737-748.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubated in cool beach hatchery for 2/3 of incubation period"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Blackbeard Island National Wildlife Refuge, Georgia, USA","Latitude":31.49843,"Longitude":-81.19971,"Latitude_Range":0.07723,"Longitude_Range":0.04234,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.11,"Mean_Temp_SE":0.1,"TSP_Mean_Temp":29.23,"TSP_Mean_Temp_SD":0.17,"Number_Clutches_Treatment":14,"Mean_Incubation_Length":59,"Mean_Incubation_Length_SD":0.9,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":39,"Males":11,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28205,"Proportion_Female":0.71795,"Source":"LeBlanc, A. M., Drake, K. K., Williams, K. L., Frick, M. G., Wibbels, T., & Rostal, D. C. (2012). Nest temperatures and hatchling sex ratios from loggerhead turtle nests incubated under natural field conditions in Georgia, United States. Chelonian Conservation and Biology, 11(1), 108-116.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Blackbeard Island National Wildlife Refuge, Georgia, USA","Latitude":31.49843,"Longitude":-81.19971,"Latitude_Range":0.07723,"Longitude_Range":0.04234,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.74,"Mean_Temp_SE":0.16,"TSP_Mean_Temp":29.66,"TSP_Mean_Temp_SD":0.24,"Number_Clutches_Treatment":63,"Mean_Incubation_Length":55.9,"Mean_Incubation_Length_SD":1,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":166,"Males":24,"Females":142,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14458,"Proportion_Female":0.85542,"Source":"LeBlanc, A. M., Drake, K. K., Williams, K. L., Frick, M. G., Wibbels, T., & Rostal, D. C. (2012). Nest temperatures and hatchling sex ratios from loggerhead turtle nests incubated under natural field conditions in Georgia, United States. Chelonian Conservation and Biology, 11(1), 108-116.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Cyprus","Latitude":35.43392,"Longitude":33.66685,"Latitude_Range":0.37774,"Longitude_Range":1.46138,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":2006,"First_Month":5,"Last_Month":10,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.4,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Mean_Incubation_Length":53.8,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Fuller, W. J., Godley, B. J., Hodgson, D. J., Reece, S. E., Witt, M. J., & Broderick, A. C. (2013). Importance of spatio-temporal data for predicting the effects of climate change on marine turtle sex ratios. Marine Ecology Progress Series, 488, 267-274.","WoS":3,"Other":0,"Data_Location":"Figs. 1 & 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Gnaraloo Bay, Western Australia, Australia","Latitude":-23.74421,"Longitude":113.56204,"Latitude_Range":0.04531,"Longitude_Range":0.04173,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2011,"First_Month":12,"Last_Month":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"22","Backswitch_Length":"10","Backswitch_Temp1":31,"Backswitch_Temp2":27,"Backswitch_Temp3":31,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":4,"Clutch_ID":"5-8","Total_Incubated_Treatment":8,"Total_Hatched":4,"Proportion_Hatched":0.5,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SE":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Woolgar, L., Trocini, S., & Mitchell, N. (2013). Key parameters describing temperature-dependent sex determination in the southernmost population of loggerhead sea turtles. Journal of Experimental Marine Biology and Ecology, 449, 77-84.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Gnaraloo Bay, Western Australia, Australia","Latitude":-23.74421,"Longitude":113.56204,"Latitude_Range":0.04531,"Longitude_Range":0.04173,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2011,"First_Month":12,"Last_Month":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Mean_Temp":29.7,"Backswitch_Start":"27","Backswitch_Length":"10","Backswitch_Temp1":31,"Backswitch_Temp2":27,"Backswitch_Temp3":31,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":4,"Clutch_ID":"5-8","Total_Incubated_Treatment":8,"Total_Hatched":2,"Proportion_Hatched":0.25,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SE":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Woolgar, L., Trocini, S., & Mitchell, N. (2013). Key parameters describing temperature-dependent sex determination in the southernmost population of loggerhead sea turtles. Journal of Experimental Marine Biology and Ecology, 449, 77-84.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Gnaraloo Bay, Western Australia, Australia","Latitude":-23.74421,"Longitude":113.56204,"Latitude_Range":0.04531,"Longitude_Range":0.04173,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2011,"First_Month":12,"Last_Month":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Mean_Temp":29.9,"Backswitch_Start":"32","Backswitch_Length":"10","Backswitch_Temp1":31,"Backswitch_Temp2":27,"Backswitch_Temp3":31,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":4,"Clutch_ID":"5-8","Total_Incubated_Treatment":8,"Total_Hatched":6,"Proportion_Hatched":0.75,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SE":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Woolgar, L., Trocini, S., & Mitchell, N. (2013). Key parameters describing temperature-dependent sex determination in the southernmost population of loggerhead sea turtles. Journal of Experimental Marine Biology and Ecology, 449, 77-84.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle Bay, Dirk Hartog Island, Western Australia, Australia","Latitude":-25.49013,"Longitude":112.9972,"Latitude_Range":0.0212,"Longitude_Range":0.05219,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Container","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":192,"Total_Hatched":119,"Proportion_Hatched":0.61979,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":119,"Males":59,"Females":60,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4958,"Proportion_Female":0.5042,"Source":"Woolgar, L., Trocini, S., & Mitchell, N. (2013). Key parameters describing temperature-dependent sex determination in the southernmost population of loggerhead sea turtles. Journal of Experimental Marine Biology and Ecology, 449, 77-84.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Exposed to brief (1-3 hour) heat shock at day 25 or 50 (outside TSP)"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Gnaraloo Bay, Western Australia, Australia","Latitude":-23.74421,"Longitude":113.56204,"Latitude_Range":0.04531,"Longitude_Range":0.04173,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2011,"First_Month":12,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Container","Set_Temp":29.2,"Mean_Temp":29.02,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":4,"Clutch_ID":"5-8","Total_Incubated_Treatment":12,"Total_Hatched":11,"Proportion_Hatched":0.91667,"Mean_Incubation_Length":53,"Mean_Incubation_Length_SE":2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":4,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"Woolgar, L., Trocini, S., & Mitchell, N. (2013). Key parameters describing temperature-dependent sex determination in the southernmost population of loggerhead sea turtles. Journal of Experimental Marine Biology and Ecology, 449, 77-84.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Gnaraloo Bay, Western Australia, Australia","Latitude":-23.74421,"Longitude":113.56204,"Latitude_Range":0.04531,"Longitude_Range":0.04173,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2011,"First_Month":12,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Container","Set_Temp":29.2,"Mean_Temp":29.09,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":4,"Clutch_ID":"9-12","Total_Incubated_Treatment":12,"Total_Hatched":8,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":49,"Mean_Incubation_Length_SE":2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Woolgar, L., Trocini, S., & Mitchell, N. (2013). Key parameters describing temperature-dependent sex determination in the southernmost population of loggerhead sea turtles. Journal of Experimental Marine Biology and Ecology, 449, 77-84.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":27.8,"Max_Temp":36.5,"TSP_Min_Temp":30.6,"TSP_Max_Temp":33.8,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Proportion_Hatched":0.42,"Mean_Incubation_Length":49,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":28.3,"Max_Temp":35.9,"TSP_Min_Temp":30.2,"TSP_Max_Temp":33.9,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Proportion_Hatched":0.59,"Mean_Incubation_Length":50,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":27.7,"Max_Temp":34.7,"TSP_Min_Temp":30.3,"TSP_Max_Temp":34,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Proportion_Hatched":0.9,"Mean_Incubation_Length":54,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":29.3,"Max_Temp":35.3,"TSP_Min_Temp":31.4,"TSP_Max_Temp":34.8,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Proportion_Hatched":0.37,"Mean_Incubation_Length":50,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":28.6,"Max_Temp":34.1,"TSP_Min_Temp":29.9,"TSP_Max_Temp":32.9,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Proportion_Hatched":0.61,"Mean_Incubation_Length":51,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":30.1,"Max_Temp":35.9,"TSP_Min_Temp":32.8,"TSP_Max_Temp":35.2,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Proportion_Hatched":0.71,"Mean_Incubation_Length":47,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":30.3,"Max_Temp":35.3,"TSP_Min_Temp":32.7,"TSP_Max_Temp":33.9,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Proportion_Hatched":0.65,"Mean_Incubation_Length":46,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":29.1,"Max_Temp":34.9,"TSP_Min_Temp":29.1,"TSP_Max_Temp":34,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Proportion_Hatched":0.65,"Mean_Incubation_Length":47,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":29.4,"Max_Temp":35.5,"TSP_Min_Temp":29.4,"TSP_Max_Temp":34.3,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Proportion_Hatched":0.47,"Mean_Incubation_Length":47,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":29.2,"Max_Temp":35.4,"TSP_Min_Temp":32.2,"TSP_Max_Temp":34.8,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Proportion_Hatched":0.58,"Mean_Incubation_Length":48,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":30.7,"Max_Temp":35,"TSP_Min_Temp":30.7,"TSP_Max_Temp":35,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Proportion_Hatched":0.43,"Mean_Incubation_Length":50,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":30,"Max_Temp":34.6,"TSP_Min_Temp":30,"TSP_Max_Temp":34.6,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Proportion_Hatched":0.62,"Mean_Incubation_Length":48,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":30.8,"Max_Temp":34.5,"TSP_Min_Temp":31.4,"TSP_Max_Temp":34,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Proportion_Hatched":0.04,"Mean_Incubation_Length":49,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":27.6,"Max_Temp":35,"TSP_Min_Temp":30.1,"TSP_Max_Temp":32.9,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Proportion_Hatched":0.49,"Mean_Incubation_Length":49,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":28.4,"Max_Temp":35.1,"TSP_Min_Temp":31.4,"TSP_Max_Temp":33.9,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Proportion_Hatched":0.96,"Mean_Incubation_Length":49,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":29.7,"Max_Temp":34.7,"TSP_Min_Temp":31.1,"TSP_Max_Temp":34.2,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Proportion_Hatched":0.98,"Mean_Incubation_Length":50,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":29.1,"Max_Temp":36.9,"TSP_Min_Temp":29.7,"TSP_Max_Temp":36.6,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Proportion_Hatched":0.21,"Mean_Incubation_Length":52,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":28.5,"Max_Temp":35.9,"TSP_Min_Temp":31.7,"TSP_Max_Temp":35.3,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Proportion_Hatched":0.82,"Mean_Incubation_Length":52,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"1","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Proportion_Hatched":0.87,"Mean_Incubation_Length":57,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":23.9,"Max_Temp":33.1,"TSP_Min_Temp":26.6,"TSP_Max_Temp":31.5,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Proportion_Hatched":0.98,"Mean_Incubation_Length":61,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":24.4,"Max_Temp":34.6,"TSP_Min_Temp":26.6,"TSP_Max_Temp":32.6,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Proportion_Hatched":0.97,"Mean_Incubation_Length":57,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Proportion_Hatched":0.95,"Mean_Incubation_Length":57,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Proportion_Hatched":0.91,"Mean_Incubation_Length":58,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Proportion_Hatched":0.78,"Mean_Incubation_Length":50,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Proportion_Hatched":0.46,"Mean_Incubation_Length":47,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":24.8,"Max_Temp":33.5,"TSP_Min_Temp":28.2,"TSP_Max_Temp":33.5,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Proportion_Hatched":0.99,"Mean_Incubation_Length":51,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":27.7,"Max_Temp":33.9,"TSP_Min_Temp":27.7,"TSP_Max_Temp":33.9,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Proportion_Hatched":0.95,"Mean_Incubation_Length":54,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":22.3,"Max_Temp":33.1,"TSP_Min_Temp":27.8,"TSP_Max_Temp":33.1,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Proportion_Hatched":0.87,"Mean_Incubation_Length":52,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":28.8,"Max_Temp":34.2,"TSP_Min_Temp":28.8,"TSP_Max_Temp":34.2,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Proportion_Hatched":0.26,"Mean_Incubation_Length":50,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":24.1,"Max_Temp":34.6,"TSP_Min_Temp":27.5,"TSP_Max_Temp":30.8,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Proportion_Hatched":0.91,"Mean_Incubation_Length":59,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":24,"Max_Temp":35.2,"TSP_Min_Temp":26.8,"TSP_Max_Temp":30.8,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Proportion_Hatched":0.95,"Mean_Incubation_Length":56,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":23.4,"Max_Temp":35.3,"TSP_Min_Temp":26.9,"TSP_Max_Temp":30.6,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"36","Proportion_Hatched":0.92,"Mean_Incubation_Length":54,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":23.7,"Max_Temp":35,"TSP_Min_Temp":27.5,"TSP_Max_Temp":30.6,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Proportion_Hatched":0.95,"Mean_Incubation_Length":56,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Proportion_Hatched":0.76,"Mean_Incubation_Length":46,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":27.3,"Max_Temp":35.3,"TSP_Min_Temp":28.1,"TSP_Max_Temp":33,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Proportion_Hatched":0.61,"Mean_Incubation_Length":50,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":28,"Max_Temp":36.1,"TSP_Min_Temp":31,"TSP_Max_Temp":34.6,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Proportion_Hatched":0.92,"Mean_Incubation_Length":52,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":28.8,"Max_Temp":35.9,"TSP_Min_Temp":30.1,"TSP_Max_Temp":35.9,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Proportion_Hatched":0.77,"Mean_Incubation_Length":48,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":29,"Max_Temp":35.3,"TSP_Min_Temp":31.2,"TSP_Max_Temp":35.3,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Proportion_Hatched":0.94,"Mean_Incubation_Length":49,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":28.1,"Max_Temp":33.4,"TSP_Min_Temp":28.1,"TSP_Max_Temp":33,"Number_Clutches_Experiment":44,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Proportion_Hatched":0.64,"Mean_Incubation_Length":52,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247.","WoS":2,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Lolavar","Data_Elsewhere":"0","Notes":"Data summarized in Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314."}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Palm Beach County, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":102,"Number_Clutches_Treatment":9,"Clutch_ID":"34-42","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":78,"Males":8,"Females":69,"Intersex":1,"Undetermined":0,"Proportion_Male":0.10897,"Proportion_Female":0.89103,"Source":"Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Palm Beach County, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":102,"Number_Clutches_Treatment":8,"Clutch_ID":"43-50","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Palm Beach County, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":102,"Number_Clutches_Treatment":3,"Clutch_ID":"51-53","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":0,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Palm Beach County, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":102,"Number_Clutches_Treatment":7,"Clutch_ID":"54-60","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":70,"Males":20,"Females":50,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Palm Beach County, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":32.3,"TSP_Min_Temp":29.1,"TSP_Max_Temp":35.2,"Number_Clutches_Experiment":102,"Number_Clutches_Treatment":13,"Clutch_ID":"61-73","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":117,"Males":0,"Females":117,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Data broken down by clutch in Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Palm Beach County, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":32.4,"TSP_Min_Temp":29.7,"TSP_Max_Temp":36.5,"Number_Clutches_Experiment":102,"Number_Clutches_Treatment":7,"Clutch_ID":"74-80","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":92,"Males":0,"Females":92,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Data broken down by clutch in Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Palm Beach County, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.8,"TSP_Min_Temp":24.5,"TSP_Max_Temp":34.2,"Number_Clutches_Experiment":102,"Number_Clutches_Treatment":12,"Clutch_ID":"81-92","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":95,"Males":70,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.73684,"Proportion_Female":0.26316,"Source":"Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Data broken down by clutch in Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Palm Beach County, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.6,"TSP_Min_Temp":26.8,"TSP_Max_Temp":35.9,"Number_Clutches_Experiment":102,"Number_Clutches_Treatment":10,"Clutch_ID":"93-102","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":90,"Males":31,"Females":58,"Intersex":1,"Undetermined":0,"Proportion_Male":0.35,"Proportion_Female":0.65,"Source":"Wyneken, J., & Lolavar, A. (2015). Loggerhead sea turtle environmental sex determination: Implications of moisture and temperature for climate change based predictions for species survival. Journal of Experimental Zoology B, 324(3), 295-314.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Data broken down by clutch in Lolavar, A., & Wyneken, J. (2015). Effect of rainfall on loggerhead turtle nest temperatures, sand temperatures and hatchling sex. Endangered Species Research, 28(3), 235-247."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Dalyan Beach, Turkey","Latitude":36.78868,"Longitude":28.61756,"Latitude_Range":0.02717,"Longitude_Range":0.02708,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":41,"Males":25,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.60976,"Proportion_Female":0.39024,"Source":"Sar?, F., & Kaska, Y. (2016). Histochemical and immunohistochemical studies of the gonads and paramesonephric ducts of male and female hatchlings of loggerhead sea turtles (Caretta caretta). Biotechnic & Histochemistry, 91(6), 428-437.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"10%","Humidity":0.948,"Set_Temp":29,"Mean_Temp":29.4,"Fluctuation":0.2,"Min_Temp":28.9,"Max_Temp":30.5,"TSP_Mean_Temp":29.3,"TSP_Mean_Temp_SD":0.34,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":32,"Clutch_ID":"1-32","Total_Incubated_Treatment":224,"Total_Hatched":202,"Proportion_Hatched":0.90179,"Mean_Incubation_Length":55.1,"Mean_Incubation_Length_SD":2.21,"Min_Incubation_Length":52,"Max_Incubation_Length":60,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":202,"Males":176,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.87129,"Proportion_Female":0.12871,"Source":"Lolavar, A., & Wyneken, J. (2017). Experimental assessment of the effects of moisture on loggerhead sea turtle hatchling sex ratios. Zoology, 123, 64-70.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0","Notes":"Sprayed with water held at 29"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"6%","Humidity":0.765,"Set_Temp":29,"Mean_Temp":29.5,"Fluctuation":0.2,"Min_Temp":29.1,"Max_Temp":30.3,"TSP_Mean_Temp":29.4,"TSP_Mean_Temp_SD":0.25,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":32,"Clutch_ID":"1-32","Total_Incubated_Treatment":224,"Total_Hatched":202,"Proportion_Hatched":0.90179,"Mean_Incubation_Length":60.9,"Mean_Incubation_Length_SD":1.84,"Min_Incubation_Length":57,"Max_Incubation_Length":64,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":202,"Males":188,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93069,"Proportion_Female":0.06931,"Source":"Lolavar, A., & Wyneken, J. (2017). Experimental assessment of the effects of moisture on loggerhead sea turtle hatchling sex ratios. Zoology, 123, 64-70.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0","Notes":"Sprayed with water held at 29"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"8%","Humidity":0.76,"Set_Temp":29,"Mean_Temp":29.4,"Fluctuation":0.2,"Min_Temp":29,"Max_Temp":30.6,"TSP_Mean_Temp":29.3,"TSP_Mean_Temp_SD":0.2,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":32,"Clutch_ID":"1-32","Total_Incubated_Treatment":224,"Total_Hatched":191,"Proportion_Hatched":0.85268,"Mean_Incubation_Length":62.8,"Mean_Incubation_Length_SD":2.32,"Min_Incubation_Length":59,"Max_Incubation_Length":68,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":191,"Males":182,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95288,"Proportion_Female":0.04712,"Source":"Lolavar, A., & Wyneken, J. (2017). Experimental assessment of the effects of moisture on loggerhead sea turtle hatchling sex ratios. Zoology, 123, 64-70.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 3, Text","Data_Elsewhere":"0","Notes":"Sprayed with water held at 25"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle Bay, Dirk Hartog Island, Western Australia, Australia","Latitude":-25.49013,"Longitude":112.9972,"Latitude_Range":0.0212,"Longitude_Range":0.05219,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"13:1 w/v sand:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":26.4,"TSP_Mean_Temp":26.4,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":200,"Total_Incubated_Treatment":40,"Total_Hatched":13,"Proportion_Hatched":0.325,"Min_Incubation_Length":70,"Max_Incubation_Length":77,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Vouchers":1,"Total_Sexed":14,"Males":8,"Females":2,"Intersex":0,"Undetermined":4,"Proportion_Male":0.57143,"Proportion_Female":0.14286,"Source":"Reinhold, L., Limpus, C. J., Limpus, D. J., & Whiting, A. U. (2017). Pivotal temperature of loggerhead sea turtles, Caretta caretta, from Dirk Hartog Island, Western Australia. Memoirs of the Queensland Museum - Nature, 60, 161-171.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Sex ratio data also broken down by clutch"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle Bay, Dirk Hartog Island, Western Australia, Australia","Latitude":-25.49013,"Longitude":112.9972,"Latitude_Range":0.0212,"Longitude_Range":0.05219,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"13:1 w/v sand:water","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":27.4,"TSP_Mean_Temp":27.4,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":200,"Total_Incubated_Treatment":40,"Total_Hatched":16,"Proportion_Hatched":0.4,"Min_Incubation_Length":67,"Max_Incubation_Length":68,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Vouchers":1,"Total_Sexed":24,"Males":15,"Females":4,"Intersex":0,"Undetermined":5,"Proportion_Male":0.625,"Proportion_Female":0.16667,"Source":"Reinhold, L., Limpus, C. J., Limpus, D. J., & Whiting, A. U. (2017). Pivotal temperature of loggerhead sea turtles, Caretta caretta, from Dirk Hartog Island, Western Australia. Memoirs of the Queensland Museum - Nature, 60, 161-171.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Sex ratio data also broken down by clutch"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle Bay, Dirk Hartog Island, Western Australia, Australia","Latitude":-25.49013,"Longitude":112.9972,"Latitude_Range":0.0212,"Longitude_Range":0.05219,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"13:1 w/v sand:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":200,"Total_Incubated_Treatment":40,"Total_Hatched":12,"Proportion_Hatched":0.3,"Mean_Incubation_Length":60,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":60,"Max_Incubation_Length":60,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Vouchers":1,"Total_Sexed":18,"Males":8,"Females":7,"Intersex":0,"Undetermined":3,"Proportion_Male":0.44444,"Proportion_Female":0.38889,"Source":"Reinhold, L., Limpus, C. J., Limpus, D. J., & Whiting, A. U. (2017). Pivotal temperature of loggerhead sea turtles, Caretta caretta, from Dirk Hartog Island, Western Australia. Memoirs of the Queensland Museum - Nature, 60, 161-171.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Sex ratio data also broken down by clutch"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2018,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:0.13 v/v sand:water","Water_Content":"13%","TSP_Mean_Temp":28.4,"TSP_Mean_Temp_SD":0.7,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":10,"Total_Incubated_Experiment":855,"Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Lolavar, A., & Wyneken, J. (2020). The impact of sand moisture on the temperature-sex ratio responses of developing loggerhead (Caretta caretta) sea turtles. Zoology, 138, 125739.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2018,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:0.13 v/v sand:water","Water_Content":"13%","TSP_Mean_Temp":28.3,"TSP_Mean_Temp_SD":0.7,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":10,"Total_Incubated_Experiment":855,"Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lolavar, A., & Wyneken, J. (2020). The impact of sand moisture on the temperature-sex ratio responses of developing loggerhead (Caretta caretta) sea turtles. Zoology, 138, 125739.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2018,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:0.13 v/v sand:water","Water_Content":"13%","TSP_Mean_Temp":26.4,"TSP_Mean_Temp_SD":0.6,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":10,"Total_Incubated_Experiment":855,"Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lolavar, A., & Wyneken, J. (2020). The impact of sand moisture on the temperature-sex ratio responses of developing loggerhead (Caretta caretta) sea turtles. Zoology, 138, 125739.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2018,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:0.13 v/v sand:water","Water_Content":"13%","TSP_Mean_Temp":26.4,"TSP_Mean_Temp_SD":0.6,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":10,"Total_Incubated_Experiment":855,"Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lolavar, A., & Wyneken, J. (2020). The impact of sand moisture on the temperature-sex ratio responses of developing loggerhead (Caretta caretta) sea turtles. Zoology, 138, 125739.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2018,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:0.13 v/v sand:water","Water_Content":"13%","TSP_Mean_Temp":26.2,"TSP_Mean_Temp_SD":0.6,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":10,"Total_Incubated_Experiment":855,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lolavar, A., & Wyneken, J. (2020). The impact of sand moisture on the temperature-sex ratio responses of developing loggerhead (Caretta caretta) sea turtles. Zoology, 138, 125739.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2018,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":27.5,"Mean_Temp":27.5,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":23,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82143,"Proportion_Female":0.17857,"Source":"Tezak, B., Sifuentes-Romero, I., Milton, S., & Wyneken, J. (2020). Identifying sex of neonate turtles with temperature-dependent sex determination via small blood samples. Scientific Reports, 10(1), 5012.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2018,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":0,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tezak, B., Sifuentes-Romero, I., Milton, S., & Wyneken, J. (2020). Identifying sex of neonate turtles with temperature-dependent sex determination via small blood samples. Scientific Reports, 10(1), 5012.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2018,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":27.5,"Mean_Temp":27.5,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tezak, B., Sifuentes-Romero, I., Milton, S., & Wyneken, J. (2020). Identifying sex of neonate turtles with temperature-dependent sex determination via small blood samples. Scientific Reports, 10(1), 5012.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Juno Beach, Florida, USA","Latitude":26.87661,"Longitude":-80.05159,"Latitude_Range":0.03479,"Longitude_Range":0.01103,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2018,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tezak, B., Sifuentes-Romero, I., Milton, S., & Wyneken, J. (2020). Identifying sex of neonate turtles with temperature-dependent sex determination via small blood samples. Scientific Reports, 10(1), 5012.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":32.4,"Mean_Temp_SD":0.3,"Number_Clutches_Experiment":46,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":4480,"Proportion_Hatched":0.298,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":100,"Males":0,"Females":100,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2021). Effects of supplemental watering on loggerhead (Caretta caretta) nests and hatchlings. Journal of Experimental Marine Biology and Ecology, 534, 151476.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Control; hatchlings sexed at 120g; assumed max sample size of 10 hatchlings/nest sexed"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":32.3,"Mean_Temp_SD":0.3,"Number_Clutches_Experiment":46,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":4480,"Proportion_Hatched":0.46,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":100,"Males":0,"Females":100,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2021). Effects of supplemental watering on loggerhead (Caretta caretta) nests and hatchlings. Journal of Experimental Marine Biology and Ecology, 534, 151476.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Watered; hatchlings sexed at 120g; assumed max sample size of 10 hatchlings/nest sexed"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33,"Mean_Temp_SD":0.4,"Number_Clutches_Experiment":46,"Number_Clutches_Treatment":18,"Clutch_ID":"11-28","Total_Incubated_Experiment":4480,"Proportion_Hatched":0.295,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":180,"Males":0,"Females":180,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2021). Effects of supplemental watering on loggerhead (Caretta caretta) nests and hatchlings. Journal of Experimental Marine Biology and Ecology, 534, 151476.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Control; hatchlings sexed at 120g; assumed max sample size of 10 hatchlings/nest sexed"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.7,"Mean_Temp_SD":0.6,"Number_Clutches_Experiment":46,"Number_Clutches_Treatment":18,"Clutch_ID":"11-28","Total_Incubated_Experiment":4480,"Proportion_Hatched":0.674,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":180,"Males":5,"Females":175,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02778,"Proportion_Female":0.97222,"Source":"Lolavar, A., & Wyneken, J. (2021). Effects of supplemental watering on loggerhead (Caretta caretta) nests and hatchlings. Journal of Experimental Marine Biology and Ecology, 534, 151476.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Watered; hatchlings sexed at 120g; assumed max sample size of 10 hatchlings/nest sexed"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":32.3,"Mean_Temp_SD":0.4,"Number_Clutches_Experiment":46,"Number_Clutches_Treatment":18,"Clutch_ID":"29-46","Total_Incubated_Experiment":4480,"Proportion_Hatched":0.875,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":180,"Males":0,"Females":180,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lolavar, A., & Wyneken, J. (2021). Effects of supplemental watering on loggerhead (Caretta caretta) nests and hatchlings. Journal of Experimental Marine Biology and Ecology, 534, 151476.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Control; hatchlings sexed at 120g; assumed max sample size of 10 hatchlings/nest sexed"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Raton, Florida, USA","Latitude":26.36135,"Longitude":-80.06842,"Latitude_Range":0.05041,"Longitude_Range":0.00496,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31,"Mean_Temp_SD":0.8,"Number_Clutches_Experiment":46,"Number_Clutches_Treatment":18,"Clutch_ID":"29-46","Total_Incubated_Experiment":4480,"Proportion_Hatched":0.805,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":180,"Males":52,"Females":128,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28889,"Proportion_Female":0.71111,"Source":"Lolavar, A., & Wyneken, J. (2021). Effects of supplemental watering on loggerhead (Caretta caretta) nests and hatchlings. Journal of Experimental Marine Biology and Ecology, 534, 151476.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Watered; hatchlings sexed at 120g; assumed max sample size of 10 hatchlings/nest sexed"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos, Bundaberg, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-100","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":90,"Total_Incubated_Treatment":9,"Total_Hatched":8,"Proportion_Hatched":0.88889,"Mean_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":1,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"Porter, E., Booth, D. T., Limpus, C. J., Staines, M. N., & Smith, C. E. (2021). Influence of short-term temeprature drops on sex-determination in sea turtles. Journal of Experimental Zoology Part A, 335(8), 649-658.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos, Bundaberg, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-100","Thermometer_Location":"Incubator","Backswitch_Start":"19","Backswitch_Length":"3","Backswitch_Temp1":30,"Backswitch_Temp2":26.7,"Backswitch_Temp3":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":90,"Total_Incubated_Treatment":9,"Total_Hatched":5,"Proportion_Hatched":0.55556,"Mean_Incubation_Length":52.7,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Porter, E., Booth, D. T., Limpus, C. J., Staines, M. N., & Smith, C. E. (2021). Influence of short-term temeprature drops on sex-determination in sea turtles. Journal of Experimental Zoology Part A, 335(8), 649-658.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos, Bundaberg, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-100","Thermometer_Location":"Incubator","Backswitch_Start":"19","Backswitch_Length":"7","Backswitch_Temp1":30,"Backswitch_Temp2":26.8,"Backswitch_Temp3":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":90,"Total_Incubated_Treatment":9,"Total_Hatched":8,"Proportion_Hatched":0.88889,"Mean_Incubation_Length":53.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Porter, E., Booth, D. T., Limpus, C. J., Staines, M. N., & Smith, C. E. (2021). Influence of short-term temeprature drops on sex-determination in sea turtles. Journal of Experimental Zoology Part A, 335(8), 649-658.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos, Bundaberg, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-100","Thermometer_Location":"Incubator","Backswitch_Start":"23","Backswitch_Length":"3","Backswitch_Temp1":30,"Backswitch_Temp2":27.1,"Backswitch_Temp3":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":90,"Total_Incubated_Treatment":9,"Total_Hatched":4,"Proportion_Hatched":0.44444,"Mean_Incubation_Length":52.3,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Porter, E., Booth, D. T., Limpus, C. J., Staines, M. N., & Smith, C. E. (2021). Influence of short-term temeprature drops on sex-determination in sea turtles. Journal of Experimental Zoology Part A, 335(8), 649-658.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos, Bundaberg, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-100","Thermometer_Location":"Incubator","Backswitch_Start":"23","Backswitch_Length":"7","Backswitch_Temp1":30,"Backswitch_Temp2":26.8,"Backswitch_Temp3":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":90,"Total_Incubated_Treatment":9,"Total_Hatched":6,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Porter, E., Booth, D. T., Limpus, C. J., Staines, M. N., & Smith, C. E. (2021). Influence of short-term temeprature drops on sex-determination in sea turtles. Journal of Experimental Zoology Part A, 335(8), 649-658.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos, Bundaberg, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-100","Thermometer_Location":"Incubator","Backswitch_Start":"27","Backswitch_Length":"3","Backswitch_Temp1":30,"Backswitch_Temp2":26.7,"Backswitch_Temp3":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":90,"Total_Incubated_Treatment":9,"Total_Hatched":5,"Proportion_Hatched":0.55556,"Mean_Incubation_Length":53.3,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Porter, E., Booth, D. T., Limpus, C. J., Staines, M. N., & Smith, C. E. (2021). Influence of short-term temeprature drops on sex-determination in sea turtles. Journal of Experimental Zoology Part A, 335(8), 649-658.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos, Bundaberg, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-100","Thermometer_Location":"Incubator","Backswitch_Start":"27","Backswitch_Length":"7","Backswitch_Temp1":30,"Backswitch_Temp2":26.5,"Backswitch_Temp3":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":90,"Total_Incubated_Treatment":9,"Total_Hatched":7,"Proportion_Hatched":0.77778,"Mean_Incubation_Length":54.7,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":2,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Porter, E., Booth, D. T., Limpus, C. J., Staines, M. N., & Smith, C. E. (2021). Influence of short-term temeprature drops on sex-determination in sea turtles. Journal of Experimental Zoology Part A, 335(8), 649-658.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2 & 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Caretta","Species":"Caretta_caretta","SDM":"TSD","SDM_Confidence":1,"Location":"Mon Repos, Bundaberg, Queensland, Australia","Latitude":-24.79394,"Longitude":152.44185,"Latitude_Range":0.01383,"Longitude_Range":0.00945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-100","Thermometer_Location":"Incubator","Backswitch_Start":"30","Backswitch_Length":"7","Backswitch_Temp1":30,"Backswitch_Temp2":26.9,"Backswitch_Temp3":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":90,"Total_Incubated_Treatment":9,"Total_Hatched":8,"Proportion_Hatched":0.88889,"Mean_Incubation_Length":53.2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":6,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Porter, E., Booth, D. T., Limpus, C. J., Staines, M. N., & Smith, C. E. (2021). Influence of short-term temeprature drops on sex-determination in sea turtles. Journal of Experimental Zoology Part A, 335(8), 649-658.","WoS":0,"Other":1,"Data_Location":"Tables 1, 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River between universal grid references FK864726 and GK468373, Northern Territory, Australia","Latitude":-13.99417,"Longitude":131.01569,"Latitude_Range":0.35733,"Longitude_Range":0.60423,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":15,"Total_Hatched":14,"Proportion_Hatched":0.93333,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Webb, G. J. W., Choquenot, D., & Whitehead, P. J. (1986). Nests, eggs, and embryonic development of Carettochelys insculpta (Chelonia: Carettochelidae) from northern Australia. Journal of Zoology, 1(3), 521-550.","WoS":5,"Other":0,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Eggs incubated at 32, but sex likely determined in field"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River between universal grid references FK864726 and GK468373, Northern Territory, Australia","Latitude":-13.99417,"Longitude":131.01569,"Latitude_Range":0.35733,"Longitude_Range":0.60423,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":9,"Total_Hatched":4,"Proportion_Hatched":0.44444,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Webb, G. J. W., Choquenot, D., & Whitehead, P. J. (1986). Nests, eggs, and embryonic development of Carettochelys insculpta (Chelonia: Carettochelidae) from northern Australia. Journal of Zoology, 1(3), 521-550.","WoS":5,"Other":0,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Eggs incubated at 32, but sex likely determined in field"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River between universal grid references FK864726 and GK468373, Northern Territory, Australia","Latitude":-13.99417,"Longitude":131.01569,"Latitude_Range":0.35733,"Longitude_Range":0.60423,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":14,"Total_Hatched":11,"Proportion_Hatched":0.78571,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Webb, G. J. W., Choquenot, D., & Whitehead, P. J. (1986). Nests, eggs, and embryonic development of Carettochelys insculpta (Chelonia: Carettochelidae) from northern Australia. Journal of Zoology, 1(3), 521-550.","WoS":5,"Other":0,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Eggs incubated at 32, but sex likely determined in field"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River between universal grid references FK864726 and GK468373, Northern Territory, Australia","Latitude":-13.99417,"Longitude":131.01569,"Latitude_Range":0.35733,"Longitude_Range":0.60423,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":15,"Total_Hatched":8,"Proportion_Hatched":0.53333,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":5,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Webb, G. J. W., Choquenot, D., & Whitehead, P. J. (1986). Nests, eggs, and embryonic development of Carettochelys insculpta (Chelonia: Carettochelidae) from northern Australia. Journal of Zoology, 1(3), 521-550.","WoS":5,"Other":0,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Eggs incubated at 32, but sex likely determined in field"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River between universal grid references FK864726 and GK468373, Northern Territory, Australia","Latitude":-13.99417,"Longitude":131.01569,"Latitude_Range":0.35733,"Longitude_Range":0.60423,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":13,"Total_Hatched":9,"Proportion_Hatched":0.69231,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":4,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44444,"Proportion_Female":0.55556,"Source":"Webb, G. J. W., Choquenot, D., & Whitehead, P. J. (1986). Nests, eggs, and embryonic development of Carettochelys insculpta (Chelonia: Carettochelidae) from northern Australia. Journal of Zoology, 1(3), 521-550.","WoS":5,"Other":0,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Eggs incubated at 32, but sex likely determined in field"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River between universal grid references FK864726 and GK468373, Northern Territory, Australia","Latitude":-13.99417,"Longitude":131.01569,"Latitude_Range":0.35733,"Longitude_Range":0.60423,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Styrofoam and water","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":12,"Total_Hatched":12,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Webb, G. J. W., Choquenot, D., & Whitehead, P. J. (1986). Nests, eggs, and embryonic development of Carettochelys insculpta (Chelonia: Carettochelidae) from northern Australia. Journal of Zoology, 1(3), 521-550.","WoS":5,"Other":0,"Data_Location":"Table 7, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River between universal grid references FK864726 and GK468373, Northern Territory, Australia","Latitude":-13.99417,"Longitude":131.01569,"Latitude_Range":0.35733,"Longitude_Range":0.60423,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Styrofoam and water","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.2,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":12,"Total_Hatched":9,"Proportion_Hatched":0.75,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Webb, G. J. W., Choquenot, D., & Whitehead, P. J. (1986). Nests, eggs, and embryonic development of Carettochelys insculpta (Chelonia: Carettochelidae) from northern Australia. Journal of Zoology, 1(3), 521-550.","WoS":5,"Other":0,"Data_Location":"Table 7, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.08333,"Longitude":131.25,"Latitude_Range":0.06667,"Longitude_Range":0.06667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":26.3,"Max_Temp":34.9,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":9,"Total_Hatched":7,"Proportion_Hatched":0.77778,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":4,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57143,"Proportion_Female":0.42857,"Source":"Georges, A. (1992). Thermal characteristics and sex determination in field nests of the pig-nosed turtle, Carettochelys insculpta (Chelonia, Carettochelydidae), from northern Australia. Australian Journal of Zoology, 40(5), 511-521.","WoS":4,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.08333,"Longitude":131.25,"Latitude_Range":0.06667,"Longitude_Range":0.06667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":31.1,"Max_Temp":35.3,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":7,"Total_Hatched":4,"Proportion_Hatched":0.57143,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Georges, A. (1992). Thermal characteristics and sex determination in field nests of the pig-nosed turtle, Carettochelys insculpta (Chelonia, Carettochelydidae), from northern Australia. Australian Journal of Zoology, 40(5), 511-521.","WoS":4,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.08333,"Longitude":131.25,"Latitude_Range":0.06667,"Longitude_Range":0.06667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":31.1,"Max_Temp":35.3,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Georges, A. (1992). Thermal characteristics and sex determination in field nests of the pig-nosed turtle, Carettochelys insculpta (Chelonia, Carettochelydidae), from northern Australia. Australian Journal of Zoology, 40(5), 511-521.","WoS":4,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.08333,"Longitude":131.25,"Latitude_Range":0.06667,"Longitude_Range":0.06667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":27.7,"Max_Temp":37.9,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":13,"Total_Hatched":8,"Proportion_Hatched":0.61538,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Georges, A. (1992). Thermal characteristics and sex determination in field nests of the pig-nosed turtle, Carettochelys insculpta (Chelonia, Carettochelydidae), from northern Australia. Australian Journal of Zoology, 40(5), 511-521.","WoS":4,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.08333,"Longitude":131.25,"Latitude_Range":0.06667,"Longitude_Range":0.06667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Min_Temp":26.9,"Max_Temp":35.1,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":13,"Total_Hatched":11,"Proportion_Hatched":0.84615,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Georges, A. (1992). Thermal characteristics and sex determination in field nests of the pig-nosed turtle, Carettochelys insculpta (Chelonia, Carettochelydidae), from northern Australia. Australian Journal of Zoology, 40(5), 511-521.","WoS":4,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River near Oolloo Crossing, Northern Territory, Australia","Latitude":-14.07778,"Longitude":131.25,"Latitude_Range":0.15971,"Longitude_Range":0.09108,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":8,"Last_Month":10,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":39,"Number_Clutches_Treatment":39,"Clutch_ID":"1-39","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":202,"Males":62,"Females":140,"Intersex":0,"Undetermined":0,"Proportion_Male":0.30693,"Proportion_Female":0.69307,"Source":"Doody, J. S., Georges, A., & Young, J. E. (2004). Determinants of reproductive success and offspring sex in a turtle with environmental sex determination. Biological Journal of the Linnean Society, 81, 1-16.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Finished incubation in the lab after TSP"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.225,"Longitude":131.425,"Latitude_Range":0.21667,"Longitude_Range":0.28333,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"3:4 w/w vermiculite:water","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 16","Backswitch_Length":"Stage 18","Backswitch_Temp1":34,"Backswitch_Temp2":30,"Backswitch_Temp3":34,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Young, J. E., Georges, A., Doody, J. S., West, P. B., & Alderman, R. L. (2004). Pivotal range and thermosensitive period of the pig-nosed turtle, Carettochelys insculpta (Testudines: Carettochelydidae), from northern Australia. Canadian Journal of Zoology, 82(8), 1251-1257.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.225,"Longitude":131.425,"Latitude_Range":0.21667,"Longitude_Range":0.28333,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"3:4 w/w vermiculite:water","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 16","Backswitch_Length":"Stage 18","Backswitch_Temp1":30,"Backswitch_Temp2":34,"Backswitch_Temp3":30,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":5,"Total_Hatched":4,"Proportion_Hatched":0.8,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Young, J. E., Georges, A., Doody, J. S., West, P. B., & Alderman, R. L. (2004). Pivotal range and thermosensitive period of the pig-nosed turtle, Carettochelys insculpta (Testudines: Carettochelydidae), from northern Australia. Canadian Journal of Zoology, 82(8), 1251-1257.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.225,"Longitude":131.425,"Latitude_Range":0.21667,"Longitude_Range":0.28333,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"3:4 w/w vermiculite:water","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 17","Backswitch_Length":"Stage 19","Backswitch_Temp1":34,"Backswitch_Temp2":30,"Backswitch_Temp3":34,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Young, J. E., Georges, A., Doody, J. S., West, P. B., & Alderman, R. L. (2004). Pivotal range and thermosensitive period of the pig-nosed turtle, Carettochelys insculpta (Testudines: Carettochelydidae), from northern Australia. Canadian Journal of Zoology, 82(8), 1251-1257.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.225,"Longitude":131.425,"Latitude_Range":0.21667,"Longitude_Range":0.28333,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"3:4 w/w vermiculite:water","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 18","Backswitch_Length":"Stage 20","Backswitch_Temp1":34,"Backswitch_Temp2":30,"Backswitch_Temp3":34,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Young, J. E., Georges, A., Doody, J. S., West, P. B., & Alderman, R. L. (2004). Pivotal range and thermosensitive period of the pig-nosed turtle, Carettochelys insculpta (Testudines: Carettochelydidae), from northern Australia. Canadian Journal of Zoology, 82(8), 1251-1257.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Carettochelyidae","Genus":"Carettochelys","Species":"Carettochelys_insculpta","SDM":"TSD","SDM_Confidence":1,"Location":"Daly River, Northern Territory, Australia","Latitude":-14.225,"Longitude":131.425,"Latitude_Range":0.21667,"Longitude_Range":0.28333,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"3:4 w/w vermiculite:water","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 19","Backswitch_Length":"Stage 21","Backswitch_Temp1":30,"Backswitch_Temp2":34,"Backswitch_Temp3":30,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":5,"Total_Hatched":5,"Proportion_Hatched":1,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Young, J. E., Georges, A., Doody, J. S., West, P. B., & Alderman, R. L. (2004). Pivotal range and thermosensitive period of the pig-nosed turtle, Carettochelys insculpta (Testudines: Carettochelydidae), from northern Australia. Canadian Journal of Zoology, 82(8), 1251-1257.","WoS":3,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"Pond at Gungahlin, Australian Capital Territory, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"3:4 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":29.97,"Mean_Temp_SD":0.29,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Total_Incubated_Treatment":18,"Total_Hatched":17,"Proportion_Hatched":0.94444,"Mean_Incubation_Length":70.8,"Mean_Incubation_Length_SE":0.96,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":6,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.35294,"Proportion_Female":0.64706,"Source":"Georges, A. (1988). Sex determination is independent of incubation temperature in another chelid turtle, Chelodina longicollis. Copeia, 1988(1), 248-254.","WoS":4,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"CSIRO Division of Wildlife and Ecology, Gungahlin, Canberra, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Loamy clay","Thermometer_Location":"Nest center","Mean_Temp":18.8,"Fluctuation":2.15,"Min_Temp":13.9,"Max_Temp":26.7,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":5,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55556,"Proportion_Female":0.44444,"Source":"Palmer-Allen, M., Beynon, F., & Georges, A. (1991). Hatchling sex ratios are independent of temperature in field nests of the long-necked turtle, Chelodina longicollis (Testudinata: Chelidae). Wildlife Research, 18(2), 225-231.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28 in the lab"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"CSIRO Division of Wildlife and Ecology, Gungahlin, Canberra, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Loamy clay","Thermometer_Location":"Nest center","Mean_Temp":19.9,"Fluctuation":2.2,"Min_Temp":15,"Max_Temp":27.6,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":14,"Total_Hatched":11,"Proportion_Hatched":0.78571,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":7,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63636,"Proportion_Female":0.36364,"Source":"Palmer-Allen, M., Beynon, F., & Georges, A. (1991). Hatchling sex ratios are independent of temperature in field nests of the long-necked turtle, Chelodina longicollis (Testudinata: Chelidae). Wildlife Research, 18(2), 225-231.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28 in the lab"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"CSIRO Division of Wildlife and Ecology, Gungahlin, Canberra, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Loamy clay","Thermometer_Location":"Nest center","Mean_Temp":22.4,"Fluctuation":4.05,"Min_Temp":13.6,"Max_Temp":32.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":9,"Total_Hatched":9,"Proportion_Hatched":1,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":3,"Females":4,"Intersex":0,"Undetermined":2,"Proportion_Male":0.33333,"Proportion_Female":0.44444,"Source":"Palmer-Allen, M., Beynon, F., & Georges, A. (1991). Hatchling sex ratios are independent of temperature in field nests of the long-necked turtle, Chelodina longicollis (Testudinata: Chelidae). Wildlife Research, 18(2), 225-231.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28 in the lab"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"CSIRO Division of Wildlife and Ecology, Gungahlin, Canberra, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Loamy clay","Thermometer_Location":"Nest center","Mean_Temp":22.5,"Fluctuation":3.05,"Min_Temp":16.4,"Max_Temp":32.1,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":11,"Total_Hatched":7,"Proportion_Hatched":0.63636,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":4,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57143,"Proportion_Female":0.42857,"Source":"Palmer-Allen, M., Beynon, F., & Georges, A. (1991). Hatchling sex ratios are independent of temperature in field nests of the long-necked turtle, Chelodina longicollis (Testudinata: Chelidae). Wildlife Research, 18(2), 225-231.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28 in the lab"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"CSIRO Division of Wildlife and Ecology, Gungahlin, Canberra, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Loamy clay","Thermometer_Location":"Nest center","Mean_Temp":20.7,"Fluctuation":3.6,"Min_Temp":14.3,"Max_Temp":30,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":11,"Total_Hatched":9,"Proportion_Hatched":0.81818,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":4,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44444,"Proportion_Female":0.55556,"Source":"Palmer-Allen, M., Beynon, F., & Georges, A. (1991). Hatchling sex ratios are independent of temperature in field nests of the long-necked turtle, Chelodina longicollis (Testudinata: Chelidae). Wildlife Research, 18(2), 225-231.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28 in the lab"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"CSIRO Division of Wildlife and Ecology, Gungahlin, Canberra, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Loamy clay","Thermometer_Location":"Nest center","Mean_Temp":19.1,"Fluctuation":2.6,"Min_Temp":13.9,"Max_Temp":28.1,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":11,"Total_Hatched":7,"Proportion_Hatched":0.63636,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":4,"Females":2,"Intersex":0,"Undetermined":1,"Proportion_Male":0.57143,"Proportion_Female":0.28571,"Source":"Palmer-Allen, M., Beynon, F., & Georges, A. (1991). Hatchling sex ratios are independent of temperature in field nests of the long-necked turtle, Chelodina longicollis (Testudinata: Chelidae). Wildlife Research, 18(2), 225-231.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28 in the lab"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"CSIRO Division of Wildlife and Ecology, Gungahlin, Canberra, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Loamy clay","Thermometer_Location":"Nest center","Mean_Temp":21.4,"Fluctuation":2.25,"Min_Temp":16.3,"Max_Temp":31.9,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":14,"Total_Hatched":14,"Proportion_Hatched":1,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":0,"Intersex":0,"Undetermined":14,"Proportion_Male":0,"Proportion_Female":0,"Source":"Palmer-Allen, M., Beynon, F., & Georges, A. (1991). Hatchling sex ratios are independent of temperature in field nests of the long-necked turtle, Chelodina longicollis (Testudinata: Chelidae). Wildlife Research, 18(2), 225-231.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28 in the lab"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Chelodina","Species":"Chelodina_longicollis","SDM":"GSD","SDM_Confidence":1,"Location":"CSIRO Division of Wildlife and Ecology, Gungahlin, Canberra, Australia","Latitude":-35.17809,"Longitude":149.13109,"Latitude_Range":0.10646,"Longitude_Range":0.13786,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Loamy clay","Thermometer_Location":"Nest center","Mean_Temp":20.9,"Fluctuation":3.15,"Min_Temp":14.5,"Max_Temp":29,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Palmer-Allen, M., Beynon, F., & Georges, A. (1991). Hatchling sex ratios are independent of temperature in field nests of the long-necked turtle, Chelodina longicollis (Testudinata: Chelidae). Wildlife Research, 18(2), 225-231.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28 in the lab"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1979,"Last_Year":1979,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Fluctuating","Substrate":"13:1 w/v sand:water","Water_Content":"7.70%","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1.2,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":19,"Total_Hatched":18,"Proportion_Hatched":0.94737,"Min_Incubation_Length":79,"Max_Incubation_Length":80,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":16,"Females":0,"Intersex":3,"Undetermined":0,"Proportion_Male":0.92105,"Proportion_Female":0.07895,"Source":"Miller, J. D., & Limpus, C. J. (1981). Incubation period and sexual differentiation in the green turtle Chelonia mydas L. In C. B. Banks & A. A. Martin (Eds.), Proceedings of the Melbourne Herpetological Symposium (pp. 66-73). The Zoological Board of Victoria, Parkville.","WoS":2,"Other":0,"Data_Location":"Table 2, Fig. 4, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1979,"Last_Year":1979,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Constant","Substrate":"13:1 w/v sand:water","Water_Content":"7.70%","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.6,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":41,"Total_Hatched":41,"Proportion_Hatched":1,"Min_Incubation_Length":55,"Max_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":41,"Males":0,"Females":37,"Intersex":4,"Undetermined":0,"Proportion_Male":0.04878,"Proportion_Female":0.95122,"Source":"Miller, J. D., & Limpus, C. J. (1981). Incubation period and sexual differentiation in the green turtle Chelonia mydas L. In C. B. Banks & A. A. Martin (Eds.), Proceedings of the Melbourne Herpetological Symposium (pp. 66-73). The Zoological Board of Victoria, Parkville.","WoS":2,"Other":0,"Data_Location":"Table 2, Fig. 4, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1979,"Last_Year":1979,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Constant","Substrate":"13:1 w/v sand:water","Water_Content":"7.70%","Set_Temp":33,"Mean_Temp":33,"Fluctuation":1,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":14,"Total_Hatched":3,"Proportion_Hatched":0.21429,"Min_Incubation_Length":48,"Max_Incubation_Length":49,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":14,"Males":0,"Females":12,"Intersex":2,"Undetermined":0,"Proportion_Male":0.07143,"Proportion_Female":0.92857,"Source":"Miller, J. D., & Limpus, C. J. (1981). Incubation period and sexual differentiation in the green turtle Chelonia mydas L. In C. B. Banks & A. A. Martin (Eds.), Proceedings of the Melbourne Herpetological Symposium (pp. 66-73). The Zoological Board of Victoria, Parkville.","WoS":2,"Other":0,"Data_Location":"Table 2, Fig. 4, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":27.9,"Mean_Temp_SD":0.95,"Min_Temp":25.4,"Max_Temp":31,"Number_Clutches_Experiment":19,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":100,"Males":90,"Females":4,"Intersex":6,"Undetermined":0,"Proportion_Male":0.93,"Proportion_Female":0.07,"Source":"Morreale, S. J., Ruiz, G. J., Spotila, J. R., & Standora, E. A. (1982). Temperature-dependent sex determination: Current practices threaten conservation of sea turtles. Science, 216(4551), 1245-1247.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":28.6,"Mean_Temp_SD":1.21,"Min_Temp":26.3,"Max_Temp":32.1,"Number_Clutches_Experiment":19,"Number_Clutches_Treatment":5,"Clutch_ID":"6-10","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":100,"Males":100,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Morreale, S. J., Ruiz, G. J., Spotila, J. R., & Standora, E. A. (1982). Temperature-dependent sex determination: Current practices threaten conservation of sea turtles. Science, 216(4551), 1245-1247.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.4,"Mean_Temp_SD":1.68,"Min_Temp":28.2,"Max_Temp":35.9,"Number_Clutches_Experiment":19,"Number_Clutches_Treatment":4,"Clutch_ID":"11-14","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":80,"Males":14,"Females":64,"Intersex":2,"Undetermined":0,"Proportion_Male":0.1875,"Proportion_Female":0.8125,"Source":"Morreale, S. J., Ruiz, G. J., Spotila, J. R., & Standora, E. A. (1982). Temperature-dependent sex determination: Current practices threaten conservation of sea turtles. Science, 216(4551), 1245-1247.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1969,"Last_Year":1969,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":24.3,"Min_Temp":20.5,"Max_Temp":28.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":1413,"Males":294,"Females":1119,"Intersex":0,"Undetermined":0,"Proportion_Male":0.20807,"Proportion_Female":0.79193,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1970,"Last_Year":1970,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":24.4,"Min_Temp":21,"Max_Temp":27.8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":1280,"Males":1067,"Females":213,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83359,"Proportion_Female":0.16641,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":25,"Min_Temp":19.7,"Max_Temp":30.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":4405,"Males":3717,"Females":688,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84381,"Proportion_Female":0.15619,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1972,"Last_Year":1972,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":25.4,"Min_Temp":19.7,"Max_Temp":31.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":4290,"Males":1226,"Females":3064,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28578,"Proportion_Female":0.71422,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1971,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":25.8,"Min_Temp":20.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":4710,"Males":4700,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.99788,"Proportion_Female":0.00212,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1972,"Last_Year":1972,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":26.4,"Min_Temp":21.7,"Max_Temp":31.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":6339,"Males":6124,"Females":215,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96608,"Proportion_Female":0.03392,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":26.6,"Min_Temp":22.1,"Max_Temp":31.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":13428,"Males":3949,"Females":9479,"Intersex":0,"Undetermined":0,"Proportion_Male":0.29409,"Proportion_Female":0.70591,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1973,"Last_Year":1973,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":26.8,"Min_Temp":22.6,"Max_Temp":31.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":600,"Males":327,"Females":273,"Intersex":0,"Undetermined":0,"Proportion_Male":0.545,"Proportion_Female":0.455,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1975,"Last_Year":1975,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":26.9,"Min_Temp":23.1,"Max_Temp":30.7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":1358,"Males":617,"Females":741,"Intersex":0,"Undetermined":0,"Proportion_Male":0.45434,"Proportion_Female":0.54566,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1973,"Last_Year":1973,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":27,"Min_Temp":22.7,"Max_Temp":31.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":730,"Males":155,"Females":575,"Intersex":0,"Undetermined":0,"Proportion_Male":0.21233,"Proportion_Female":0.78767,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1968,"Last_Year":1968,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":27.1,"Min_Temp":23.5,"Max_Temp":30.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":1381,"Males":395,"Females":986,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28602,"Proportion_Female":0.71398,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1970,"Last_Year":1970,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":27.2,"Min_Temp":23.4,"Max_Temp":30.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":189,"Males":141,"Females":48,"Intersex":0,"Undetermined":0,"Proportion_Male":0.74603,"Proportion_Female":0.25397,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1973,"Last_Year":1973,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":27.3,"Min_Temp":22.7,"Max_Temp":31.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":189,"Males":107,"Females":82,"Intersex":0,"Undetermined":0,"Proportion_Male":0.56614,"Proportion_Female":0.43386,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1973,"Last_Year":1973,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":27.3,"Min_Temp":23.3,"Max_Temp":31.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":6337,"Males":2880,"Females":3457,"Intersex":0,"Undetermined":0,"Proportion_Male":0.45447,"Proportion_Female":0.54553,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Grand Cayman Island, British West Indies","Latitude":19.32763,"Longitude":-81.25519,"Latitude_Range":0.13838,"Longitude_Range":0.33402,"Accurate":1,"Captive":1,"Captive_Location":"Cayman Turtle Farm, Ltd., Grand Cayman Island, British West Indies","Captive_Latitude":19.38017,"Captive_Longitude":-81.4159,"Captive_Latitude_Range":0.00236,"Captive_Longitude_Range":0.00264,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1970,"Last_Year":1970,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Mean_Temp":27.4,"Min_Temp":23.5,"Max_Temp":31.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":1494,"Males":1463,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0.97925,"Proportion_Female":0.02075,"Source":"Wood, F. E., & Wood, J. R. (1982). Sex ratios in captive-reared green turtles, Chelonia mydas. Copeia, 1982(2), 482-485.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Numbers of males and females per treatment may be innaccurate due to reporting method in paper"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Talang Talang Besar Island, Sarawak, Malaysia","Latitude":1.91675,"Longitude":109.77706,"Latitude_Range":0.00961,"Longitude_Range":0.00532,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30,"TSP_Mean_Temp_SD":1.15,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":108,"Total_Hatched":91,"Proportion_Hatched":0.84259,"Mean_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Leh, C. M., Poon, S. K., & Siew, Y. C. (1985). Temperature-related phenomena affecting the sex of green turtle (Chelonia mydas) hatchlings in the Sarawak turtle islands. Sarawak Museum Journal, 34(55), 183-193.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Talang Talang Besar Island, Sarawak, Malaysia","Latitude":1.91675,"Longitude":109.77706,"Latitude_Range":0.00961,"Longitude_Range":0.00532,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.74,"TSP_Mean_Temp_SD":0.91,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Treatment":98,"Total_Hatched":46,"Proportion_Hatched":0.46939,"Mean_Incubation_Length":54,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":5,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Leh, C. M., Poon, S. K., & Siew, Y. C. (1985). Temperature-related phenomena affecting the sex of green turtle (Chelonia mydas) hatchlings in the Sarawak turtle islands. Sarawak Museum Journal, 34(55), 183-193.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.8,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":17,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94444,"Proportion_Female":0.05556,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.6,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.6,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":13,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.76471,"Proportion_Female":0.23529,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.8,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":16,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84211,"Proportion_Female":0.15789,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":9,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47368,"Proportion_Female":0.52632,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.6,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":9,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47368,"Proportion_Female":0.52632,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":10,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52632,"Proportion_Female":0.47368,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":10,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":13,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.72222,"Proportion_Female":0.27778,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":1,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05556,"Proportion_Female":0.94444,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.2,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":3,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":31,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Tortuguero, Costa Rica","Latitude":10.47275,"Longitude":-83.45692,"Latitude_Range":0.23402,"Longitude_Range":0.13347,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":31.2,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Spotila, J. R., Standora, E. A., Morreale, S. J., & Ruiz, G. J. (1987). Temperature dependent sex determination in the green turtle (Chelonia mydas): Effects on the sex ratio on a natural nesting beach. Herpetologica, 43(1), 74-81.","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0","Notes":"No more than 20 sexed, so assumed 20 sexed when sex ratio is all male or all female"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ogasawara Islands, Japan","Latitude":27.09742,"Longitude":142.21014,"Latitude_Range":0.11958,"Longitude_Range":0.07013,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"1-3","Total_Hatched":53,"Mean_Incubation_Length":63.4,"Mean_Incubation_Length_SD":3.09,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":6,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Tokunaga, S. (1991). A preliminary observation on temperature-dependent sex determination in two species of Japanese sea turtles. Umigawe Newsletter of Japan, 7, 3-7.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ogasawara Islands, Japan","Latitude":27.09742,"Longitude":142.21014,"Latitude_Range":0.11958,"Longitude_Range":0.07013,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"1-3","Total_Hatched":52,"Mean_Incubation_Length":57.2,"Mean_Incubation_Length_SD":1.35,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":9,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47368,"Proportion_Female":0.52632,"Source":"Tokunaga, S. (1991). A preliminary observation on temperature-dependent sex determination in two species of Japanese sea turtles. Umigawe Newsletter of Japan, 7, 3-7.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ogasawara Islands, Japan","Latitude":27.09742,"Longitude":142.21014,"Latitude_Range":0.11958,"Longitude_Range":0.07013,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"1-3","Total_Hatched":74,"Mean_Incubation_Length":53.6,"Mean_Incubation_Length_SD":1.83,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":2,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"Tokunaga, S. (1991). A preliminary observation on temperature-dependent sex determination in two species of Japanese sea turtles. Umigawe Newsletter of Japan, 7, 3-7.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ogasawara Islands, Japan","Latitude":27.09742,"Longitude":142.21014,"Latitude_Range":0.11958,"Longitude_Range":0.07013,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":31,"Mean_Temp":31,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"1-3","Total_Hatched":40,"Mean_Incubation_Length":51.4,"Mean_Incubation_Length_SD":1.11,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tokunaga, S. (1991). A preliminary observation on temperature-dependent sex determination in two species of Japanese sea turtles. Umigawe Newsletter of Japan, 7, 3-7.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Baguan Island Marine Turtle Sanctuary, Phillipines","Latitude":6.10375,"Longitude":118.44764,"Latitude_Range":0.00623,"Longitude_Range":0.0068,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1989,"Incubation_Setup":"Nest","Number_Clutches_Experiment":246,"Number_Clutches_Treatment":146,"Clutch_ID":"1-146","Total_Incubated_Treatment":13959,"Total_Hatched":12162,"Proportion_Hatched":0.87127,"Mean_Incubation_Length":54.32,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":146,"Males":15,"Females":131,"Intersex":0,"Undetermined":0,"Proportion_Male":0.10274,"Proportion_Female":0.89726,"Source":"Trono, R. B. (1991). Philippine Marine Turtle Conservation Program. Marine Turtle Newsletter, 53(5), 5-7.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Baguan Island Marine Turtle Sanctuary, Phillipines","Latitude":6.10375,"Longitude":118.44764,"Latitude_Range":0.00623,"Longitude_Range":0.0068,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Artificial nest","Number_Clutches_Experiment":246,"Number_Clutches_Treatment":100,"Clutch_ID":"147-246","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":100,"Males":36,"Females":38,"Intersex":26,"Undetermined":0,"Proportion_Male":0.49,"Proportion_Female":0.51,"Source":"Trono, R. B. (1991). Philippine Marine Turtle Conservation Program. Marine Turtle Newsletter, 53(5), 5-7.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shaded hatchery nests"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Baguan Island Marine Turtle Sanctuary, Phillipines","Latitude":6.10375,"Longitude":118.44764,"Latitude_Range":0.00623,"Longitude_Range":0.0068,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Total_Sexed":60,"Males":0,"Females":58,"Intersex":2,"Undetermined":0,"Proportion_Male":0.01667,"Proportion_Female":0.98333,"Source":"Trono, R. B. (1991). Philippine Marine Turtle Conservation Program. Marine Turtle Newsletter, 53(5), 5-7.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Unshaded hatchery nests from unknown year"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":27.85,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":48,"Total_Hatched":18,"Proportion_Hatched":0.375,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (Doctoral dissertation, University of Toronto, Toronto, Canada). Retrieved from http://aerg.canberra.edu.au/library/sex_reptile/1997_Godfrey_PhD_Thesis.pdf","WoS":0,"Other":1,"Data_Location":"Table 4.2, Text","Data_Elsewhere":"1","Notes":"Removed correction factor of -0.25; Same data as Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. The Herpetological Journal, 16(1), 55-61."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.45,"Fluctuation":0.4,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":44,"Total_Hatched":17,"Proportion_Hatched":0.38636,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":17,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.89474,"Proportion_Female":0.10526,"Source":"Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (Doctoral dissertation, University of Toronto, Toronto, Canada). Retrieved from http://aerg.canberra.edu.au/library/sex_reptile/1997_Godfrey_PhD_Thesis.pdf","WoS":0,"Other":1,"Data_Location":"Table 4.2, Text","Data_Elsewhere":"1","Notes":"Removed correction factor of -0.25; Same data as Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. The Herpetological Journal, 16(1), 55-61."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.75,"Fluctuation":0.4,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":46,"Total_Hatched":17,"Proportion_Hatched":0.36957,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":18,"Males":11,"Females":6,"Intersex":1,"Undetermined":0,"Proportion_Male":0.63889,"Proportion_Female":0.36111,"Source":"Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (Doctoral dissertation, University of Toronto, Toronto, Canada). Retrieved from http://aerg.canberra.edu.au/library/sex_reptile/1997_Godfrey_PhD_Thesis.pdf","WoS":0,"Other":1,"Data_Location":"Table 4.2, Text","Data_Elsewhere":"1","Notes":"Removed correction factor of -0.25; Same data as Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. The Herpetological Journal, 16(1), 55-61."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.65,"Fluctuation":0.4,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":32,"Total_Hatched":13,"Proportion_Hatched":0.40625,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":15,"Males":8,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53333,"Proportion_Female":0.46667,"Source":"Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (Doctoral dissertation, University of Toronto, Toronto, Canada). Retrieved from http://aerg.canberra.edu.au/library/sex_reptile/1997_Godfrey_PhD_Thesis.pdf","WoS":0,"Other":1,"Data_Location":"Table 4.2, Text","Data_Elsewhere":"1","Notes":"Removed correction factor of -0.25; Same data as Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. The Herpetological Journal, 16(1), 55-61."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":30.45,"Fluctuation":0.8,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":28,"Total_Hatched":9,"Proportion_Hatched":0.32143,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (Doctoral dissertation, University of Toronto, Toronto, Canada). Retrieved from http://aerg.canberra.edu.au/library/sex_reptile/1997_Godfrey_PhD_Thesis.pdf","WoS":0,"Other":1,"Data_Location":"Table 4.2, Text","Data_Elsewhere":"1","Notes":"Removed correction factor of -0.25; Same data as Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. The Herpetological Journal, 16(1), 55-61."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":29.8,"Mean_Temp_SE":0.05,"TSP_Mean_Temp":30.2,"TSP_Mean_Temp_SE":0.03,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":488,"Total_Incubated_Treatment":118,"Total_Hatched":70,"Proportion_Hatched":0.59322,"Mean_Incubation_Length":63,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":63,"Max_Incubation_Length":63,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.3,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":30.9,"TSP_Mean_Temp_SE":0.03,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":488,"Total_Incubated_Treatment":78,"Total_Hatched":57,"Proportion_Hatched":0.73077,"Mean_Incubation_Length":60,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":60,"Max_Incubation_Length":60,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":31.5,"Mean_Temp_SE":0.05,"TSP_Mean_Temp":32.1,"TSP_Mean_Temp_SE":0.04,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":488,"Total_Incubated_Treatment":109,"Total_Hatched":102,"Proportion_Hatched":0.93578,"Mean_Incubation_Length":54,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":54,"Max_Incubation_Length":54,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.7,"Mean_Temp_SE":0.03,"TSP_Mean_Temp":31,"TSP_Mean_Temp_SE":0.03,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":488,"Total_Incubated_Treatment":96,"Total_Hatched":72,"Proportion_Hatched":0.75,"Mean_Incubation_Length":59,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":59,"Max_Incubation_Length":59,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Karpaz Beach, Cyprus","Latitude":35.47826,"Longitude":34.05114,"Latitude_Range":0.00648,"Longitude_Range":0.00529,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":31.2,"Mean_Temp_SE":0.05,"TSP_Mean_Temp":31.9,"TSP_Mean_Temp_SE":0.05,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":488,"Total_Incubated_Treatment":87,"Total_Hatched":83,"Proportion_Hatched":0.95402,"Mean_Incubation_Length":55,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":55,"Max_Incubation_Length":55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size between 3-7 capable of producing the provided sex ratio"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Akdeniz Beach, Cyprus","Latitude":35.28484,"Longitude":32.93826,"Latitude_Range":0.02956,"Longitude_Range":0.00472,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.9,"Mean_Temp_SE":0.05,"TSP_Mean_Temp":30.2,"TSP_Mean_Temp_SE":0.03,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":488,"Total_Incubated_Treatment":118,"Total_Hatched":70,"Proportion_Hatched":0.59322,"Mean_Incubation_Length":63,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":63,"Max_Incubation_Length":63,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Kaska, Y., Downie, R., Tippett, R., & Furness, R. W. (1998). Natural temperature regimes for loggerhead and green turtle nests in the eastern Mediterranean. Canadian Journal of Zoology, 76(4), 723-729.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Chendor, Pahang, Malaysia","Latitude":4.15698,"Longitude":103.41406,"Latitude_Range":0.04112,"Longitude_Range":0.01163,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.5,"Mean_Temp":29.5,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Abdullah, S., & Ismail, M. (2004). Temperature dependent sex determination and hatching performance of green turtles (Chelonia mydas) at Chendor Rookery on the east coast of Peninsular Malaysia. Proceedings of the International Symposium on SEASTAR2000 and Bio-logging Science, 2004, 11-15.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Notes":"Data in Tables 1 & 2 do not match up with data in Table 3"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Chendor, Pahang, Malaysia","Latitude":4.15698,"Longitude":103.41406,"Latitude_Range":0.04112,"Longitude_Range":0.01163,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.7,"Mean_Temp":29.7,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Abdullah, S., & Ismail, M. (2004). Temperature dependent sex determination and hatching performance of green turtles (Chelonia mydas) at Chendor Rookery on the east coast of Peninsular Malaysia. Proceedings of the International Symposium on SEASTAR2000 and Bio-logging Science, 2004, 11-15.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Notes":"Data in Tables 1 & 2 do not match up with data in Table 3"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Chendor, Pahang, Malaysia","Latitude":4.15698,"Longitude":103.41406,"Latitude_Range":0.04112,"Longitude_Range":0.01163,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Abdullah, S., & Ismail, M. (2004). Temperature dependent sex determination and hatching performance of green turtles (Chelonia mydas) at Chendor Rookery on the east coast of Peninsular Malaysia. Proceedings of the International Symposium on SEASTAR2000 and Bio-logging Science, 2004, 11-15.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Notes":"Data in Tables 1 & 2 do not match up with data in Table 3"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Chendor, Pahang, Malaysia","Latitude":4.15698,"Longitude":103.41406,"Latitude_Range":0.04112,"Longitude_Range":0.01163,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":31,"Mean_Temp":31,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Abdullah, S., & Ismail, M. (2004). Temperature dependent sex determination and hatching performance of green turtles (Chelonia mydas) at Chendor Rookery on the east coast of Peninsular Malaysia. Proceedings of the International Symposium on SEASTAR2000 and Bio-logging Science, 2004, 11-15.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Notes":"Data in Tables 1 & 2 do not match up with data in Table 3"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Chendor, Pahang, Malaysia","Latitude":4.15698,"Longitude":103.41406,"Latitude_Range":0.04112,"Longitude_Range":0.01163,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":32,"Mean_Temp":32,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Abdullah, S., & Ismail, M. (2004). Temperature dependent sex determination and hatching performance of green turtles (Chelonia mydas) at Chendor Rookery on the east coast of Peninsular Malaysia. Proceedings of the International Symposium on SEASTAR2000 and Bio-logging Science, 2004, 11-15.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Notes":"Data in Tables 1 & 2 do not match up with data in Table 3"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Chendor, Pahang, Malaysia","Latitude":4.15698,"Longitude":103.41406,"Latitude_Range":0.04112,"Longitude_Range":0.01163,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":33,"Mean_Temp":33,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Abdullah, S., & Ismail, M. (2004). Temperature dependent sex determination and hatching performance of green turtles (Chelonia mydas) at Chendor Rookery on the east coast of Peninsular Malaysia. Proceedings of the International Symposium on SEASTAR2000 and Bio-logging Science, 2004, 11-15.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Notes":"Data in Tables 1 & 2 do not match up with data in Table 3"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"-100","Set_Temp":26,"Mean_Temp":26,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":80,"Total_Hatched":59,"Proportion_Hatched":0.7375,"Mean_Incubation_Length":80.6,"Mean_Incubation_Length_SE":0.2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Booth, D. T., Burgess, E., McCosker, J., & Lanyon, J. M. (2004). The influence of incubation temperature on post-hatching fitness characteristics of turtles. International Congress Series, 1275, 226-233.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Burgess et al. (2006) Coral Reefs"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"-100","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":80,"Total_Hatched":60,"Proportion_Hatched":0.75,"Mean_Incubation_Length":62.65,"Mean_Incubation_Length_SE":0.1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":51,"Males":32,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.62745,"Proportion_Female":0.37255,"Source":"Booth, D. T., Burgess, E., McCosker, J., & Lanyon, J. M. (2004). The influence of incubation temperature on post-hatching fitness characteristics of turtles. International Congress Series, 1275, 226-233.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Burgess et al. (2006) Coral Reefs"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"-100","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":80,"Total_Hatched":56,"Proportion_Hatched":0.7,"Mean_Incubation_Length":52.6,"Mean_Incubation_Length_SE":0.1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Booth, D. T., Burgess, E., McCosker, J., & Lanyon, J. M. (2004). The influence of incubation temperature on post-hatching fitness characteristics of turtles. International Congress Series, 1275, 226-233.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Burgess et al. (2006) Coral Reefs"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ras Al-Hadd Reserve, Oman","Latitude":22.52308,"Longitude":59.78275,"Latitude_Range":0.03208,"Longitude_Range":0.04204,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":1,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.5,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":50,"Males":50,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mahmoud, I. Y., AlKindi, A. Y., Ba-Omar, T. A., Al-Siyabi, S., Al-Bahry, S. N., Elshafie, A. Q., & Bakheit, C. S. (2005). Emergence pattern of the Green Turtle, Chelonia mydas, hatchlings under laboratory and natural conditions. Zoology in the Middle East, 35(1), 19-27.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sexing data unclear - 20 hatchlings sampled from each nest, so assumed 10 per temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ras Al-Hadd Reserve, Oman","Latitude":22.52308,"Longitude":59.78275,"Latitude_Range":0.03208,"Longitude_Range":0.04204,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":1,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":50,"Males":0,"Females":50,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mahmoud, I. Y., AlKindi, A. Y., Ba-Omar, T. A., Al-Siyabi, S., Al-Bahry, S. N., Elshafie, A. Q., & Bakheit, C. S. (2005). Emergence pattern of the Green Turtle, Chelonia mydas, hatchlings under laboratory and natural conditions. Zoology in the Middle East, 35(1), 19-27.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sexing data unclear - 20 hatchlings sampled from each nest, so assumed 10 per temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.5,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.8,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.9,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Proportion_Hatched":0.297,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Proportion_Hatched":0.98,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Proportion_Hatched":0.96,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.3,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ma'Daerah Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.5356,"Longitude":103.47276,"Latitude_Range":0.0154,"Longitude_Range":0.00506,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":7,"Last_Month":8,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.2,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"van de Merwe, J., Ibrahim, K., & Whittier, J. (2005). Effects of hatchery shading and nest depth on the development and quality of Chelonia mydas hatchlings: Implications for hatchery management in Peninsular, Malaysia. Australian Journal of Zoology, 53(3), 205-211.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"-100","Set_Temp":26,"Mean_Temp":26,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":80,"Total_Hatched":60,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Burgess, E. A., Booth, D. T., & Lanyon, J. M. (2006). Swimming performance of hatchling green turtles is affected by incubation temperature. Coral Reefs, 25(3), 341-349.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"-100","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":80,"Total_Hatched":64,"Proportion_Hatched":0.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Burgess, E. A., Booth, D. T., & Lanyon, J. M. (2006). Swimming performance of hatchling green turtles is affected by incubation temperature. Coral Reefs, 25(3), 341-349.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":27.85,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":48,"Total_Hatched":18,"Proportion_Hatched":0.375,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. Herpetological Journal, 16(1), 55-61.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of -0.25; Same data as Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (pp. 2619-2619). University of Toronto."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.45,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":30,"Total_Hatched":10,"Proportion_Hatched":0.33333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":12,"Males":11,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. Herpetological Journal, 16(1), 55-61.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of -0.25; Same data as Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (pp. 2619-2619). University of Toronto."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.65,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":28,"Total_Hatched":11,"Proportion_Hatched":0.39286,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":9,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.81818,"Proportion_Female":0.18182,"Source":"Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. Herpetological Journal, 16(1), 55-61.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of -0.25; Same data as Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (pp. 2619-2619). University of Toronto."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.95,"Fluctuation":0.4,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":32,"Total_Hatched":13,"Proportion_Hatched":0.40625,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":8,"Females":5,"Intersex":1,"Undetermined":0,"Proportion_Male":0.60714,"Proportion_Female":0.39286,"Source":"Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. Herpetological Journal, 16(1), 55-61.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of -0.25; Same data as Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (pp. 2619-2619). University of Toronto."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Matapica Beach, Suriname","Latitude":5.98774,"Longitude":-54.98308,"Latitude_Range":0.0099,"Longitude_Range":0.24603,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.65,"Fluctuation":0.4,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":32,"Total_Hatched":13,"Proportion_Hatched":0.40625,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":15,"Males":8,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53333,"Proportion_Female":0.46667,"Source":"Godfrey, M. H., & Mrosovsky, N. (2006). Pivotal temperature for green sea turtles, Chelonia mydas, nesting in Suriname. Herpetological Journal, 16(1), 55-61.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures adjusted to remove correction factor of -0.25; Same data as Godfrey, M. H. (1997). Sex ratios of sea turtle hatchlings: Direct and indirect estimates (pp. 2619-2619). University of Toronto."}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Hawaii, USA","Latitude":20.56945,"Longitude":-157.68304,"Latitude_Range":3.32304,"Longitude_Range":5.75052,"Accurate":0.5,"Captive":1,"Captive_Location":"Sea Life Park, Oahu, Hawaii, USA","Captive_Latitude":21.31419,"Captive_Longitude":-157.66407,"Captive_Latitude_Range":0.00301,"Captive_Longitude_Range":0.0048,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Constant","Set_Temp":26.5,"Mean_Temp":26.81,"Mean_Temp_SE":0.01,"Mean_Temp_SD":0.54,"Min_Temp":24.32,"Max_Temp":28.46,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Nelson, T., Estes, J., & Wibbels, T. (2007). Histological evaluation of hatchling sex ratios of Hawaiian green sea turtles. Inquiro, 2007(1), 27-31.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ras Al-Hadd Reserve, Oman","Latitude":22.52308,"Longitude":59.78275,"Latitude_Range":0.03208,"Longitude_Range":0.04204,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Proportion_Male":1,"Proportion_Female":0,"Source":"AlKindi, A. Y. A., Mahmoud, I., Al-Omairi, R., Al-Bahry, S. N., Al-Amri, I., & Khan, T. (2008). Temperature variations in relation to sex determination and plasma progesterone and estradiol levels during embryogenesis and post hatching in the green turtle, Chelonia mydas, at Ras Al-Hadd Reserve, Oman. Comparative Biochemistry and Physiology Part A, 151(1), S46.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ras Al-Hadd Reserve, Oman","Latitude":22.52308,"Longitude":59.78275,"Latitude_Range":0.03208,"Longitude_Range":0.04204,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Proportion_Male":0.15,"Proportion_Female":0.85,"Source":"AlKindi, A. Y. A., Mahmoud, I., Al-Omairi, R., Al-Bahry, S. N., Al-Amri, I., & Khan, T. (2008). Temperature variations in relation to sex determination and plasma progesterone and estradiol levels during embryogenesis and post hatching in the green turtle, Chelonia mydas, at Ras Al-Hadd Reserve, Oman. Comparative Biochemistry and Physiology Part A, 151(1), S46.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Ras Al-Hadd Reserve, Oman","Latitude":22.52308,"Longitude":59.78275,"Latitude_Range":0.03208,"Longitude_Range":0.04204,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Proportion_Male":0,"Proportion_Female":1,"Source":"AlKindi, A. Y. A., Mahmoud, I., Al-Omairi, R., Al-Bahry, S. N., Al-Amri, I., & Khan, T. (2008). Temperature variations in relation to sex determination and plasma progesterone and estradiol levels during embryogenesis and post hatching in the green turtle, Chelonia mydas, at Ras Al-Hadd Reserve, Oman. Comparative Biochemistry and Physiology Part A, 151(1), S46.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Huidong Gangkou Sea Turtle National Nature Reserve, Guangdong Province, China","Latitude":22.55216,"Longitude":114.89022,"Latitude_Range":0.00562,"Longitude_Range":0.00725,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2008,"Incubation_Setup":"Constant","Substrate":"Sand","Humidity":0.875,"Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.1,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":40,"Total_Hatched":30,"Proportion_Hatched":0.75,"Sexing_Method":"Hormone assay, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":26,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.86667,"Proportion_Female":0.13333,"Source":"Xia, Z.-R., Li, P.-P., Gu, H.-X., Fong, J. J., & Zhao, E.-M. (2011). Evaluating noninvasive methods of sex identification in green sea turtle (Chelonia mydas) hatchlings. Chelonian Conservation and Biology, 10(1), 117-123.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sexed via hormone analysis with 96.7% accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Huidong Gangkou Sea Turtle National Nature Reserve, Guangdong Province, China","Latitude":22.55216,"Longitude":114.89022,"Latitude_Range":0.00562,"Longitude_Range":0.00725,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2008,"Incubation_Setup":"Constant","Substrate":"Sand","Humidity":0.875,"Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":40,"Total_Hatched":34,"Proportion_Hatched":0.85,"Sexing_Method":"Hormone assay, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":27,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.79412,"Proportion_Female":0.20588,"Source":"Xia, Z.-R., Li, P.-P., Gu, H.-X., Fong, J. J., & Zhao, E.-M. (2011). Evaluating noninvasive methods of sex identification in green sea turtle (Chelonia mydas) hatchlings. Chelonian Conservation and Biology, 10(1), 117-123.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sexed via hormone analysis with 96.7% accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Huidong Gangkou Sea Turtle National Nature Reserve, Guangdong Province, China","Latitude":22.55216,"Longitude":114.89022,"Latitude_Range":0.00562,"Longitude_Range":0.00725,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2008,"Incubation_Setup":"Constant","Substrate":"Sand","Humidity":0.875,"Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":40,"Total_Hatched":39,"Proportion_Hatched":0.975,"Sexing_Method":"Hormone assay, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":39,"Males":24,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61538,"Proportion_Female":0.38462,"Source":"Xia, Z.-R., Li, P.-P., Gu, H.-X., Fong, J. J., & Zhao, E.-M. (2011). Evaluating noninvasive methods of sex identification in green sea turtle (Chelonia mydas) hatchlings. Chelonian Conservation and Biology, 10(1), 117-123.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sexed via hormone analysis with 96.7% accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Huidong Gangkou Sea Turtle National Nature Reserve, Guangdong Province, China","Latitude":22.55216,"Longitude":114.89022,"Latitude_Range":0.00562,"Longitude_Range":0.00725,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2008,"Incubation_Setup":"Constant","Substrate":"Sand","Humidity":0.875,"Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.1,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":40,"Total_Hatched":27,"Proportion_Hatched":0.675,"Sexing_Method":"Hormone assay, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":13,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48148,"Proportion_Female":0.51852,"Source":"Xia, Z.-R., Li, P.-P., Gu, H.-X., Fong, J. J., & Zhao, E.-M. (2011). Evaluating noninvasive methods of sex identification in green sea turtle (Chelonia mydas) hatchlings. Chelonian Conservation and Biology, 10(1), 117-123.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sexed via hormone analysis with 96.7% accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Huidong Gangkou Sea Turtle National Nature Reserve, Guangdong Province, China","Latitude":22.55216,"Longitude":114.89022,"Latitude_Range":0.00562,"Longitude_Range":0.00725,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2008,"Incubation_Setup":"Constant","Substrate":"Sand","Humidity":0.875,"Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.1,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":40,"Total_Hatched":31,"Proportion_Hatched":0.775,"Sexing_Method":"Hormone assay, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":11,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.35484,"Proportion_Female":0.64516,"Source":"Xia, Z.-R., Li, P.-P., Gu, H.-X., Fong, J. J., & Zhao, E.-M. (2011). Evaluating noninvasive methods of sex identification in green sea turtle (Chelonia mydas) hatchlings. Chelonian Conservation and Biology, 10(1), 117-123.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sexed via hormone analysis with 96.7% accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Nest","Number_Clutches_Treatment":13,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":5,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.17857,"Proportion_Female":0.82143,"Source":"Rebelo, R., Barbosa, C., Granadeiro, J. P., Indjai, B., Novais, B., Rosa, G. M., & Catry, P. (2012). Can leftovers from predators be reliably used to monitor marine turtle hatchling sex-ratios? The implications of prey selection by ghost crabs. Marine Biology, 159(3), 613-620.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Lanyu Island, Taiwan","Latitude":22.0438,"Longitude":121.55003,"Latitude_Range":0.08592,"Longitude_Range":0.10129,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.8,"TSP_Mean_Temp_SD":1.2,"TSP_Min_Temp":26.7,"TSP_Max_Temp":30.3,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":94,"Total_Hatched":66,"Proportion_Hatched":0.70213,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":25,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.89286,"Proportion_Female":0.10714,"Source":"King, R., Cheng, W.-H., Tseng, C.-T., Chen, H., & Cheng, I.-J. (2013). Estimating the sex ratio of green sea turtles (Chelonia mydas) in Taiwan by the nest temperature and histological methods. Journal of Experimental Marine Biology and Ecology, 445, 140-147.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Lanyu Island, Taiwan","Latitude":22.0438,"Longitude":121.55003,"Latitude_Range":0.08592,"Longitude_Range":0.10129,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.5,"TSP_Mean_Temp_SD":0.2,"TSP_Min_Temp":29,"TSP_Max_Temp":29.9,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":127,"Total_Hatched":93,"Proportion_Hatched":0.73228,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":9,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26471,"Proportion_Female":0.73529,"Source":"King, R., Cheng, W.-H., Tseng, C.-T., Chen, H., & Cheng, I.-J. (2013). Estimating the sex ratio of green sea turtles (Chelonia mydas) in Taiwan by the nest temperature and histological methods. Journal of Experimental Marine Biology and Ecology, 445, 140-147.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Lanyu Island, Taiwan","Latitude":22.0438,"Longitude":121.55003,"Latitude_Range":0.08592,"Longitude_Range":0.10129,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.2,"TSP_Mean_Temp_SD":0.8,"TSP_Min_Temp":28.6,"TSP_Max_Temp":31.9,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":126,"Total_Hatched":113,"Proportion_Hatched":0.89683,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":3,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23077,"Proportion_Female":0.76923,"Source":"King, R., Cheng, W.-H., Tseng, C.-T., Chen, H., & Cheng, I.-J. (2013). Estimating the sex ratio of green sea turtles (Chelonia mydas) in Taiwan by the nest temperature and histological methods. Journal of Experimental Marine Biology and Ecology, 445, 140-147.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Lanyu Island, Taiwan","Latitude":22.0438,"Longitude":121.55003,"Latitude_Range":0.08592,"Longitude_Range":0.10129,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":32.3,"TSP_Mean_Temp_SD":1,"TSP_Min_Temp":29.9,"TSP_Max_Temp":33.4,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":127,"Total_Hatched":124,"Proportion_Hatched":0.97638,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"King, R., Cheng, W.-H., Tseng, C.-T., Chen, H., & Cheng, I.-J. (2013). Estimating the sex ratio of green sea turtles (Chelonia mydas) in Taiwan by the nest temperature and histological methods. Journal of Experimental Marine Biology and Ecology, 445, 140-147.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Wan-an Island, Taiwan","Latitude":23.37468,"Longitude":119.50191,"Latitude_Range":0.04388,"Longitude_Range":0.02883,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":10,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.8,"TSP_Mean_Temp_SD":0.6,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Incubated_Treatment":111,"Total_Hatched":110,"Proportion_Hatched":0.99099,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"King, R., Cheng, W.-H., Tseng, C.-T., Chen, H., & Cheng, I.-J. (2013). Estimating the sex ratio of green sea turtles (Chelonia mydas) in Taiwan by the nest temperature and histological methods. Journal of Experimental Marine Biology and Ecology, 445, 140-147.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 5, Text","Data_Elsewhere":"0","Notes":"Nest temperatures derived from sand temperatures (r=0.871)"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Wan-an Island, Taiwan","Latitude":23.37468,"Longitude":119.50191,"Latitude_Range":0.04388,"Longitude_Range":0.02883,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":31.1,"TSP_Mean_Temp_SD":1.4,"TSP_Min_Temp":28.7,"TSP_Max_Temp":33.4,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Treatment":94,"Total_Hatched":92,"Proportion_Hatched":0.97872,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"King, R., Cheng, W.-H., Tseng, C.-T., Chen, H., & Cheng, I.-J. (2013). Estimating the sex ratio of green sea turtles (Chelonia mydas) in Taiwan by the nest temperature and histological methods. Journal of Experimental Marine Biology and Ecology, 445, 140-147.","WoS":3,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.5,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Mean_Incubation_Length":61.4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Patrício, A. R., Marques, A., Barbosa, C., Broderick, A. C., Godley, B. J., Hawkes, L. A., Rebelo, R., Regalla, A., & Catry, P. (2017). Balanced primary sex ratios and resilience to climate change in a major sea turtle population. Marine Ecology Progress Series, 577, 189-203.","WoS":3,"Other":0,"Data_Location":"Table S3, Text","Data_Elsewhere":"0","Notes":"Site: 10°52'N, 15°43'W - corrected for accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.8,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Mean_Incubation_Length":59.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Patrício, A. R., Marques, A., Barbosa, C., Broderick, A. C., Godley, B. J., Hawkes, L. A., Rebelo, R., Regalla, A., & Catry, P. (2017). Balanced primary sex ratios and resilience to climate change in a major sea turtle population. Marine Ecology Progress Series, 577, 189-203.","WoS":3,"Other":0,"Data_Location":"Table S3, Text","Data_Elsewhere":"0","Notes":"Site: 10°52'N, 15°43'W - corrected for accuracy"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Mean_Incubation_Length":46.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Patrício, A. R., Marques, A., Barbosa, C., Broderick, A. C., Godley, B. J., Hawkes, L. A., Rebelo, R., Regalla, A., & Catry, P. (2017). Balanced primary sex ratios and resilience to climate change in a major sea turtle population. Marine Ecology Progress Series, 577, 189-203.","WoS":3,"Other":0,"Data_Location":"Table S3, Text","Data_Elsewhere":"0","Notes":"Site: 10°52'N, 15°43'W - corrected for accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Mean_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Patrício, A. R., Marques, A., Barbosa, C., Broderick, A. C., Godley, B. J., Hawkes, L. A., Rebelo, R., Regalla, A., & Catry, P. (2017). Balanced primary sex ratios and resilience to climate change in a major sea turtle population. Marine Ecology Progress Series, 577, 189-203.","WoS":3,"Other":0,"Data_Location":"Table S3, Text","Data_Elsewhere":"0","Notes":"Site: 10°52'N, 15°43'W - corrected for accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.9,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Mean_Incubation_Length":46.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Patrício, A. R., Marques, A., Barbosa, C., Broderick, A. C., Godley, B. J., Hawkes, L. A., Rebelo, R., Regalla, A., & Catry, P. (2017). Balanced primary sex ratios and resilience to climate change in a major sea turtle population. Marine Ecology Progress Series, 577, 189-203.","WoS":3,"Other":0,"Data_Location":"Table S3, Text","Data_Elsewhere":"0","Notes":"Site: 10°52'N, 15°43'W - corrected for accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":31.8,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Mean_Incubation_Length":45.9,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Patrício, A. R., Marques, A., Barbosa, C., Broderick, A. C., Godley, B. J., Hawkes, L. A., Rebelo, R., Regalla, A., & Catry, P. (2017). Balanced primary sex ratios and resilience to climate change in a major sea turtle population. Marine Ecology Progress Series, 577, 189-203.","WoS":3,"Other":0,"Data_Location":"Table S3, Text","Data_Elsewhere":"0","Notes":"Site: 10°52'N, 15°43'W - corrected for accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":31.6,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Mean_Incubation_Length":48.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Patrício, A. R., Marques, A., Barbosa, C., Broderick, A. C., Godley, B. J., Hawkes, L. A., Rebelo, R., Regalla, A., & Catry, P. (2017). Balanced primary sex ratios and resilience to climate change in a major sea turtle population. Marine Ecology Progress Series, 577, 189-203.","WoS":3,"Other":0,"Data_Location":"Table S3, Text","Data_Elsewhere":"0","Notes":"Site: 10°52'N, 15°43'W - corrected for accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Poilão, João Vieira and Poilão Marine National Park, Bijagós Archipelago, Guinea-Bissau","Latitude":10.86953,"Longitude":-15.72516,"Latitude_Range":0.00993,"Longitude_Range":0.00882,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":32.2,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Mean_Incubation_Length":47.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Patrício, A. R., Marques, A., Barbosa, C., Broderick, A. C., Godley, B. J., Hawkes, L. A., Rebelo, R., Regalla, A., & Catry, P. (2017). Balanced primary sex ratios and resilience to climate change in a major sea turtle population. Marine Ecology Progress Series, 577, 189-203.","WoS":3,"Other":0,"Data_Location":"Table S3, Text","Data_Elsewhere":"0","Notes":"Site: 10°52'N, 15°43'W - corrected for accuracy"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Jacobsz Beach, North West Cape, Ningaloo Region, Western Australia, Australia","Latitude":-21.812,"Longitude":114.088,"Latitude_Range":0.00705,"Longitude_Range":0.01576,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Total_Incubated_Treatment":14,"Total_Hatched":10,"Proportion_Hatched":0.71429,"Mean_Incubation_Length":65.7,"Mean_Incubation_Length_SE":0.4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Stubbs, J. L., & Mitchell, N. J. (2018). The influence of temperature on embryonic respiration, growth, and sex determination in a Western Australian population of green turtles (Chelonia mydas). Physiological and Biochemical Zoology, 91(6), 1102-1114.","WoS":5,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"1","Notes":"Respirometry experiment sex ratios unclear, but all data also in Bentley, B. P., Stubbs, J. L., Whiting, S. D., & Mitchell, N. J. (2020). Variation in thermal traits describing sex determination and development in Western Australian sea turtle populations. Function Ecology, 34(11), 2302-2314. "}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Jacobsz Beach, North West Cape, Ningaloo Region, Western Australia, Australia","Latitude":-21.812,"Longitude":114.088,"Latitude_Range":0.00705,"Longitude_Range":0.01576,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Total_Incubated_Treatment":14,"Total_Hatched":11,"Proportion_Hatched":0.78571,"Mean_Incubation_Length":50.8,"Mean_Incubation_Length_SE":0.2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":6,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54545,"Proportion_Female":0.45455,"Source":"Stubbs, J. L., & Mitchell, N. J. (2018). The influence of temperature on embryonic respiration, growth, and sex determination in a Western Australian population of green turtles (Chelonia mydas). Physiological and Biochemical Zoology, 91(6), 1102-1114.","WoS":5,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"1","Notes":"Respirometry experiment sex ratios unclear, but all data also in Bentley, B. P., Stubbs, J. L., Whiting, S. D., & Mitchell, N. J. (2020). Variation in thermal traits describing sex determination and development in Western Australian sea turtle populations. Function Ecology, 34(11), 2302-2314. "}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Jacobsz Beach, North West Cape, Ningaloo Region, Western Australia, Australia","Latitude":-21.812,"Longitude":114.088,"Latitude_Range":0.00705,"Longitude_Range":0.01576,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Total_Incubated_Treatment":14,"Total_Hatched":10,"Proportion_Hatched":0.71429,"Mean_Incubation_Length":47.7,"Mean_Incubation_Length_SE":0.2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Stubbs, J. L., & Mitchell, N. J. (2018). The influence of temperature on embryonic respiration, growth, and sex determination in a Western Australian population of green turtles (Chelonia mydas). Physiological and Biochemical Zoology, 91(6), 1102-1114.","WoS":5,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"1","Notes":"Respirometry experiment sex ratios unclear, but all data also in Bentley, B. P., Stubbs, J. L., Whiting, S. D., & Mitchell, N. J. (2020). Variation in thermal traits describing sex determination and development in Western Australian sea turtle populations. Function Ecology, 34(11), 2302-2314. "}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Jacobsz Beach, North West Cape, Ningaloo Region, Western Australia, Australia","Latitude":-21.812,"Longitude":114.088,"Latitude_Range":0.00705,"Longitude_Range":0.01576,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Total_Incubated_Treatment":24,"Total_Hatched":17,"Proportion_Hatched":0.70833,"Mean_Incubation_Length":45.6,"Mean_Incubation_Length_SE":0.1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Stubbs, J. L., & Mitchell, N. J. (2018). The influence of temperature on embryonic respiration, growth, and sex determination in a Western Australian population of green turtles (Chelonia mydas). Physiological and Biochemical Zoology, 91(6), 1102-1114.","WoS":5,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"1","Notes":"Respirometry experiment sex ratios unclear, but all data also in Bentley, B. P., Stubbs, J. L., Whiting, S. D., & Mitchell, N. J. (2020). Variation in thermal traits describing sex determination and development in Western Australian sea turtle populations. Function Ecology, 34(11), 2302-2314. "}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Jacobsz Beach, North West Cape, Ningaloo Region, Western Australia, Australia","Latitude":-21.812,"Longitude":114.088,"Latitude_Range":0.00705,"Longitude_Range":0.01576,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Total_Incubated_Treatment":14,"Total_Hatched":8,"Proportion_Hatched":0.57143,"Mean_Incubation_Length":43.8,"Mean_Incubation_Length_SE":0.3,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Stubbs, J. L., & Mitchell, N. J. (2018). The influence of temperature on embryonic respiration, growth, and sex determination in a Western Australian population of green turtles (Chelonia mydas). Physiological and Biochemical Zoology, 91(6), 1102-1114.","WoS":5,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"1","Notes":"Respirometry experiment sex ratios unclear, but all data also in Bentley, B. P., Stubbs, J. L., Whiting, S. D., & Mitchell, N. J. (2020). Variation in thermal traits describing sex determination and development in Western Australian sea turtle populations. Function Ecology, 34(11), 2302-2314. "}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Jacobsz Beach, North West Cape, Ningaloo Region, Western Australia, Australia","Latitude":-21.812,"Longitude":114.088,"Latitude_Range":0.00705,"Longitude_Range":0.01576,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":5,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Total_Incubated_Treatment":16,"Total_Hatched":10,"Proportion_Hatched":0.625,"Mean_Incubation_Length":54,"Mean_Incubation_Length_SE":0.3,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Stubbs, J. L., & Mitchell, N. J. (2018). The influence of temperature on embryonic respiration, growth, and sex determination in a Western Australian population of green turtles (Chelonia mydas). Physiological and Biochemical Zoology, 91(6), 1102-1114.","WoS":5,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":25.9,"TSP_Mean_Temp":26,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":8,"Total_Hatched":6,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.1,"TSP_Mean_Temp":27.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.2,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.2,"TSP_Mean_Temp":29.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":8,"Total_Hatched":6,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.1,"TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":8,"Total_Hatched":6,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":30.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":8,"Total_Hatched":6,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.2,"TSP_Mean_Temp":32.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":8,"Total_Hatched":4,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":33.2,"TSP_Mean_Temp":33.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":8,"Total_Hatched":3,"Proportion_Hatched":0.375,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.1,"TSP_Mean_Temp":27,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"9-12","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.2,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"9-12","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"9-12","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.1,"TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"9-12","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.6,"TSP_Mean_Temp":30.4,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"9-12","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.3,"TSP_Mean_Temp":32.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"9-12","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.2,"TSP_Mean_Temp":27.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"13-16","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.3,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"13-16","Total_Incubated_Treatment":4,"Total_Hatched":3,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"13-16","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30,"TSP_Mean_Temp":30.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"13-16","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.7,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"13-16","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.5,"TSP_Mean_Temp":32.6,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"13-16","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"17-20","Total_Incubated_Treatment":4,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":33.1,"TSP_Mean_Temp":33.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"17-20","Total_Incubated_Treatment":4,"Total_Hatched":1,"Proportion_Hatched":0.25,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.2,"TSP_Mean_Temp":29.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"21-22","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.2,"TSP_Mean_Temp":29.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"21-22","Total_Incubated_Treatment":4,"Total_Hatched":3,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"21-22","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":4,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57143,"Proportion_Female":0.42857,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"21-22","Total_Incubated_Treatment":8,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.1,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"23-24","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.2,"TSP_Mean_Temp":29.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"23-24","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.7,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"23-24","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"23-24","Total_Incubated_Treatment":8,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.8,"TSP_Mean_Temp":28.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"25-26","Total_Incubated_Treatment":2,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.9,"TSP_Mean_Temp":28.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"25-26","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.9,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"25-26","Total_Incubated_Treatment":2,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"25-26","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"25-26","Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30,"TSP_Mean_Temp":30,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"25-26","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.6,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"25-26","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.7,"TSP_Mean_Temp":30.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"25-26","Total_Incubated_Treatment":4,"Total_Hatched":3,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31.1,"TSP_Mean_Temp":31.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.1,"TSP_Mean_Temp":29.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.8,"TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C warmer than Long Beach due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Treatment":2,"Total_Hatched":1,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.1,"TSP_Mean_Temp":29.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Treatment":3,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.8,"TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Treatment":4,"Total_Hatched":1,"Proportion_Hatched":0.25,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Incubated_Treatment":2,"Total_Hatched":1,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31.1,"TSP_Mean_Temp":31.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Total_Incubated_Treatment":4,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.9,"TSP_Mean_Temp":30.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Total_Incubated_Treatment":4,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Total_Incubated_Treatment":2,"Total_Hatched":1,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.9,"TSP_Mean_Temp":30.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":26.1,"TSP_Mean_Temp":26.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"33, 38-40","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.2,"TSP_Mean_Temp":27.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"33, 38-40","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.3,"TSP_Mean_Temp":28.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"33, 38-40","Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"33, 38-40","Total_Incubated_Treatment":4,"Total_Hatched":3,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.1,"TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"33, 38-40","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31.1,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"33, 38-40","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.2,"TSP_Mean_Temp":32.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"33, 38-40","Total_Incubated_Treatment":4,"Total_Hatched":1,"Proportion_Hatched":0.25,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Number_Clutches_Experiment":60,"Number_Clutches_Treatment":4,"Clutch_ID":"33, 38-40","Total_Incubated_Treatment":4,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":26.1,"TSP_Mean_Temp":26.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":3,"Clutch_ID":"34, 36-37","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.2,"TSP_Mean_Temp":27.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":3,"Clutch_ID":"34, 36-37","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.3,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":3,"Clutch_ID":"34, 36-37","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":3,"Clutch_ID":"34, 36-37","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.1,"TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":3,"Clutch_ID":"34, 36-37","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31.1,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":3,"Clutch_ID":"34, 36-37","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.2,"TSP_Mean_Temp":32.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":3,"Clutch_ID":"34, 36-37","Total_Incubated_Treatment":3,"Total_Hatched":2,"Proportion_Hatched":0.66667,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Number_Clutches_Experiment":60,"Number_Clutches_Treatment":3,"Clutch_ID":"34, 36-37","Total_Incubated_Treatment":3,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":26.1,"TSP_Mean_Temp":26.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.2,"TSP_Mean_Temp":27.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.3,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.1,"TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31.1,"TSP_Mean_Temp":31.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.2,"TSP_Mean_Temp":32.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.1,"TSP_Mean_Temp":27,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30,"TSP_Mean_Temp":30,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.7,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.2,"TSP_Mean_Temp":27,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.2,"TSP_Mean_Temp":27.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30,"TSP_Mean_Temp":30,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.7,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.2,"TSP_Mean_Temp":27.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.2,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30,"TSP_Mean_Temp":30,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.6,"TSP_Mean_Temp":30.4,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.3,"TSP_Mean_Temp":32.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.2,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30,"TSP_Mean_Temp":30,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.7,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.3,"TSP_Mean_Temp":32.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.3,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"45-46","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.2,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"45-46","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.1,"TSP_Mean_Temp":30.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"45-46","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.6,"TSP_Mean_Temp":30.4,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"45-46","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.3,"TSP_Mean_Temp":32.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"45-46","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.5,"TSP_Mean_Temp":32.6,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"45-46","Total_Incubated_Treatment":2,"Total_Hatched":1,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.9,"TSP_Mean_Temp":33,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"45-46","Total_Incubated_Treatment":2,"Total_Hatched":1,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":33.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"45-46","Total_Incubated_Treatment":2,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.1,"TSP_Mean_Temp":26.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.3,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.1,"TSP_Mean_Temp":30.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.6,"TSP_Mean_Temp":30.4,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.5,"TSP_Mean_Temp":32.6,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.9,"TSP_Mean_Temp":32.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":33.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":27.1,"TSP_Mean_Temp":27,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.3,"TSP_Mean_Temp":28.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.3,"TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.1,"TSP_Mean_Temp":30.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.7,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.5,"TSP_Mean_Temp":32.6,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":32.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":33.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.2,"TSP_Mean_Temp":29.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"49","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"49","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"49","Total_Incubated_Treatment":4,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.1,"TSP_Mean_Temp":29.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"50","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.2,"TSP_Mean_Temp":29.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"50","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"50","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"50","Total_Incubated_Treatment":4,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.1,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"51","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.2,"TSP_Mean_Temp":29.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"51","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"51","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"51","Total_Incubated_Treatment":4,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.1,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"52","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.2,"TSP_Mean_Temp":29.2,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"52","Total_Incubated_Treatment":2,"Total_Hatched":1,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.7,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"52","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"52","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"52","Total_Incubated_Treatment":4,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.9,"TSP_Mean_Temp":28.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"53","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"53","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"53","Total_Incubated_Treatment":4,"Total_Hatched":1,"Proportion_Hatched":0.25,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.5,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"53","Total_Incubated_Treatment":2,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.6,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"53","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":28.9,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"54","Total_Incubated_Treatment":2,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"54","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"54","Total_Incubated_Treatment":2,"Total_Hatched":1,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30,"TSP_Mean_Temp":30,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"54","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.6,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"54","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.7,"TSP_Mean_Temp":30.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"54","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"55, 57","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"55, 57","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"55, 57","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"55, 57","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":31.1,"TSP_Mean_Temp":31.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"55, 57","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"56","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.1,"TSP_Mean_Temp":29.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"56","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"56","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"56","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.8,"TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"56","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"58","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.1,"TSP_Mean_Temp":29.1,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"58","Total_Incubated_Treatment":2,"Total_Hatched":1,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"58","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"58","Total_Incubated_Treatment":1,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"58","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.8,"TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":1,"Clutch_ID":"58","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29,"TSP_Mean_Temp":29,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"59-60","Total_Incubated_Treatment":8,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.8,"TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"59-60","Total_Incubated_Treatment":4,"Total_Hatched":3,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":29.9,"TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"59-60","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1.7 vermiculite:water","Water_Content":"-50","Thermometer_Location":"Incubator","Mean_Temp":30.9,"TSP_Mean_Temp":30.9,"Number_Clutches_Experiment":60,"Number_Clutches_Treatment":2,"Clutch_ID":"59-60","Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.7,"Max_Temp":33.9,"TSP_Mean_Temp":30.3,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":93,"Total_Hatched":83,"Proportion_Hatched":0.89247,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":8,"Intersex":0,"Undetermined":1,"Proportion_Male":0.1,"Proportion_Female":0.8,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.2,"Max_Temp":33.3,"TSP_Mean_Temp":29.6,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":80,"Total_Hatched":74,"Proportion_Hatched":0.925,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.5,"Max_Temp":35.4,"TSP_Mean_Temp":31.5,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":117,"Total_Hatched":100,"Proportion_Hatched":0.8547,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.3,"Max_Temp":34.7,"TSP_Mean_Temp":31,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":100,"Total_Hatched":95,"Proportion_Hatched":0.95,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.6,"Max_Temp":34.9,"TSP_Mean_Temp":31.3,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":138,"Total_Hatched":134,"Proportion_Hatched":0.97101,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.6,"Max_Temp":35.6,"TSP_Mean_Temp":31.3,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":128,"Total_Hatched":124,"Proportion_Hatched":0.96875,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.2,"Max_Temp":34.1,"TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":114,"Total_Hatched":100,"Proportion_Hatched":0.87719,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.5,"Max_Temp":34.1,"TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":106,"Total_Hatched":97,"Proportion_Hatched":0.91509,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.7,"Max_Temp":33.8,"TSP_Mean_Temp":30.6,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":130,"Total_Hatched":81,"Proportion_Hatched":0.62308,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.8,"Max_Temp":32.6,"TSP_Mean_Temp":29.2,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":147,"Total_Hatched":143,"Proportion_Hatched":0.97279,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30,"Max_Temp":34.2,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Treatment":104,"Total_Hatched":98,"Proportion_Hatched":0.94231,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.5,"Max_Temp":33.9,"TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Treatment":97,"Total_Hatched":94,"Proportion_Hatched":0.96907,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Long Beach, Ascension Island","Latitude":-7.92219,"Longitude":-14.4083,"Latitude_Range":0.00618,"Longitude_Range":0.00578,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.6,"Max_Temp":34.1,"TSP_Mean_Temp":30.3,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Treatment":113,"Total_Hatched":107,"Proportion_Hatched":0.9469,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":32.6,"Max_Temp":35.7,"TSP_Mean_Temp":32.4,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Incubated_Treatment":96,"Total_Hatched":92,"Proportion_Hatched":0.95833,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":32.4,"Max_Temp":34.7,"TSP_Mean_Temp":32.3,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Treatment":99,"Total_Hatched":69,"Proportion_Hatched":0.69697,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33.3,"Max_Temp":35.7,"TSP_Mean_Temp":33.4,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Treatment":78,"Total_Hatched":60,"Proportion_Hatched":0.76923,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33.2,"Max_Temp":35.7,"TSP_Mean_Temp":33.2,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Incubated_Treatment":97,"Total_Hatched":66,"Proportion_Hatched":0.68041,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33.8,"Max_Temp":37.1,"TSP_Mean_Temp":33.3,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Treatment":76,"Total_Hatched":28,"Proportion_Hatched":0.36842,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":32.3,"Max_Temp":35.1,"TSP_Mean_Temp":32.1,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Treatment":74,"Total_Hatched":58,"Proportion_Hatched":0.78378,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33,"Max_Temp":36.2,"TSP_Mean_Temp":33.2,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Treatment":83,"Total_Hatched":61,"Proportion_Hatched":0.73494,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.8,"Max_Temp":34.3,"TSP_Mean_Temp":31.7,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Treatment":103,"Total_Hatched":67,"Proportion_Hatched":0.65049,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":9,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0.9,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":32.4,"Max_Temp":35.3,"TSP_Mean_Temp":32.3,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Treatment":89,"Total_Hatched":83,"Proportion_Hatched":0.93258,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"North East Bay, Ascension Island","Latitude":-7.91417,"Longitude":-14.34228,"Latitude_Range":0.00296,"Longitude_Range":0.00357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33.1,"Max_Temp":35.4,"TSP_Mean_Temp":33.2,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Treatment":74,"Total_Hatched":56,"Proportion_Hatched":0.75676,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":9,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0.9,"Source":"Tilley, D., Ball, S., Ellick, J., Godley, B. J., Weber, N., Weber, S. B., & Broderick, A. C. (2019). No evidence of fine scale thermal adaptation in green turtles. Journal of Experimental Marine Biology and Ecology, 514-515, 110-117.","WoS":3,"Other":0,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Sand temperatures 2°C cooler than North East Bay due to sand albedo"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.18,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Control"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.3,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Freshwater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.14,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Cold seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.43,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.18,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"2x seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.24,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Control"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.14,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Cold seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.67,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":7,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63636,"Proportion_Female":0.36364,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.37,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"2x seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.93,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Control"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.45,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Cold seawater treatment"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.5,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"2x seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.26,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Control"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.84,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Barraza, A. D., Young, L., Smith, C. E., Booth, D. T., Madden Hof, C. A., Finlayson, K. A., Leusch, F. D. L., & van de Merwe, J. P. (2023). Exploring contaminants as a disruptor of temperature-dependent sex determination in sea turtle hatchlings. Frontiers in Marine Science, 10, 1238837.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Cold seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.05,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Control"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.83,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Control"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.57,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Control"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.57,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Freshwater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Freshwater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.27,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Freshwater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.19,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.45,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.05,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.64,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Cold seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.71,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Cold seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.85,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"Cold seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.24,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"2x seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.12,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"2x seawater treatment"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Chelonia","Species":"Chelonia_mydas","SDM":"TSD","SDM_Confidence":1,"Location":"Heron Island, Great Barrier Reef, Queensland, Australia","Latitude":-23.44241,"Longitude":151.91501,"Latitude_Range":0.00367,"Longitude_Range":0.00822,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.5,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Young, L. R., Booth, D. T., Smith, C. E., & Madden Hof, C. A. (2023). Seawater irrigation on nests can increase male marine turtle production. Marine Ecology Progress Series, 718, 85-97.","WoS":0,"Other":1,"Data_Location":"Figs. 2, 5, & 6, Text","Data_Elsewhere":"0","Notes":"2x seawater treatment"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_carbonarius","SDM":"TSD","SDM_Confidence":1,"Location":"South America","Latitude":7.09155,"Longitude":-56.1298,"Latitude_Range":38.56929,"Longitude_Range":42.65135,"Accurate":0,"Captive":1,"Captive_Location":"Puerto Perales, Department of Antioquia, Colombia","Captive_Latitude":5.9904,"Captive_Longitude":-74.58683,"Captive_Latitude_Range":0.01259,"Captive_Longitude_Range":0.00847,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":28.8,"Mean_Temp_SD":0.4,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":38,"Clutch_ID":"1-38","Total_Incubated_Experiment":145,"Total_Incubated_Treatment":49,"Total_Hatched":25,"Proportion_Hatched":0.5102,"Mean_Incubation_Length":131,"Mean_Incubation_Length_SD":11.3,"Sexing_Method":"Endoscopy, macroscopy, histology","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":0,"Females":20,"Intersex":0,"Undetermined":5,"Proportion_Male":0,"Proportion_Female":0.8,"Source":"Hernández-Montoya, V., Páez, V. P., & Ceballos, C. P. (2017). Effects of temperature on sex determination and embryonic development in the red-footed tortoise, Chelonoidis carbonarius. Chelonian Conservation and Biology, 16(2), 164-171.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_carbonarius","SDM":"TSD","SDM_Confidence":1,"Location":"South America","Latitude":7.09155,"Longitude":-56.1298,"Latitude_Range":38.56929,"Longitude_Range":42.65135,"Accurate":0,"Captive":1,"Captive_Location":"Puerto Perales, Department of Antioquia, Colombia","Captive_Latitude":5.9904,"Captive_Longitude":-74.58683,"Captive_Latitude_Range":0.01259,"Captive_Longitude_Range":0.00847,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Mean_Temp_SD":0.3,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":38,"Clutch_ID":"1-38","Total_Incubated_Experiment":145,"Total_Incubated_Treatment":47,"Total_Hatched":5,"Proportion_Hatched":0.10638,"Mean_Incubation_Length":124,"Mean_Incubation_Length_SD":25.6,"Sexing_Method":"Endoscopy, macroscopy, histology","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":2,"Intersex":0,"Undetermined":3,"Proportion_Male":0,"Proportion_Female":0.4,"Source":"Hernández-Montoya, V., Páez, V. P., & Ceballos, C. P. (2017). Effects of temperature on sex determination and embryonic development in the red-footed tortoise, Chelonoidis carbonarius. Chelonian Conservation and Biology, 16(2), 164-171.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_carbonarius","SDM":"TSD","SDM_Confidence":1,"Location":"South America","Latitude":7.09155,"Longitude":-56.1298,"Latitude_Range":38.56929,"Longitude_Range":42.65135,"Accurate":0,"Captive":1,"Captive_Location":"Puerto Perales, Department of Antioquia, Colombia","Captive_Latitude":5.9904,"Captive_Longitude":-74.58683,"Captive_Latitude_Range":0.01259,"Captive_Longitude_Range":0.00847,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":33,"Mean_Temp":32.8,"Mean_Temp_SD":0.4,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":38,"Clutch_ID":"1-38","Total_Incubated_Experiment":145,"Total_Incubated_Treatment":49,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Hernández-Montoya, V., Páez, V. P., & Ceballos, C. P. (2017). Effects of temperature on sex determination and embryonic development in the red-footed tortoise, Chelonoidis carbonarius. Chelonian Conservation and Biology, 16(2), 164-171.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_carbonarius","SDM":"TSD","SDM_Confidence":1,"Location":"South America","Latitude":7.09155,"Longitude":-56.1298,"Latitude_Range":38.56929,"Longitude_Range":42.65135,"Accurate":0,"Captive":1,"Captive_Location":"Puerto Perales, Department of Antioquia, Colombia","Captive_Latitude":5.9904,"Captive_Longitude":-74.58683,"Captive_Latitude_Range":0.01259,"Captive_Longitude_Range":0.00847,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":10,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24.3,"Mean_Temp_SD":0.49,"Number_Clutches_Experiment":47,"Number_Clutches_Treatment":47,"Clutch_ID":"1-47","Total_Incubated_Experiment":160,"Total_Incubated_Treatment":54,"Total_Hatched":27,"Proportion_Hatched":0.5,"Mean_Incubation_Length":214,"Mean_Incubation_Length_SD":41.2,"Min_Incubation_Length":178,"Max_Incubation_Length":251,"Sexing_Method":"Endoscopy, macroscopy, histology","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Gaviria-Hernández, J., Páez, V. P., Ramírez, D. M., & Ceballos, C. P. (2021). Embryo development and sex ratios in the red-footed tortoise (Chelonoidis carbonarius) at masculinizing temperatures. Chelonian Conservation and Biology, 20(1), 71-81.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Some data from Hernández, J. G. (2019). Determinación del desarrollo embrionario y las proporciones sexuales en la en la tortuga morrocoy de patas rojas (Chelonoidis carbonarius) a temperaturas de incubación masculinizantes. (Master's thesis, Universidad de Antioquia, Medellín, Colombia). Retrieved from http://bibliotecadigital.udea.edu.co/bitstream/10495/12870/1/GaviriaHern%c3%a1ndezJ_Desarrolloembrionariotortugamorrocoypatasrojasincubacion.pdf"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_carbonarius","SDM":"TSD","SDM_Confidence":1,"Location":"South America","Latitude":7.09155,"Longitude":-56.1298,"Latitude_Range":38.56929,"Longitude_Range":42.65135,"Accurate":0,"Captive":1,"Captive_Location":"Puerto Perales, Department of Antioquia, Colombia","Captive_Latitude":5.9904,"Captive_Longitude":-74.58683,"Captive_Latitude_Range":0.01259,"Captive_Longitude_Range":0.00847,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":10,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Mean_Temp_SD":0.22,"Number_Clutches_Experiment":47,"Number_Clutches_Treatment":47,"Clutch_ID":"1-47","Total_Incubated_Experiment":160,"Total_Incubated_Treatment":55,"Total_Hatched":24,"Proportion_Hatched":0.43636,"Mean_Incubation_Length":165,"Mean_Incubation_Length_SD":13.6,"Min_Incubation_Length":150,"Max_Incubation_Length":202,"Sexing_Method":"Endoscopy, macroscopy, histology","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Gaviria-Hernández, J., Páez, V. P., Ramírez, D. M., & Ceballos, C. P. (2021). Embryo development and sex ratios in the red-footed tortoise (Chelonoidis carbonarius) at masculinizing temperatures. Chelonian Conservation and Biology, 20(1), 71-81.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Some data from Hernández, J. G. (2019). Determinación del desarrollo embrionario y las proporciones sexuales en la en la tortuga morrocoy de patas rojas (Chelonoidis carbonarius) a temperaturas de incubación masculinizantes. (Master's thesis, Universidad de Antioquia, Medellín, Colombia). Retrieved from http://bibliotecadigital.udea.edu.co/bitstream/10495/12870/1/GaviriaHern%c3%a1ndezJ_Desarrolloembrionariotortugamorrocoypatasrojasincubacion.pdf"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_carbonarius","SDM":"TSD","SDM_Confidence":1,"Location":"South America","Latitude":7.09155,"Longitude":-56.1298,"Latitude_Range":38.56929,"Longitude_Range":42.65135,"Accurate":0,"Captive":1,"Captive_Location":"Puerto Perales, Department of Antioquia, Colombia","Captive_Latitude":5.9904,"Captive_Longitude":-74.58683,"Captive_Latitude_Range":0.01259,"Captive_Longitude_Range":0.00847,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":10,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":27.9,"Mean_Temp_SD":0.21,"Number_Clutches_Experiment":47,"Number_Clutches_Treatment":47,"Clutch_ID":"1-47","Total_Incubated_Experiment":160,"Total_Incubated_Treatment":51,"Total_Hatched":24,"Proportion_Hatched":0.47059,"Mean_Incubation_Length":138,"Mean_Incubation_Length_SD":13.9,"Min_Incubation_Length":120,"Max_Incubation_Length":171,"Sexing_Method":"Endoscopy, macroscopy, histology","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gaviria-Hernández, J., Páez, V. P., Ramírez, D. M., & Ceballos, C. P. (2021). Embryo development and sex ratios in the red-footed tortoise (Chelonoidis carbonarius) at masculinizing temperatures. Chelonian Conservation and Biology, 20(1), 71-81.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Some data from Hernández, J. G. (2019). Determinación del desarrollo embrionario y las proporciones sexuales en la en la tortuga morrocoy de patas rojas (Chelonoidis carbonarius) a temperaturas de incubación masculinizantes. (Master's thesis, Universidad de Antioquia, Medellín, Colombia). Retrieved from http://bibliotecadigital.udea.edu.co/bitstream/10495/12870/1/GaviriaHern%c3%a1ndezJ_Desarrolloembrionariotortugamorrocoypatasrojasincubacion.pdf"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_niger","Subspecies":"hoodensis","Listed_As":"Chelonoidis_hoodensis","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Española, Galápagos, Ecuador","Latitude":-1.37795,"Longitude":-89.68224,"Latitude_Range":0.06803,"Longitude_Range":0.12793,"Accurate":1,"Captive":1,"Captive_Location":"Galápagos Rearing Center, Puerto Ayora, Santa Cruz, Galápagos, Ecuador","Captive_Latitude":-0.74149,"Captive_Longitude":-90.30304,"Captive_Latitude_Range":0.00356,"Captive_Longitude_Range":0.0042,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":25.5,"Mean_Temp":25.5,"Total_Incubated_Treatment":67,"Total_Hatched":11,"Proportion_Hatched":0.16418,"Min_Incubation_Length":111,"Max_Incubation_Length":167,"Sexing_Method":"Macroscopy, histology, endoscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":10,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Sancho, A., Gutzke, W. H. N., Snell, H. L., Rea, S., Wilson, M., & Burke, R. L. (2017). Temperature sex determination, incubation duration, and hatchling sexual dimorphism in the Española Giant Tortoise (Chelonoidis hoodensis) of the Galápagos Islands. Amphibian & Reptile Conservation, 11(2) [General Section], 44-50 (e146).","WoS":6,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_niger","Subspecies":"hoodensis","Listed_As":"Chelonoidis_hoodensis","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Española, Galápagos, Ecuador","Latitude":-1.37795,"Longitude":-89.68224,"Latitude_Range":0.06803,"Longitude_Range":0.12793,"Accurate":1,"Captive":1,"Captive_Location":"Galápagos Rearing Center, Puerto Ayora, Santa Cruz, Galápagos, Ecuador","Captive_Latitude":-0.74149,"Captive_Longitude":-90.30304,"Captive_Latitude_Range":0.00356,"Captive_Longitude_Range":0.0042,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":29.5,"Mean_Temp":29.5,"Total_Incubated_Treatment":67,"Total_Hatched":27,"Proportion_Hatched":0.40299,"Min_Incubation_Length":111,"Max_Incubation_Length":167,"Sexing_Method":"Macroscopy, histology, endoscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":5,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Sancho, A., Gutzke, W. H. N., Snell, H. L., Rea, S., Wilson, M., & Burke, R. L. (2017). Temperature sex determination, incubation duration, and hatchling sexual dimorphism in the Española Giant Tortoise (Chelonoidis hoodensis) of the Galápagos Islands. Amphibian & Reptile Conservation, 11(2) [General Section], 44-50 (e146).","WoS":6,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chelonoidis","Species":"Chelonoidis_niger","Subspecies":"hoodensis","Listed_As":"Chelonoidis_hoodensis","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Española, Galápagos, Ecuador","Latitude":-1.37795,"Longitude":-89.68224,"Latitude_Range":0.06803,"Longitude_Range":0.12793,"Accurate":1,"Captive":1,"Captive_Location":"Galápagos Rearing Center, Puerto Ayora, Santa Cruz, Galápagos, Ecuador","Captive_Latitude":-0.74149,"Captive_Longitude":-90.30304,"Captive_Latitude_Range":0.00356,"Captive_Longitude_Range":0.0042,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":33.5,"Mean_Temp":33.5,"Total_Incubated_Treatment":67,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology, endoscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Sancho, A., Gutzke, W. H. N., Snell, H. L., Rea, S., Wilson, M., & Burke, R. L. (2017). Temperature sex determination, incubation duration, and hatchling sexual dimorphism in the Española Giant Tortoise (Chelonoidis hoodensis) of the Galápagos Islands. Amphibian & Reptile Conservation, 11(2) [General Section], 44-50 (e146).","WoS":6,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_rossignonii","Listed_As":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":13,"Males":11,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84615,"Proportion_Female":0.15385,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_rossignonii","Listed_As":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_rossignonii","Listed_As":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":33,"Males":4,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0.12121,"Proportion_Female":0.87879,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_rossignonii","Listed_As":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_rossignonii","Listed_As":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":20,"Mean_Temp":20,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":15,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY); switched to 26 after 88 days"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":20,"Mean_Temp":20,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":17,"Total_Hatched":8,"Proportion_Hatched":0.47059,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY); switched to 26 after 88 days"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":20,"Mean_Temp":20,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":20,"Total_Hatched":7,"Proportion_Hatched":0.35,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY); switched to 26 after 88 days"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":20,"Mean_Temp":20,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":17,"Total_Hatched":6,"Proportion_Hatched":0.35294,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY); switched to 26 after 88 days"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":20,"Mean_Temp":20,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":16,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY); switched to 26 after 88 days"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":12,"Total_Hatched":11,"Proportion_Hatched":0.91667,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":10,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":12,"Total_Hatched":12,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":12,"Total_Hatched":10,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":9,"Total_Hatched":8,"Proportion_Hatched":0.88889,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":12,"Total_Hatched":12,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":11,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":11,"Total_Hatched":6,"Proportion_Hatched":0.54545,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":12,"Total_Hatched":10,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":12,"Total_Hatched":5,"Proportion_Hatched":0.41667,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":9,"Total_Hatched":4,"Proportion_Hatched":0.44444,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":12,"Total_Hatched":9,"Proportion_Hatched":0.75,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":20,"Mean_Temp":20,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":2,"Clutch_ID":"6-7","Total_Incubated_Treatment":66,"Total_Hatched":37,"Proportion_Hatched":0.56061,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":0,"Females":37,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY); switched to 26 after 83 days"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1975,"Last_Year":1975,"Incubation_Setup":"Constant","Set_Temp":22,"Mean_Temp":22,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":3,"Clutch_ID":"8-10","Total_Incubated_Treatment":21,"Total_Hatched":21,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":19,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90476,"Proportion_Female":0.09524,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1975,"Last_Year":1975,"Incubation_Setup":"Constant","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":3,"Clutch_ID":"8-10","Total_Incubated_Treatment":18,"Total_Hatched":18,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":18,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1973,"Last_Year":1973,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":16,"Clutch_ID":"11-26","Total_Incubated_Treatment":132,"Total_Hatched":110,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":108,"Males":108,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":2,"Clutch_ID":"27-28","Total_Incubated_Treatment":34,"Total_Hatched":28,"Proportion_Hatched":0.82353,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1975,"Last_Year":1975,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":3,"Clutch_ID":"8-10","Total_Incubated_Treatment":27,"Total_Hatched":26,"Proportion_Hatched":0.96296,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":17,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.65385,"Proportion_Female":0.34615,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin or Syracuse, New York, USA","Latitude":43.53798,"Longitude":-82.3493,"Latitude_Range":1.10671,"Longitude_Range":12.54802,"Accurate":0,"Captive":0.5,"Outdoors":0.5,"Within_Species_Range":1,"First_Year":1972,"Last_Year":1972,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":5,"Clutch_ID":"29-33","Total_Incubated_Treatment":23,"Total_Hatched":5,"Proportion_Hatched":0.21739,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1976). Effects of incubation temperatures on sexual differentiation in the turtle, Chelydra serpentina. Journal of Morphology, 150(2), 453-461.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 44.023310, -88.544664 (Oshkosh, WI) and 43.048125, -76.148867 (Syracuse, NY)"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 15","Backswitch_Length":"Hatching","Backswitch_Temp1":20,"Backswitch_Temp2":26,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":2,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":9,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":20,"Backswitch_Temp2":26,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":2,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Mogul-Ed Corporation, Oshkosh, Wisconsin, USA","Captive_Latitude":44.0185,"Captive_Longitude":-88.56597,"Captive_Latitude_Range":0.14566,"Captive_Longitude_Range":0.11467,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 13.5","Backswitch_Length":"30","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":2,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":4,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13333,"Proportion_Female":0.86667,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 12","Backswitch_Length":"7","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":1,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 12","Backswitch_Length":"14","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":1,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 12","Backswitch_Length":"28","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":1,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 12","Backswitch_Length":"42","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":1,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 12","Backswitch_Length":"56","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":1,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 12.5","Backswitch_Length":"56","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":3,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 15","Backswitch_Length":"42","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":3,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":5,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 17.5","Backswitch_Length":"28","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":3,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 19.5","Backswitch_Length":"14","Backswitch_Temp1":26,"Backswitch_Temp2":20,"Backswitch_Temp3":26,"Number_Clutches_Experiment":57,"Number_Clutches_Treatment":3,"Total_Incubated_Experiment":2317,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":24,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96,"Proportion_Female":0.04,"Source":"Yntema, C. L. (1979). Temperature levels and periods of sex determination during incubation of eggs of Chelydra serpentina. Journal of Morphology, 159(1), 17-27.","WoS":1,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1972,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":20,"Mean_Temp":20,"Fluctuation":0.5,"Total_Incubated_Treatment":245,"Total_Hatched":149,"Proportion_Hatched":0.60816,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":149,"Males":0,"Females":149,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1981). Characteristics of gonads and oviducts in hatchlings and young of Chelydra serpentina resulting from three incubation temperatures. Journal of Morphology, 167(3), 297-304.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"?","Notes":"Finished incubation at 26; location based on other work by author and acknowledgements"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Syracuse, New York, USA","Latitude":43.03575,"Longitude":-76.13956,"Latitude_Range":0.10226,"Longitude_Range":0.12854,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1972,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Total_Incubated_Treatment":196,"Total_Hatched":142,"Proportion_Hatched":0.72449,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":142,"Males":0,"Females":142,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yntema, C. L. (1981). Characteristics of gonads and oviducts in hatchlings and young of Chelydra serpentina resulting from three incubation temperatures. Journal of Morphology, 167(3), 297-304.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"?","Notes":"Location based on other work by author and acknowledgements"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":26,"Fluctuation":1,"Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"?","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":28.5,"Fluctuation":1,"Total_Sexed":13,"Males":3,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23077,"Proportion_Female":0.76923,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"?","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":31,"Fluctuation":1,"Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"?","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Thermometer_Location":"Nest top","TSP_Max_Temp":40,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Thermometer_Location":"Nest bottom","TSP_Max_Temp":30,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Thermometer_Location":"Nest top","TSP_Max_Temp":42,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Thermometer_Location":"Nest bottom","TSP_Max_Temp":31,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.31,"Proportion_Female":0.69,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Thermometer_Location":"Nest bottom","TSP_Max_Temp":36,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Thermometer_Location":"Nest center","TSP_Max_Temp":31,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Thermometer_Location":"Nest center","TSP_Max_Temp":33,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Traprock, soil","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Artificial nest","Substrate":"Soil","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.34,"Proportion_Female":0.66,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Nest","Substrate":"Soil","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Nest","Substrate":"Soil","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.47,"Proportion_Female":0.53,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Nest","Substrate":"Soil","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.72,"Proportion_Female":0.28,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Nest","Substrate":"Soil","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.93,"Proportion_Female":0.07,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Min_Temp":22,"Max_Temp":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":0,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Spent 10 hours at upper temp daily"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Min_Temp":22,"Max_Temp":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":0,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Spent 8 hours at upper temp daily"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Min_Temp":22,"Max_Temp":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":0,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Spent 4 hours at upper temp daily"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Min_Temp":24,"Max_Temp":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":16,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Spent 3 hours at upper temp daily"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Min_Temp":24,"Max_Temp":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":20,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Spent 2 hours at upper temp daily"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Great Swamp National Wildlife Refuge, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1980,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Min_Temp":24,"Max_Temp":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":20,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Wilhoft, D. C., Hotaling, E., & Franks, P. (1983). Effects of temperature on sex determination in embryos of the snapping turtle, Chelydra serpentina. Journal of Herpetology, 17(1), 38-42.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Spent 1 hours at upper temp daily"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.4,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Mean_Incubation_Length":62.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":0,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Packard, G. C., Packard, M. J., & Boardman, T. J. (1984). Effects of the hydric environment on metabolism of embryonic snapping turtles do not result from altered patterns of sexual differentiation. Copeia, 1984(2), 547-550.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-800","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.4,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Mean_Incubation_Length":59.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":0,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Packard, G. C., Packard, M. J., & Boardman, T. J. (1984). Effects of the hydric environment on metabolism of embryonic snapping turtles do not result from altered patterns of sexual differentiation. Copeia, 1984(2), 547-550.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Steroid-suspending vehicle","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":36,"Males":33,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Testosterone proprionate","Chemical_Mass_.g":"200","Chemical_Concentration":0.05806,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Estradiol-3-benzoate","Chemical_Mass_.g":"50","Chemical_Concentration":0.01328,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":20,"Males":8,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Steroid-suspending vehicle","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":33,"Males":0,"Females":33,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Testosterone proprionate","Chemical_Mass_.g":"200","Chemical_Concentration":0.05806,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":25,"Males":0,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Estradiol-3-benzoate","Chemical_Mass_.g":"50","Chemical_Concentration":0.01328,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":22,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Water_Content":"Range","Set_Temp":23,"Mean_Temp":23,"Total_Sexed":54,"Males":54,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J. (1987). Influence of environmental conditions on use of metabolic substrates and growth by embryonic snapping turtles. American Zoologist, 27(4), 54A.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Water potential of -150 or -850"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J. (1987). Influence of environmental conditions on use of metabolic substrates and growth by embryonic snapping turtles. American Zoologist, 27(4), 54A.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"1","Notes":"Data also in Janzen, F. J., Packard, G. C., Packard, M. J., Boardman, T. J., & zum Brunnen, J. R. (1990). Mobilization of lipid and protein by embryonic snapping turtles in wet and dry environments. Journal of Experimental Zoology, 255(2), 155-162."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Water_Content":"-850","Set_Temp":26,"Mean_Temp":26,"Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J. (1987). Influence of environmental conditions on use of metabolic substrates and growth by embryonic snapping turtles. American Zoologist, 27(4), 54A.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"1","Notes":"Data also in Janzen, F. J., Packard, G. C., Packard, M. J., Boardman, T. J., & zum Brunnen, J. R. (1990). Mobilization of lipid and protein by embryonic snapping turtles in wet and dry environments. Journal of Experimental Zoology, 255(2), 155-162."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"4000:38.8 w/w sand:water","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.4,"Number_Clutches_Treatment":10,"Total_Incubated_Treatment":20,"Total_Hatched":20,"Proportion_Hatched":1,"Mean_Incubation_Length":67,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":19,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95,"Proportion_Female":0.05,"Source":"Packard, G. C., Packard, M. J., Miller, K., & Boardman, T. J. (1987). Influence of moisture, temperature, and substrate on snapping turtle eggs and embryos. Ecology, 68(4), 983-993.","WoS":2,"Other":0,"Data_Location":"Figs. 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"4000:38.8 w/w sand:water","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.4,"Number_Clutches_Treatment":10,"Total_Incubated_Treatment":20,"Total_Hatched":20,"Proportion_Hatched":1,"Mean_Incubation_Length":59.6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Packard, G. C., Packard, M. J., Miller, K., & Boardman, T. J. (1987). Influence of moisture, temperature, and substrate on snapping turtle eggs and embryos. Ecology, 68(4), 983-993.","WoS":2,"Other":0,"Data_Location":"Figs. 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"4000:38.8 w/w sand:water","Water_Content":"-150","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.4,"Number_Clutches_Treatment":10,"Total_Incubated_Treatment":20,"Total_Hatched":13,"Proportion_Hatched":0.65,"Mean_Incubation_Length":58.7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Packard, G. C., Packard, M. J., Miller, K., & Boardman, T. J. (1987). Influence of moisture, temperature, and substrate on snapping turtle eggs and embryos. Ecology, 68(4), 983-993.","WoS":2,"Other":0,"Data_Location":"Figs. 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"4000:28 w/w sand:water","Water_Content":"-550","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.4,"Number_Clutches_Treatment":10,"Total_Incubated_Treatment":20,"Total_Hatched":19,"Proportion_Hatched":0.95,"Mean_Incubation_Length":65.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Packard, G. C., Packard, M. J., Miller, K., & Boardman, T. J. (1987). Influence of moisture, temperature, and substrate on snapping turtle eggs and embryos. Ecology, 68(4), 983-993.","WoS":2,"Other":0,"Data_Location":"Figs. 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"4000:28 w/w sand:water","Water_Content":"-550","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.4,"Number_Clutches_Treatment":10,"Total_Incubated_Treatment":20,"Total_Hatched":16,"Proportion_Hatched":0.8,"Mean_Incubation_Length":57.7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Packard, G. C., Packard, M. J., Miller, K., & Boardman, T. J. (1987). Influence of moisture, temperature, and substrate on snapping turtle eggs and embryos. Ecology, 68(4), 983-993.","WoS":2,"Other":0,"Data_Location":"Figs. 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"4000:28 w/w sand:water","Water_Content":"-550","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.4,"Number_Clutches_Treatment":10,"Total_Incubated_Treatment":20,"Total_Hatched":9,"Proportion_Hatched":0.45,"Mean_Incubation_Length":55.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Packard, G. C., Packard, M. J., Miller, K., & Boardman, T. J. (1987). Influence of moisture, temperature, and substrate on snapping turtle eggs and embryos. Ecology, 68(4), 983-993.","WoS":2,"Other":0,"Data_Location":"Figs. 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"4000:24 w/w sand:water","Water_Content":"-950","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.4,"Number_Clutches_Treatment":10,"Total_Incubated_Treatment":20,"Total_Hatched":14,"Proportion_Hatched":0.7,"Mean_Incubation_Length":65,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Packard, G. C., Packard, M. J., Miller, K., & Boardman, T. J. (1987). Influence of moisture, temperature, and substrate on snapping turtle eggs and embryos. Ecology, 68(4), 983-993.","WoS":2,"Other":0,"Data_Location":"Figs. 2 & 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Cholesterol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00517,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Cholesterol","Chemical_Mass_.g":"100","Chemical_Concentration":0.05173,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Testosterone","Chemical_Mass_.g":"100","Chemical_Concentration":0.06934,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":17,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.58621,"Proportion_Female":0.41379,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"100","Chemical_Concentration":0.06886,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":24,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Moxestrol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00613,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Chemical_Treatment":"Metribolone","Chemical_Mass_.g":"10","Chemical_Concentration":0.00703,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Chemical_Treatment":"Metribolone","Chemical_Mass_.g":"100","Chemical_Concentration":0.07032,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Chemical_Treatment":"Metribolone","Chemical_Mass_.g":"1000","Chemical_Concentration":0.70323,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Chemical_Treatment":"Estrogen antiserum","Chemical_Concentration":0.1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":4,"Intersex":1,"Undetermined":0,"Proportion_Male":0.08333,"Proportion_Female":0.75,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Chemical_Treatment":"Estrogen antiserum","Chemical_Concentration":0.5,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":5,"Intersex":4,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Chemical_Treatment":"Estrogen antiserum","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":5,"Intersex":9,"Undetermined":0,"Proportion_Male":0.32143,"Proportion_Female":0.67857,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Untreated and ethanol controls","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1988,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Chemical_Treatment":"Untreated and ethanol controls","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14.5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Wibbels, T., & Gutzke, W. H. N. (1989). Action of sex steroid hormones on temperature-induced sex determination in the snapping turtle (Chelydra serpentina). General and Comparative Endocrinology, 76(1), 159-166.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":22,"Clutch_ID":"1-22","Total_Hatched":692,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":692,"Males":350,"Females":342,"Intersex":0,"Undetermined":0,"Proportion_Male":0.50578,"Proportion_Female":0.49422,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.82,"Proportion_Female":0.18,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.43,"Proportion_Female":0.57,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.44,"Proportion_Female":0.56,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.56,"Proportion_Female":0.44,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.98,"Proportion_Female":0.02,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.45,"Proportion_Female":0.55,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.13,"Proportion_Female":0.87,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.94,"Proportion_Female":0.06,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.16,"Proportion_Female":0.84,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.78,"Proportion_Female":0.22,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"19","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"20","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"21","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Nest","Number_Clutches_Treatment":1,"Clutch_ID":"22","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.15,"Proportion_Female":0.85,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 12, Text","Data_Elsewhere":"1","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Nest","Number_Clutches_Treatment":35,"Clutch_ID":"23-57","Total_Hatched":902,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":902,"Males":261,"Females":641,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28936,"Proportion_Female":0.71064,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Nest","Number_Clutches_Treatment":23,"Clutch_ID":"58-80","Total_Hatched":681,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":681,"Males":133,"Females":548,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1953,"Proportion_Female":0.8047,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Nest","Number_Clutches_Treatment":23,"Clutch_ID":"81-103","Total_Hatched":647,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":647,"Males":450,"Females":197,"Intersex":0,"Undetermined":0,"Proportion_Male":0.69552,"Proportion_Female":0.30448,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"Incubation_Setup":"Nest","Number_Clutches_Treatment":11,"Clutch_ID":"103-114","Total_Hatched":327,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":327,"Males":178,"Females":149,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54434,"Proportion_Female":0.45566,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Removed from nest 1 week before predicted hatching date and finished incubation at 21C in lab"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Min_Temp":20,"Max_Temp":32,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":30,"Total_Hatched":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":8,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26667,"Proportion_Female":0.73333,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-160","Min_Temp":24,"Max_Temp":30,"Total_Hatched":34,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":29,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85294,"Proportion_Female":0.14706,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 19, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-160","Min_Temp":24,"Max_Temp":30,"Total_Hatched":38,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":38,"Males":31,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.81579,"Proportion_Female":0.18421,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 19, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-160","Min_Temp":24,"Max_Temp":30,"Total_Hatched":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":11,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61111,"Proportion_Female":0.38889,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 19, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"1:3 w/w vermiculite:water","Water_Content":"-50","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Treatment":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 23, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"1:3 w/w vermiculite:water","Water_Content":"-50","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Treatment":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 23, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Management area of Great Swamp National Wildlife Refuge, Morris County, New Jersey, USA","Latitude":40.71144,"Longitude":-74.47179,"Latitude_Range":0.05523,"Longitude_Range":0.10987,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"1:3 w/w vermiculite:water","Water_Content":"-50","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Treatment":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Hotaling, E. C. (1990). Temperature-dependent sex determination: Factors effecting sex ratio in nests of a New Jersey population of Chelydra serpentina (Unpublished PhD dissertation, Rutgers The State University of New Jersey, Newark, New Jersey). Retrieved from https://www.proquest.com/docview/303881030?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 23, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1.11 w/w vermiculite:water","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":88,"Mean_Incubation_Length":67.6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Packard, G. C., Packard, M. J., Boardman, T. J., & zum Brunnen, J. R. (1990). Mobilization of lipid and protein by embryonic snapping turtles in wet and dry environments. Journal of Experimental Zoology, 255(2), 155-162.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Hatching success data unclear"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.18 w/w vermiculite:water","Water_Content":"-850","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":87,"Mean_Incubation_Length":65,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Packard, G. C., Packard, M. J., Boardman, T. J., & zum Brunnen, J. R. (1990). Mobilization of lipid and protein by embryonic snapping turtles in wet and dry environments. Journal of Experimental Zoology, 255(2), 155-162.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Hatching success data unclear"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Wildlife Research Area, Algonquin Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Thermometer_Location":"Egg container","Set_Temp":22,"Mean_Temp":22,"Fluctuation":0.3,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Experiment":227,"Total_Incubated_Treatment":75,"Total_Hatched":51,"Proportion_Hatched":0.68,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":5,"Females":22,"Intersex":0,"Undetermined":3,"Proportion_Male":0.16667,"Proportion_Female":0.73333,"Source":"Brooks, R. J., Bobyn, M. L., Galbraith, D. A., Layfield, J. A., & Nancekivell, E. G. (1991). Maternal and environmental influences on growth and survival of embryonic and hatchling snapping turtles (Chelydra serpentina). Canadian Journal of Zoology, 69(10), 2667-2676.","WoS":4,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location was Sasajewun Dam based on provided coordinates"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Wildlife Research Area, Algonquin Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Thermometer_Location":"Egg container","Set_Temp":25.6,"Mean_Temp":25.6,"Fluctuation":0.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Experiment":227,"Total_Incubated_Treatment":74,"Total_Hatched":70,"Proportion_Hatched":0.94595,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Brooks, R. J., Bobyn, M. L., Galbraith, D. A., Layfield, J. A., & Nancekivell, E. G. (1991). Maternal and environmental influences on growth and survival of embryonic and hatchling snapping turtles (Chelydra serpentina). Canadian Journal of Zoology, 69(10), 2667-2676.","WoS":4,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location was Sasajewun Dam based on provided coordinates"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Wildlife Research Area, Algonquin Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Thermometer_Location":"Egg container","Set_Temp":28.6,"Mean_Temp":28.6,"Fluctuation":0.8,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Experiment":227,"Total_Incubated_Treatment":78,"Total_Hatched":65,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":3,"Females":6,"Intersex":0,"Undetermined":2,"Proportion_Male":0.27273,"Proportion_Female":0.54545,"Source":"Brooks, R. J., Bobyn, M. L., Galbraith, D. A., Layfield, J. A., & Nancekivell, E. G. (1991). Maternal and environmental influences on growth and survival of embryonic and hatchling snapping turtles (Chelydra serpentina). Canadian Journal of Zoology, 69(10), 2667-2676.","WoS":4,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location was Sasajewun Dam based on provided coordinates"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Minnesota, USA","Latitude":46.44301,"Longitude":-93.36724,"Latitude_Range":5.88128,"Longitude_Range":7.75062,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":32,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94118,"Proportion_Female":0.05882,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge land, Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":27.5,"Mean_Temp":27.5,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Janzen, F. J. (1992). Heritable variation for sex ratio under environmental sex determination in the common snapping turtle (Chelydra serpentina). Genetics, 131(1), 155-161.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge land, Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":27.5,"Mean_Temp":27.5,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Janzen, F. J. (1992). Heritable variation for sex ratio under environmental sex determination in the common snapping turtle (Chelydra serpentina). Genetics, 131(1), 155-161.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge land, Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":27.5,"Mean_Temp":27.5,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Janzen, F. J. (1992). Heritable variation for sex ratio under environmental sex determination in the common snapping turtle (Chelydra serpentina). Genetics, 131(1), 155-161.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge land, Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":27.5,"Mean_Temp":27.5,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":6,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Janzen, F. J. (1992). Heritable variation for sex ratio under environmental sex determination in the common snapping turtle (Chelydra serpentina). Genetics, 131(1), 155-161.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge land, Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J. (1992). Heritable variation for sex ratio under environmental sex determination in the common snapping turtle (Chelydra serpentina). Genetics, 131(1), 155-161.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge land, Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Janzen, F. J. (1992). Heritable variation for sex ratio under environmental sex determination in the common snapping turtle (Chelydra serpentina). Genetics, 131(1), 155-161.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge land, Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Janzen, F. J. (1992). Heritable variation for sex ratio under environmental sex determination in the common snapping turtle (Chelydra serpentina). Genetics, 131(1), 155-161.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Park, Cranberry Marsh, Cootes' Paradise, and Long Point, Ontario, Canada","Latitude":44.06505,"Longitude":-79.49139,"Latitude_Range":3.05341,"Longitude_Range":1.94538,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Set_Temp":21,"Mean_Temp":21.96,"Mean_Temp_SD":1.34,"TSP_Mean_Temp":21.25,"TSP_Mean_Temp_SD":0.09,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Total_Incubated_Experiment":600,"Total_Incubated_Treatment":240,"Total_Hatched":196,"Proportion_Hatched":0.81667,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":101,"Males":16,"Females":85,"Intersex":0,"Undetermined":0,"Proportion_Male":0.15842,"Proportion_Female":0.84158,"Source":"Bobyn, M. L., & Brooks, R. J. (1994). Interclutch and interpopulation variation in the effects of incubation conditions on sex, survival and growth of hatchling turtles (Chelydra serpentina). Journal of Zoology, 233(2), 233-257.","WoS":6,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Park, Cranberry Marsh, Cootes' Paradise, and Long Point, Ontario, Canada","Latitude":44.06505,"Longitude":-79.49139,"Latitude_Range":3.05341,"Longitude_Range":1.94538,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Set_Temp":25,"Mean_Temp":25.54,"Mean_Temp_SD":1.33,"TSP_Mean_Temp":24.77,"TSP_Mean_Temp_SD":0.12,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Total_Incubated_Experiment":600,"Total_Incubated_Treatment":240,"Total_Hatched":209,"Proportion_Hatched":0.87083,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":62,"Males":51,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82258,"Proportion_Female":0.17742,"Source":"Bobyn, M. L., & Brooks, R. J. (1994). Interclutch and interpopulation variation in the effects of incubation conditions on sex, survival and growth of hatchling turtles (Chelydra serpentina). Journal of Zoology, 233(2), 233-257.","WoS":6,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Park, Cranberry Marsh, Cootes' Paradise, and Long Point, Ontario, Canada","Latitude":44.06505,"Longitude":-79.49139,"Latitude_Range":3.05341,"Longitude_Range":1.94538,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Set_Temp":29.5,"Mean_Temp":29.28,"Mean_Temp_SD":0.73,"TSP_Mean_Temp":29.05,"TSP_Mean_Temp_SD":0.15,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Total_Incubated_Experiment":600,"Total_Incubated_Treatment":120,"Total_Hatched":99,"Proportion_Hatched":0.825,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":43,"Males":1,"Females":42,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02326,"Proportion_Female":0.97674,"Source":"Bobyn, M. L., & Brooks, R. J. (1994). Interclutch and interpopulation variation in the effects of incubation conditions on sex, survival and growth of hatchling turtles (Chelydra serpentina). Journal of Zoology, 233(2), 233-257.","WoS":6,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Park and Cootes' Paradise, Ontario, Canada","Latitude":44.43051,"Longitude":-79.2263,"Latitude_Range":2.32248,"Longitude_Range":1.41521,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Set_Temp":21,"Mean_Temp":21.06,"Mean_Temp_SD":0.19,"TSP_Mean_Temp":20.94,"TSP_Mean_Temp_SD":0.12,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":20,"Clutch_ID":"1-20","Total_Incubated_Experiment":720,"Total_Incubated_Treatment":360,"Total_Hatched":223,"Proportion_Hatched":0.61944,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Vouchers":1,"Total_Sexed":257,"Males":52,"Females":197,"Intersex":0,"Undetermined":8,"Proportion_Male":0.20233,"Proportion_Female":0.76654,"Source":"Bobyn, M. L., & Brooks, R. J. (1994). Incubation conditions as potential factors limiting the northern distribution of snapping turtles, Chelydra serpentina. Canadian Journal of Zoology, 72(1), 28-37.","WoS":6,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Park and Cootes' Paradise, Ontario, Canada","Latitude":44.43051,"Longitude":-79.2263,"Latitude_Range":2.32248,"Longitude_Range":1.41521,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Set_Temp":25,"Mean_Temp":25.26,"Mean_Temp_SD":0.23,"TSP_Mean_Temp":25.14,"TSP_Mean_Temp_SD":0.2,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":20,"Clutch_ID":"1-20","Total_Incubated_Experiment":720,"Total_Incubated_Treatment":360,"Total_Hatched":305,"Proportion_Hatched":0.84722,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Vouchers":1,"Total_Sexed":155,"Males":150,"Females":4,"Intersex":0,"Undetermined":1,"Proportion_Male":0.96774,"Proportion_Female":0.02581,"Source":"Bobyn, M. L., & Brooks, R. J. (1994). Incubation conditions as potential factors limiting the northern distribution of snapping turtles, Chelydra serpentina. Canadian Journal of Zoology, 72(1), 28-37.","WoS":6,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Itasca State Park, Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Chemical_Treatment":"Testosterone","Chemical_Mass_.g":"15","Chemical_Concentration":0.0104,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Number_Clutches_Experiment":27,"Number_Clutches_Treatment":7,"Clutch_ID":"21-27","Total_Incubated_Experiment":282,"Total_Hatched":54,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":54,"Males":4,"Females":50,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07407,"Proportion_Female":0.92593,"Source":"Rhen, T., & Lang, J. W. (1994). Temperature-dependent sex determination in the snapping turtle: Manipulation of the embryonic sex steroid environment. General and Comparative Endocrinology, 96(2), 243-254.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - corrected for greater accuracy; claims 56 eggs per treatment, but total is listed as 282"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Itasca State Park, Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"50","Chemical_Concentration":0.03443,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Number_Clutches_Experiment":27,"Number_Clutches_Treatment":7,"Clutch_ID":"21-27","Total_Incubated_Experiment":282,"Total_Hatched":47,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":47,"Males":2,"Females":45,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04255,"Proportion_Female":0.95745,"Source":"Rhen, T., & Lang, J. W. (1994). Temperature-dependent sex determination in the snapping turtle: Manipulation of the embryonic sex steroid environment. General and Comparative Endocrinology, 96(2), 243-254.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - corrected for greater accuracy; claims 56 eggs per treatment, but total is listed as 282"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Itasca State Park, Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Number_Clutches_Experiment":27,"Number_Clutches_Treatment":7,"Clutch_ID":"21-27","Total_Incubated_Experiment":282,"Total_Hatched":50,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":50,"Males":38,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.76,"Proportion_Female":0.24,"Source":"Rhen, T., & Lang, J. W. (1994). Temperature-dependent sex determination in the snapping turtle: Manipulation of the embryonic sex steroid environment. General and Comparative Endocrinology, 96(2), 243-254.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - corrected for greater accuracy; claims 56 eggs per treatment, but total is listed as 282"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Itasca State Park, Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Chemical_Treatment":"Fadrozole & Testosterone","Chemical_Mass_.g":"100 & 15","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Number_Clutches_Experiment":27,"Number_Clutches_Treatment":7,"Clutch_ID":"21-27","Total_Incubated_Experiment":282,"Total_Hatched":51,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":51,"Males":36,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.70588,"Proportion_Female":0.29412,"Source":"Rhen, T., & Lang, J. W. (1994). Temperature-dependent sex determination in the snapping turtle: Manipulation of the embryonic sex steroid environment. General and Comparative Endocrinology, 96(2), 243-254.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - corrected for greater accuracy; claims 56 eggs per treatment, but total is listed as 282"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Itasca State Park, Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Number_Clutches_Experiment":27,"Number_Clutches_Treatment":7,"Clutch_ID":"21-27","Total_Incubated_Experiment":282,"Total_Hatched":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":7,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25926,"Proportion_Female":0.74074,"Source":"Rhen, T., & Lang, J. W. (1994). Temperature-dependent sex determination in the snapping turtle: Manipulation of the embryonic sex steroid environment. General and Comparative Endocrinology, 96(2), 243-254.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - corrected for greater accuracy; claims 56 eggs per treatment, but total is listed as 282"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Itasca State Park, Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":7,"Clutch_ID":"21-27","Total_Incubated_Experiment":282,"Total_Hatched":23,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":3,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13043,"Proportion_Female":0.86957,"Source":"Rhen, T., & Lang, J. W. (1994). Temperature-dependent sex determination in the snapping turtle: Manipulation of the embryonic sex steroid environment. General and Comparative Endocrinology, 96(2), 243-254.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - corrected for greater accuracy; claims 56 eggs per treatment, but total is listed as 282"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Itasca State Park, Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.1,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Number_Clutches_Experiment":27,"Number_Clutches_Treatment":20,"Clutch_ID":"1-20","Total_Incubated_Experiment":872,"Total_Incubated_Treatment":72,"Total_Hatched":69,"Proportion_Hatched":0.95833,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":69,"Males":68,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.98551,"Proportion_Female":0.01449,"Source":"Rhen, T., & Lang, J. W. (1994). Temperature-dependent sex determination in the snapping turtle: Manipulation of the embryonic sex steroid environment. General and Comparative Endocrinology, 96(2), 243-254.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - corrected for greater accuracy"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Itasca State Park, Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.1,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Number_Clutches_Experiment":27,"Number_Clutches_Treatment":20,"Clutch_ID":"1-20","Total_Incubated_Experiment":872,"Total_Incubated_Treatment":72,"Total_Hatched":65,"Proportion_Hatched":0.90278,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":65,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rhen, T., & Lang, J. W. (1994). Temperature-dependent sex determination in the snapping turtle: Manipulation of the embryonic sex steroid environment. General and Comparative Endocrinology, 96(2), 243-254.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - corrected for greater accuracy"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":27.5,"Mean_Temp":27.6,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":27.5,"Mean_Temp":27.6,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Whiteside County, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":27.5,"Mean_Temp":27.6,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":25.72,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":30,"Total_Hatched":21,"Proportion_Hatched":0.7,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":2,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.09524,"Proportion_Female":0.90476,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":24.19,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":20,"Total_Hatched":14,"Proportion_Hatched":0.7,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":9,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64286,"Proportion_Female":0.35714,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from turtle supplier in Birmingham, Iowa, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":25.33,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":30,"Total_Hatched":24,"Proportion_Hatched":0.8,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":1,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04167,"Proportion_Female":0.95833,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":24.97,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":24,"Total_Hatched":21,"Proportion_Hatched":0.875,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":4,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.19048,"Proportion_Female":0.80952,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Whiteside County, Illinois, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":23.15,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":30,"Total_Hatched":30,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":30,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":23.17,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":15,"Total_Hatched":15,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":12,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Whiteside County, Illinois, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":22.26,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":30,"Total_Hatched":29,"Proportion_Hatched":0.96667,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":28,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96552,"Proportion_Female":0.03448,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":21.71,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":30,"Total_Hatched":27,"Proportion_Hatched":0.9,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":14,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.51852,"Proportion_Female":0.48148,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from turtle supplier in Birmingham, Iowa, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":25.97,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":30,"Total_Hatched":30,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":4,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13333,"Proportion_Female":0.86667,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":23.74,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":22,"Total_Hatched":21,"Proportion_Hatched":0.95455,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":13,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61905,"Proportion_Female":0.38095,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from turtle supplier in Birmingham, Iowa, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":24.27,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Treatment":30,"Total_Hatched":29,"Proportion_Hatched":0.96667,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":19,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.65517,"Proportion_Female":0.34483,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":23.61,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Treatment":20,"Total_Hatched":20,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":10,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 1 & 13, Text","Data_Elsewhere":"0","Notes":"Eggs from Whiteside County, Illinois, USA"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.93,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0","Notes":"4 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.95,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0","Notes":"6 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":27.5,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":14,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":25,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":27.5,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":17,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":25,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":27.5,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":25,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.97,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0","Notes":"2 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.93,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0","Notes":"4 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.95,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0","Notes":"6 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.97,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0","Notes":"2 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.93,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0","Notes":"4 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Ripley Military Base, Fort Ripley, Minnesota, USA","Latitude":46.20245,"Longitude":-94.41474,"Latitude_Range":0.2553,"Longitude_Range":0.16354,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.95,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 14, Text","Data_Elsewhere":"0","Notes":"6 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":26.61,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":2,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.08333,"Proportion_Female":0.91667,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 2 & 15, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":25.59,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Treatment":25,"Total_Hatched":8,"Proportion_Hatched":0.32,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":1,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 2 & 15, Text","Data_Elsewhere":"0","Notes":"Eggs from turtle supplier in Birmingham, Iowa, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":25.87,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Treatment":15,"Total_Hatched":7,"Proportion_Hatched":0.46667,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 2 & 15, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":25.14,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Treatment":19,"Total_Hatched":16,"Proportion_Hatched":0.84211,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":6,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 2 & 15, Text","Data_Elsewhere":"0","Notes":"Eggs from turtle supplier in Birmingham, Iowa, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":25.24,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Treatment":32,"Total_Hatched":32,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":25,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78125,"Proportion_Female":0.21875,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 2 & 15, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":23.58,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Incubated_Treatment":23,"Total_Hatched":23,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":21,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91304,"Proportion_Female":0.08696,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 2 & 15, Text","Data_Elsewhere":"0","Notes":"Eggs from turtle supplier in Birmingham, Iowa, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":25.11,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Incubated_Treatment":29,"Total_Hatched":29,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":27,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93103,"Proportion_Female":0.06897,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 2 & 15, Text","Data_Elsewhere":"0","Notes":"Eggs from Camp Ripley Military Base, Fort Ripley, Minnesota, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Chichaqua Wildlife Area, Iowa, USA","Latitude":41.75791,"Longitude":-93.39758,"Latitude_Range":0.09557,"Longitude_Range":0.12392,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Mean_Temp":24.35,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Total_Incubated_Treatment":19,"Total_Hatched":19,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":18,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94737,"Proportion_Female":0.05263,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Tables 2 & 15, Text","Data_Elsewhere":"0","Notes":"Eggs from turtle supplier in Birmingham, Iowa, USA"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Concordia, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":25.08,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 16, Text","Data_Elsewhere":"0","Notes":"6 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Concordia, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.98,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 16, Text","Data_Elsewhere":"0","Notes":"2 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Concordia, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":25.08,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 16, Text","Data_Elsewhere":"0","Notes":"6 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Concordia, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.98,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 16, Text","Data_Elsewhere":"0","Notes":"2 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Concordia, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.89,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":2,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18182,"Proportion_Female":0.81818,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 16, Text","Data_Elsewhere":"0","Notes":"4 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Concordia, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":25.08,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 16, Text","Data_Elsewhere":"0","Notes":"6 hours at minimum and maximum temperature, at 25C otherwise"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Concordia, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":25,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 16, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":38.60525,"Longitude":-85.46849,"Latitude_Range":26.98454,"Longitude_Range":51.2247,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, Concordia, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-7","Mean_Temp":24.98,"Fluctuation":6,"Min_Temp":19,"Max_Temp":31,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Lott, D. B. (1998). Egg water exchange and temperature dependent sex determination in the common snapping turtle Chelydra serpentina (PhD dissertation, Iowa State University, Ames, Iowa). Retrieved from https://www.proquest.com/docview/304428811?pq-origsite=gscholar&fromopenview=true","WoS":0,"Other":1,"Data_Location":"Table 16, Text","Data_Elsewhere":"0","Notes":"2 hours at minimum and maximum temperature, at 25C otherwise"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond and West Rose Pond, Algonquin Provincial Park, Ontario, Canada","Latitude":45.57543,"Longitude":-78.68394,"Latitude_Range":0.01122,"Longitude_Range":0.01516,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Number_Clutches_Experiment":8,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Mean_Incubation_Length":56,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":24,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Portelli, M. J., de Solla, S. R., Brooks, R. J., & Bishop, C. A. (1999). Effect of dichlorodiphenyltrichloroethane on sex determination of the common snapping turtle (Chelydra serpentina serpentina). Ecotoxicology and Environmental Safety, 43(3), 284-291.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond and West Rose Pond, Algonquin Provincial Park, Ontario, Canada","Latitude":45.57543,"Longitude":-78.68394,"Latitude_Range":0.01122,"Longitude_Range":0.01516,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Mean_Incubation_Length":56,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":30,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88235,"Proportion_Female":0.11765,"Source":"Portelli, M. J., de Solla, S. R., Brooks, R. J., & Bishop, C. A. (1999). Effect of dichlorodiphenyltrichloroethane on sex determination of the common snapping turtle (Chelydra serpentina serpentina). Ecotoxicology and Environmental Safety, 43(3), 284-291.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Iowa, Illinois, Minnesota, and Louisiana, USA","Latitude":39.37005,"Longitude":-92.37192,"Latitude_Range":19.98942,"Longitude_Range":9.75151,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-7","Set_Temp":25,"Mean_Temp":25,"Number_Clutches_Experiment":48,"Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lott, D. B., & Ackerman, R. A. (2000). Thermal dose and embryonic sex determination in Chelydra serpentina. American Zoologist, 40(6), 1108-1109.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"?","Notes":"Data likely same as Lott (1998) Iowa State University"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge and US Army Corps of Engineers land, Whiteside and Carroll Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"300:338 w/w vermiculite:water","Water_Content":"-150","Mean_Temp":29.5,"Fluctuation":1.5,"Min_Temp":26.3,"Max_Temp":34.1,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":12,"Clutch_ID":"1-12","Total_Incubated_Treatment":624,"Total_Hatched":538,"Proportion_Hatched":0.86218,"Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kolbe, J. J., & Janzen, F. J. (2001). The influence of propagule size and maternal nest?site selection on survival and behaviour of neonate turtles. Functional Ecology, 15(6), 772-781.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Coote's Paradise, Hamilton, Ontario, Canada","Latitude":43.27746,"Longitude":-79.91318,"Latitude_Range":0.01637,"Longitude_Range":0.04147,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1.1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Number_Clutches_Experiment":31,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":243,"Males":243,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"de Solla, S. R., Bishop, C. A., & Brooks, R. J. (2002). Sexually dimorphic morphology of hatchling snapping turtles (Chelydra serpentina) from contaminated and reference sites in the Great Lakes and St. Lawrence River Basin, North America. Environmental Toxicology and Chemistry, 21(5), 922-929.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed, but sex ratios not provided - assumed all males and females at lower and upper incubation temps respectively"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Snye Marsh, Territory of the Mohawk Nation, Akwesasne, Canada","Latitude":45.01533,"Longitude":-74.55346,"Latitude_Range":0.0318,"Longitude_Range":0.0762,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1.1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Number_Clutches_Experiment":31,"Number_Clutches_Treatment":3,"Clutch_ID":"15-17","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"de Solla, S. R., Bishop, C. A., & Brooks, R. J. (2002). Sexually dimorphic morphology of hatchling snapping turtles (Chelydra serpentina) from contaminated and reference sites in the Great Lakes and St. Lawrence River Basin, North America. Environmental Toxicology and Chemistry, 21(5), 922-929.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed, but sex ratios not provided - assumed all males and females at lower and upper incubation temps respectively"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1.1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Number_Clutches_Experiment":31,"Number_Clutches_Treatment":14,"Clutch_ID":"18-31","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":198,"Males":198,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"de Solla, S. R., Bishop, C. A., & Brooks, R. J. (2002). Sexually dimorphic morphology of hatchling snapping turtles (Chelydra serpentina) from contaminated and reference sites in the Great Lakes and St. Lawrence River Basin, North America. Environmental Toxicology and Chemistry, 21(5), 922-929.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station; hatchlings sexed, but sex ratios not provided - assumed all males and females at lower and upper incubation temps respectively"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Coote's Paradise, Hamilton, Ontario, Canada","Latitude":43.27746,"Longitude":-79.91318,"Latitude_Range":0.01637,"Longitude_Range":0.04147,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1.1 w/w vermiculite:water","Set_Temp":29.5,"Mean_Temp":29.5,"Number_Clutches_Experiment":31,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":70,"Males":0,"Females":70,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"de Solla, S. R., Bishop, C. A., & Brooks, R. J. (2002). Sexually dimorphic morphology of hatchling snapping turtles (Chelydra serpentina) from contaminated and reference sites in the Great Lakes and St. Lawrence River Basin, North America. Environmental Toxicology and Chemistry, 21(5), 922-929.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed, but sex ratios not provided - assumed all males and females at lower and upper incubation temps respectively"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Snye Marsh, Territory of the Mohawk Nation, Akwesasne, Canada","Latitude":45.01533,"Longitude":-74.55346,"Latitude_Range":0.0318,"Longitude_Range":0.0762,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1.1 w/w vermiculite:water","Set_Temp":29.5,"Mean_Temp":29.5,"Number_Clutches_Experiment":31,"Number_Clutches_Treatment":3,"Clutch_ID":"15-17","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"de Solla, S. R., Bishop, C. A., & Brooks, R. J. (2002). Sexually dimorphic morphology of hatchling snapping turtles (Chelydra serpentina) from contaminated and reference sites in the Great Lakes and St. Lawrence River Basin, North America. Environmental Toxicology and Chemistry, 21(5), 922-929.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed, but sex ratios not provided - assumed all males and females at lower and upper incubation temps respectively"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1.1 w/w vermiculite:water","Set_Temp":29.5,"Mean_Temp":29.5,"Number_Clutches_Experiment":31,"Number_Clutches_Treatment":14,"Clutch_ID":"18-31","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":85,"Males":0,"Females":85,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"de Solla, S. R., Bishop, C. A., & Brooks, R. J. (2002). Sexually dimorphic morphology of hatchling snapping turtles (Chelydra serpentina) from contaminated and reference sites in the Great Lakes and St. Lawrence River Basin, North America. Environmental Toxicology and Chemistry, 21(5), 922-929.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station; hatchlings sexed, but sex ratios not provided - assumed all males and females at lower and upper incubation temps respectively"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":28.2,"Mean_Temp_SD":2.38,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Mean_Incubation_Length":64,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":64,"Max_Incubation_Length":64,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":27.83,"Mean_Temp_SD":2,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Mean_Incubation_Length":67,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":67,"Max_Incubation_Length":67,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":28.8,"Mean_Temp_SD":2.48,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Mean_Incubation_Length":66,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":66,"Max_Incubation_Length":66,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":28.06,"Mean_Temp_SD":2.74,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Mean_Incubation_Length":69,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":69,"Max_Incubation_Length":69,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":28.04,"Mean_Temp_SD":4.5,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Mean_Incubation_Length":66,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":66,"Max_Incubation_Length":66,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":24.3,"Mean_Temp_SD":1.66,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Mean_Incubation_Length":70,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":70,"Max_Incubation_Length":70,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":25.37,"Mean_Temp_SD":1.69,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Mean_Incubation_Length":66,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":66,"Max_Incubation_Length":66,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":26.18,"Mean_Temp_SD":1.95,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Mean_Incubation_Length":70,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":70,"Max_Incubation_Length":70,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Residential site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.92064,"Longitude":-90.11402,"Latitude_Range":0.01075,"Longitude_Range":0.00813,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":27.85,"Mean_Temp_SD":1.98,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Mean_Incubation_Length":68,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":68,"Max_Incubation_Length":68,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"National Wildlife Refuge site, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93772,"Longitude":-90.10799,"Latitude_Range":0.01638,"Longitude_Range":0.00732,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":29.94,"Mean_Temp_SD":2.45,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Mean_Incubation_Length":64,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":64,"Max_Incubation_Length":64,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kolbe, J. J., & Janzen, F. J. (2002). Impact of nest-site selection on nest success and nest temperature in natural and disturbed habitats. Ecology, 83(1), 269-281.","WoS":0,"Other":1,"Data_Location":"Table 5, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":6,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":1,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":8,"Males":1,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Mississippi River National Wildlife and Fish Refuge, Carroll and Whiteside Counties, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Thermometer_Location":"Incubator center","Set_Temp":27.6,"Mean_Temp":28.37,"Mean_Temp_SE":0.18,"Number_Clutches_Experiment":25,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Incubated_Experiment":250,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"St. Juliana, J. R., Bowden, R. M., & Janzen, F. J. (2004). The impact of behavioral and physiological maternal effects on offspring sex ratio in the common snapping turtle, Chelydra serpentina. Behavioral Ecology and Sociobiology, 56(3), 270-278.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":19.5,"Mean_Temp":19.5,"Fluctuation":0.3,"Number_Clutches_Treatment":4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":12,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.32432,"Proportion_Female":0.67568,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 22; assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Number_Clutches_Treatment":23,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":151,"Males":112,"Females":39,"Intersex":0,"Undetermined":0,"Proportion_Male":0.74172,"Proportion_Female":0.25828,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Number_Clutches_Treatment":4,"Mean_Incubation_Length":82,"Mean_Incubation_Length_SD":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":31,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96875,"Proportion_Female":0.03125,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":23,"Mean_Temp":23,"Fluctuation":0.3,"Number_Clutches_Treatment":15,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":59,"Males":59,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Number_Clutches_Treatment":4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":34,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Number_Clutches_Treatment":6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":36,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":25.5,"Mean_Temp":25.5,"Fluctuation":0.3,"Number_Clutches_Treatment":6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":38,"Males":38,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.3,"Number_Clutches_Treatment":6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":17,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.3,"Number_Clutches_Treatment":29,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":168,"Males":155,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92262,"Proportion_Female":0.07738,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Treatment":31,"Mean_Incubation_Length":59,"Mean_Incubation_Length_SD":3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":270,"Males":158,"Females":112,"Intersex":0,"Undetermined":0,"Proportion_Male":0.58519,"Proportion_Female":0.41481,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.3,"Number_Clutches_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":290,"Males":82,"Females":208,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28276,"Proportion_Female":0.71724,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Number_Clutches_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":250,"Males":17,"Females":233,"Intersex":0,"Undetermined":0,"Proportion_Male":0.068,"Proportion_Female":0.932,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.3,"Number_Clutches_Treatment":5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":35,"Males":1,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02857,"Proportion_Female":0.97143,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Treatment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":104,"Males":0,"Females":104,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.3,"Number_Clutches_Treatment":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater County, Minnesota, USA","Latitude":47.19358,"Longitude":-95.22106,"Latitude_Range":0.11152,"Longitude_Range":0.15656,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.3,"Number_Clutches_Treatment":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":43,"Males":9,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2093,"Proportion_Female":0.7907,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":51,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78462,"Proportion_Female":0.21538,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":80,"Males":76,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95,"Proportion_Female":0.05,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":38,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95,"Proportion_Female":0.05,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Treatment":16,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":74,"Males":69,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93243,"Proportion_Female":0.06757,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Number_Clutches_Treatment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":101,"Males":58,"Females":43,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57426,"Proportion_Female":0.42574,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Treatment":25,"Mean_Incubation_Length":64,"Mean_Incubation_Length_SD":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":128,"Males":8,"Females":120,"Intersex":0,"Undetermined":0,"Proportion_Male":0.0625,"Proportion_Female":0.9375,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Number_Clutches_Treatment":12,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":47,"Males":0,"Females":47,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Upper Peninsula, Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Treatment":12,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":0,"Females":40,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Delta and Schoolcraft Counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Number_Clutches_Treatment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":15,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44118,"Proportion_Female":0.55882,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Number_Clutches_Treatment":17,"Mean_Incubation_Length":98,"Mean_Incubation_Length_SD":3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":80,"Males":63,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7875,"Proportion_Female":0.2125,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Number_Clutches_Treatment":7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":36,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":102,"Males":101,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9902,"Proportion_Female":0.0098,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Treatment":15,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":57,"Males":53,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92982,"Proportion_Female":0.07018,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Number_Clutches_Treatment":13,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":72,"Males":58,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.80556,"Proportion_Female":0.19444,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Treatment":15,"Mean_Incubation_Length":68,"Mean_Incubation_Length_SD":3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":94,"Males":32,"Females":62,"Intersex":0,"Undetermined":0,"Proportion_Male":0.34043,"Proportion_Female":0.65957,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Number_Clutches_Treatment":9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":0,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Treatment":8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Jackson and Monroe Counties; coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Arkansas and Northern Louisiana, USA","Latitude":32.63903,"Longitude":-92.57551,"Latitude_Range":0.75725,"Longitude_Range":1.32602,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Number_Clutches_Treatment":2,"Mean_Incubation_Length":115,"Mean_Incubation_Length_SD":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":4,"Females":7,"Intersex":1,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Claiborne and Monroe Parishes, Louisiana - coordinates for Claiborne and Ouchita Parishes (contains city of Monroe)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Arkansas and Northern Louisiana, USA","Latitude":32.63903,"Longitude":-92.57551,"Latitude_Range":0.75725,"Longitude_Range":1.32602,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Number_Clutches_Treatment":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Claiborne and Monroe Parishes, Louisiana - coordinates for Claiborne and Ouchita Parishes (contains city of Monroe)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Arkansas and Northern Louisiana, USA","Latitude":32.63903,"Longitude":-92.57551,"Latitude_Range":0.75725,"Longitude_Range":1.32602,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Number_Clutches_Treatment":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Claiborne and Monroe Parishes, Louisiana - coordinates for Claiborne and Ouchita Parishes (contains city of Monroe)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Arkansas and Northern Louisiana, USA","Latitude":32.63903,"Longitude":-92.57551,"Latitude_Range":0.75725,"Longitude_Range":1.32602,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Treatment":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":13,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.59091,"Proportion_Female":0.40909,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Claiborne and Monroe Parishes, Louisiana - coordinates for Claiborne and Ouchita Parishes (contains city of Monroe)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Arkansas and Northern Louisiana, USA","Latitude":32.63903,"Longitude":-92.57551,"Latitude_Range":0.75725,"Longitude_Range":1.32602,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Number_Clutches_Treatment":3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":7,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28,"Proportion_Female":0.72,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Claiborne and Monroe Parishes, Louisiana - coordinates for Claiborne and Ouchita Parishes (contains city of Monroe)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Arkansas and Northern Louisiana, USA","Latitude":32.63903,"Longitude":-92.57551,"Latitude_Range":0.75725,"Longitude_Range":1.32602,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Treatment":3,"Mean_Incubation_Length":78,"Mean_Incubation_Length_SD":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Claiborne and Monroe Parishes, Louisiana - coordinates for Claiborne and Ouchita Parishes (contains city of Monroe)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Arkansas and Northern Louisiana, USA","Latitude":32.63903,"Longitude":-92.57551,"Latitude_Range":0.75725,"Longitude_Range":1.32602,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Treatment":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Claiborne and Monroe Parishes, Louisiana - coordinates for Claiborne and Ouchita Parishes (contains city of Monroe)"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Number_Clutches_Treatment":8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":1,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04348,"Proportion_Female":0.95652,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Number_Clutches_Treatment":9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":6,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2069,"Proportion_Female":0.7931,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":23,"Mean_Temp":23,"Fluctuation":0.3,"Number_Clutches_Treatment":5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":18,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48649,"Proportion_Female":0.51351,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Number_Clutches_Treatment":14,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":60,"Males":41,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.68333,"Proportion_Female":0.31667,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":25.5,"Mean_Temp":25.5,"Fluctuation":0.3,"Number_Clutches_Treatment":6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":18,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54545,"Proportion_Female":0.45455,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Treatment":14,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":78,"Males":29,"Females":49,"Intersex":0,"Undetermined":0,"Proportion_Male":0.37179,"Proportion_Female":0.62821,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.3,"Number_Clutches_Treatment":5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":4,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.15385,"Proportion_Female":0.84615,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Number_Clutches_Treatment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":7,"Females":33,"Intersex":0,"Undetermined":0,"Proportion_Male":0.175,"Proportion_Female":0.825,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.3,"Number_Clutches_Treatment":3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":1,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.09091,"Proportion_Female":0.90909,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Corrected female and male values by switching"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Treatment":11,"Mean_Incubation_Length":79,"Mean_Incubation_Length_SD":6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":35,"Males":0,"Females":35,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Number_Clutches_Treatment":3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Franklin and Gulf Counties, Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Treatment":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Number_Clutches_Treatment":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Highlands and Miami-Dade Counties - coordinates are for these counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Number_Clutches_Treatment":4,"Mean_Incubation_Length":125,"Mean_Incubation_Length_SD":4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":6,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26087,"Proportion_Female":0.73913,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Highlands and Miami-Dade Counties - coordinates are for these counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Number_Clutches_Treatment":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Highlands and Miami-Dade Counties - coordinates are for these counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Number_Clutches_Treatment":3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":18,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78261,"Proportion_Female":0.21739,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Highlands and Miami-Dade Counties - coordinates are for these counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Treatment":4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":15,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Highlands and Miami-Dade Counties - coordinates are for these counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Number_Clutches_Treatment":4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":3,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13043,"Proportion_Female":0.86957,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Highlands and Miami-Dade Counties - coordinates are for these counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Number_Clutches_Treatment":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Highlands and Miami-Dade Counties - coordinates are for these counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Treatment":2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95.","WoS":4,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Mainly Highlands and Miami-Dade Counties - coordinates are for these counties"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Corn fields in southern Ontario, Canada","Latitude":43.38096,"Longitude":-79.56818,"Latitude_Range":2.80024,"Longitude_Range":7.0786,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Soil","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":1,"Chemical_Treatment":"Water","Applications":"1","Application_Route":"Substrate","Day_First_Application":19,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":13,"Females":0,"Intersex":2,"Undetermined":0,"Proportion_Male":0.93333,"Proportion_Female":0.06667,"Source":"de Solla, S. R., Martin, P. A., Fernie, K. J., Park, B. J., & Mayne, G. (2006). Effects of environmentally relevant concentrations of atrazine on gonadal development of snapping turtles (Chelydra serpentina). Environmental Toxicology and Chemistry, 25(2), 520-526.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Vague site description"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Soil","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Water","Applications":"1","Application_Route":"Substrate","Day_First_Application":19,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":8,"Clutch_ID":"4-11","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":30,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"de Solla, S. R., Martin, P. A., Fernie, K. J., Park, B. J., & Mayne, G. (2006). Effects of environmentally relevant concentrations of atrazine on gonadal development of snapping turtles (Chelydra serpentina). Environmental Toxicology and Chemistry, 25(2), 520-526.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Soil","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Atrazine","Applications":"1","Application_Route":"Substrate","Day_First_Application":19,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":8,"Clutch_ID":"4-11","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":29,"Females":0,"Intersex":1,"Undetermined":0,"Proportion_Male":0.98333,"Proportion_Female":0.01667,"Source":"de Solla, S. R., Martin, P. A., Fernie, K. J., Park, B. J., & Mayne, G. (2006). Effects of environmentally relevant concentrations of atrazine on gonadal development of snapping turtles (Chelydra serpentina). Environmental Toxicology and Chemistry, 25(2), 520-526.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Simulated 1.479 kg/ha application of atrazine; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Soil","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Atrazine","Applications":"1","Application_Route":"Substrate","Day_First_Application":19,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":8,"Clutch_ID":"4-11","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":28,"Females":1,"Intersex":1,"Undetermined":0,"Proportion_Male":0.95,"Proportion_Female":0.05,"Source":"de Solla, S. R., Martin, P. A., Fernie, K. J., Park, B. J., & Mayne, G. (2006). Effects of environmentally relevant concentrations of atrazine on gonadal development of snapping turtles (Chelydra serpentina). Environmental Toxicology and Chemistry, 25(2), 520-526.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Simulated 14.79 kg/ha application of atrazine; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater and Mississippi Rivers, Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":26.5,"Mean_Temp":26.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rhen, T., Metzger, K., Schroeder, A., & Woodward, R. (2007). Expression of putative sex-determining genes during the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Sexual Development, 1(4), 255-270.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater and Mississippi Rivers, Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-170","Backswitch_Start":"Stage 14","Backswitch_Length":"6","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":26.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Metzger, K., Schroeder, A., & Woodward, R. (2007). Expression of putative sex-determining genes during the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Sexual Development, 1(4), 255-270.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater and Mississippi Rivers, Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-170","Set_Temp":26.5,"Mean_Temp":26.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rhen, T., Jangula, A., Schroeder, A., & Woodward-Bosh, R. (2009). The platelet-derived growth factor signaling system in snapping turtle embryos, Chelydra serpentina: Potential role in temperature-dependent sex determination and testis development. General and Comparative Endocrinology, 161(3), 335-343.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Site: 47°15'N to 47°45'N, 95°05'W to 95°21'W"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Clearwater and Mississippi Rivers, Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-170","Backswitch_Start":"Stage 16","Backswitch_Length":"6","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":26.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Jangula, A., Schroeder, A., & Woodward-Bosh, R. (2009). The platelet-derived growth factor signaling system in snapping turtle embryos, Chelydra serpentina: Potential role in temperature-dependent sex determination and testis development. General and Comparative Endocrinology, 161(3), 335-343.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Site: 47°15'N to 47°45'N, 95°05'W to 95°21'W"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle farm in Birmingham, Iowa and Horticulture Station of Iowa State University, Ames, Iowa, USA","Latitude":41.45974,"Longitude":-92.77573,"Latitude_Range":1.30727,"Longitude_Range":1.62219,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"4%","Thermometer_Location":"Container","Set_Temp":26,"Mean_Temp":26.03,"Min_Temp":25.6,"Max_Temp":26.7,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Total_Incubated_Treatment":223,"Total_Hatched":153,"Proportion_Hatched":0.6861,"Sexing_Method":"Endoscopy, hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":153,"Males":99,"Females":18,"Intersex":0,"Undetermined":36,"Proportion_Male":0.64706,"Proportion_Female":0.11765,"Source":"Ceballos, C. P., & Valenzuela, N. (2011). The role of sex-specific plasticity in shaping sexual dimorphism in a long-lived vertebrate, the snapping turtle Chelydra serpentina. Evolutionary Biology, 38(2), 163-181.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle farm in Birmingham, Iowa and Horticulture Station of Iowa State University, Ames, Iowa, USA","Latitude":41.45974,"Longitude":-92.77573,"Latitude_Range":1.30727,"Longitude_Range":1.62219,"Accurate":0.5,"Captive":0.5,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"4%","Thermometer_Location":"Container","Set_Temp":28,"Mean_Temp":27.49,"Min_Temp":26.9,"Max_Temp":28.2,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Total_Incubated_Treatment":222,"Total_Hatched":171,"Proportion_Hatched":0.77027,"Sexing_Method":"Endoscopy, hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":171,"Males":44,"Females":91,"Intersex":0,"Undetermined":36,"Proportion_Male":0.25731,"Proportion_Female":0.53216,"Source":"Ceballos, C. P., & Valenzuela, N. (2011). The role of sex-specific plasticity in shaping sexual dimorphism in a long-lived vertebrate, the snapping turtle Chelydra serpentina. Evolutionary Biology, 38(2), 163-181.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","Number_Clutches_Experiment":65,"Number_Clutches_Treatment":65,"Clutch_ID":"1-65","Mean_Incubation_Length":76.8,"Mean_Incubation_Length_SD":5.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":648,"Males":586,"Females":62,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90432,"Proportion_Female":0.09568,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Finished incubation in the lab after 60 days at 25°C; includes 50 nests with temperature data from fig. 2; average nest temps during TSP ranged from 22-26.9"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.53741,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":30.77529,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":26.56752,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.44188,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.62158,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":25.89042,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.28314,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":25.77392,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":26.33778,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":30.2886,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.03381,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.31146,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.35365,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":26.44117,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":24.45664,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.50192,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.85436,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":26.04671,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":25.54152,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":25.56486,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":30.31212,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":23.27356,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.79535,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.35891,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.75354,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.81979,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.54546,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.16844,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.55969,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":30.32405,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.65131,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.75643,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":26.47015,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":26.08662,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":30.55165,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":25.9384,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"36","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":30.12198,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":26.88811,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.93901,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":30.67668,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":26.1573,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.29613,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.21574,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":27.21515,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.45237,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"45","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C; may only be 9 sexed individuals"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.55476,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"46","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.39663,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.11905,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":29.40204,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"49","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Backwater channel of Mississippi River, Kellogg, Minnesota, USA","Latitude":44.24338,"Longitude":-91.94297,"Latitude_Range":0.01402,"Longitude_Range":0.02,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","CTE":28.37174,"Number_Clutches_Experiment":65,"Number_Clutches_Treatment":1,"Clutch_ID":"50","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Freedberg, S., Lee, C., & Pappas, M. (2011). Agricultural practices alter sex ratios in a reptile with environmental sex determination. Biological Conservation, 144(3), 1159-1166.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Freedberg","Data_Elsewhere":"1","Notes":"Finished incubation in the lab after 60 days at 25°C"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River north of Lake Itasca State Park, Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.5,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":160,"Total_Incubated_Treatment":80,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":34,"Males":34,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Alvine, T., Rhen, T., & Crossley, D. A., II. (2013). Temperature-dependent sex determination modulates cardiovascular maturation in embryonic snapping turtles Chelydra serpentina. Journal of Experimental Biology, 216(5), 751-758.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River north of Lake Itasca State Park, Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 17","Backswitch_Length":"6","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":26.5,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":160,"Total_Incubated_Treatment":80,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":34,"Males":0,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Alvine, T., Rhen, T., & Crossley, D. A., II. (2013). Temperature-dependent sex determination modulates cardiovascular maturation in embryonic snapping turtles Chelydra serpentina. Journal of Experimental Biology, 216(5), 751-758.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Total_Incubated_Experiment":180,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"First applied chemical at 30% of development, second dose 6 days later"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"15","Chemical_Concentration":0.01,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Total_Incubated_Experiment":180,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"First applied chemical at 30% of development, second dose 6 days later"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Total_Incubated_Experiment":180,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"First applied chemical at 30% of development, second dose 6 days later"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Total_Incubated_Experiment":180,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"First applied chemical at 30% of development, second dose 6 days later"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"15","Chemical_Concentration":0.01,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Total_Incubated_Experiment":180,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"First applied chemical at 30% of development, second dose 6 days later"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.93059,"Longitude":-90.11121,"Latitude_Range":0.03065,"Longitude_Range":0.01376,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Total_Incubated_Experiment":180,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"First applied chemical at 30% of development, second dose 6 days later"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 14","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":29.5,"Backswitch_Temp3":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 15","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":29.5,"Backswitch_Temp3":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 16","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":29.5,"Backswitch_Temp3":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":29.5,"Backswitch_Temp3":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":8,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 18","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":29.5,"Backswitch_Temp3":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":4,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 19","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":29.5,"Backswitch_Temp3":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 20","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":29.5,"Backswitch_Temp3":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 21","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":29.5,"Backswitch_Temp3":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 14","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":2,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18182,"Proportion_Female":0.81818,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 15","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 16","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 18","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 19","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 20","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 21","Backswitch_Length":"Hatching","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 13","Backswitch_Length":"Hatching","Backswitch_Temp1":29.5,"Backswitch_Temp2":26.5,"Backswitch_Temp3":26.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":11,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 14","Backswitch_Length":"Hatching","Backswitch_Temp1":29.5,"Backswitch_Temp2":26.5,"Backswitch_Temp3":26.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":10,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 16","Backswitch_Length":"Hatching","Backswitch_Temp1":29.5,"Backswitch_Temp2":24,"Backswitch_Temp3":24,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":5,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.45455,"Proportion_Female":0.54545,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":29.5,"Backswitch_Temp2":24,"Backswitch_Temp3":24,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":7,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53846,"Proportion_Female":0.46154,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"North-central Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 15","Backswitch_Length":"3","Backswitch_Temp1":26.5,"Backswitch_Temp2":31,"Backswitch_Temp3":26.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":47,"Males":37,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78723,"Proportion_Female":0.21277,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on previous work by researchers"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lewisville Lake Environmental Learning Area, Lewisville, Texas, USA","Latitude":33.06417,"Longitude":-96.95472,"Latitude_Range":0.03665,"Longitude_Range":0.07487,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28.2,"Mean_Temp":28.2,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lewisville Lake Environmental Learning Area, Lewisville, Texas, USA","Latitude":33.06417,"Longitude":-96.95472,"Latitude_Range":0.03665,"Longitude_Range":0.07487,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 17","Backswitch_Length":"6","Backswitch_Temp1":24.5,"Backswitch_Temp2":30,"Backswitch_Temp3":24.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lewisville Lake Environmental Learning Area, Lewisville, Texas, USA","Latitude":33.06417,"Longitude":-96.95472,"Latitude_Range":0.03665,"Longitude_Range":0.07487,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 17","Backswitch_Length":"12","Backswitch_Temp1":24.5,"Backswitch_Temp2":30,"Backswitch_Temp3":24.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":6,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Rhen, T., Fagerlie, R., Schroeder, A., Crossley II, D. A., & Lang, J. W. (2015). Molecular and morphological differentiation of testes and ovaries in relation to the thermosensitive period of gonad development in the snapping turtle, Chelydra serpentina. Differentiation, 89(1-2), 31-41.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest top","CTE":27.1,"TSP_Mean_Temp":25.3,"TSP_Mean_Temp_SE":0.2,"TSP_Variance":8.1,"Chemical_Treatment":"Mercury","Number_Clutches_Treatment":7,"Proportion_Hatched":0.897,"Mean_Incubation_Length":82.7,"Mean_Incubation_Length_SE":1.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":47,"Males":3,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0.06383,"Proportion_Female":0.93617,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 2, 3, & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","CTE":25.7,"TSP_Mean_Temp":25,"TSP_Mean_Temp_SE":0.2,"TSP_Variance":2.4,"Chemical_Treatment":"Mercury","Number_Clutches_Treatment":7,"Proportion_Hatched":0.897,"Mean_Incubation_Length":82.7,"Mean_Incubation_Length_SE":1.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":41,"Males":10,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2439,"Proportion_Female":0.7561,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 2, 3, & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest top","CTE":27.3,"TSP_Mean_Temp":25.4,"TSP_Mean_Temp_SE":0.2,"TSP_Variance":9,"Number_Clutches_Treatment":5,"Proportion_Hatched":0.911,"Mean_Incubation_Length":82.4,"Mean_Incubation_Length_SE":1.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":4,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 2, 3, & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","CTE":26,"TSP_Mean_Temp":25.1,"TSP_Mean_Temp_SE":0.2,"TSP_Variance":2.6,"Number_Clutches_Treatment":5,"Proportion_Hatched":0.911,"Mean_Incubation_Length":82.4,"Mean_Incubation_Length_SE":1.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":6,"Females":21,"Intersex":1,"Undetermined":0,"Proportion_Male":0.23214,"Proportion_Female":0.76786,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 2, 3, & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest top","CTE":22.2,"TSP_Mean_Temp":21.7,"TSP_Mean_Temp_SE":0.3,"TSP_Variance":1.5,"Chemical_Treatment":"Mercury","Number_Clutches_Treatment":9,"Proportion_Hatched":0.847,"Mean_Incubation_Length":101.3,"Mean_Incubation_Length_SE":1.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":61,"Males":48,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78689,"Proportion_Female":0.21311,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 2, 3, & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","CTE":21.8,"TSP_Mean_Temp":21.6,"TSP_Mean_Temp_SE":0.3,"TSP_Variance":0.5,"Chemical_Treatment":"Mercury","Number_Clutches_Treatment":8,"Proportion_Hatched":0.847,"Mean_Incubation_Length":101.3,"Mean_Incubation_Length_SE":1.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":44,"Males":40,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 2, 3, & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest top","CTE":22.4,"TSP_Mean_Temp":21.7,"TSP_Mean_Temp_SE":0.3,"TSP_Variance":1.6,"Number_Clutches_Treatment":6,"Proportion_Hatched":0.848,"Mean_Incubation_Length":100,"Mean_Incubation_Length_SE":1.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":42,"Males":24,"Females":17,"Intersex":1,"Undetermined":0,"Proportion_Male":0.58333,"Proportion_Female":0.41667,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 2, 3, & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","CTE":21.7,"TSP_Mean_Temp":21.5,"TSP_Mean_Temp_SE":0.3,"TSP_Variance":0.7,"Number_Clutches_Treatment":6,"Proportion_Hatched":0.848,"Mean_Incubation_Length":100,"Mean_Incubation_Length_SE":1.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":21,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63636,"Proportion_Female":0.36364,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 2, 3, & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Natural program","Substrate":"1:1 vermiculite:water","CTE":26.1,"TSP_Mean_Temp":25.1,"TSP_Mean_Temp_SE":0.1,"TSP_Variance":3.3,"Chemical_Treatment":"Mercury","Number_Clutches_Treatment":13,"Proportion_Hatched":0.83,"Mean_Incubation_Length":83.8,"Mean_Incubation_Length_SE":1.7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":136,"Proportion_Male":0.731,"Proportion_Female":0.269,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 3 & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Natural program","Substrate":"1:1 vermiculite:water","CTE":26.2,"TSP_Mean_Temp":25.2,"TSP_Mean_Temp_SE":0.1,"TSP_Variance":3.4,"Number_Clutches_Treatment":9,"Proportion_Hatched":0.826,"Mean_Incubation_Length":79.7,"Mean_Incubation_Length_SE":1.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":92,"Proportion_Male":0.84,"Proportion_Female":0.16,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 3 & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Natural program","Substrate":"1:1 vermiculite:water","CTE":22,"TSP_Mean_Temp":21.6,"TSP_Mean_Temp_SE":0.2,"TSP_Variance":0.6,"Chemical_Treatment":"Mercury","Number_Clutches_Treatment":7,"Proportion_Hatched":0.707,"Mean_Incubation_Length":101,"Mean_Incubation_Length_SE":1.8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":56,"Proportion_Male":1,"Proportion_Female":0,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 3 & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"South River, Virginia, USA","Latitude":38.1126,"Longitude":-78.93286,"Latitude_Range":0.20179,"Longitude_Range":0.1999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Natural program","Substrate":"1:1 vermiculite:water","CTE":21.9,"TSP_Mean_Temp":21.5,"TSP_Mean_Temp_SE":0.2,"TSP_Variance":0.6,"Number_Clutches_Treatment":9,"Proportion_Hatched":0.841,"Mean_Incubation_Length":99.4,"Mean_Incubation_Length_SE":1.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":104,"Proportion_Male":0.989,"Proportion_Female":0.011,"Source":"Thompson, M. M., Coe, B. H., Andrews, R. M., Stauffer, D. F., Cristol, D. A., Crossley, D. A., II, & Hopkins, W. A. (2018). Major global changes interact to cause male-biased sex ratios in a reptile with temperature-dependent sex determination. Biological Conservation, 222, 64-74.","WoS":3,"Other":0,"Data_Location":"Tables 3 & 4, Fig. 7, Text, Personal Communication with Thompson","Data_Elsewhere":"0","Notes":"Coordinates are for Waynesboro, the approximate source of the mercury contamination; hatching success and incubation length data from Thompson et al. (2018) Journal of Experimental Zoology"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Experiment":302,"Total_Incubated_Treatment":32,"Total_Hatched":16,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Experiment":302,"Total_Incubated_Treatment":43,"Total_Hatched":23,"Proportion_Hatched":0.53488,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":4,"Females":17,"Intersex":2,"Undetermined":0,"Proportion_Male":0.21739,"Proportion_Female":0.78261,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Experiment":302,"Total_Incubated_Treatment":43,"Total_Hatched":22,"Proportion_Hatched":0.51163,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":8,"Females":13,"Intersex":0,"Undetermined":1,"Proportion_Male":0.36364,"Proportion_Female":0.59091,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Experiment":302,"Total_Incubated_Treatment":32,"Total_Hatched":16,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":12,"Females":2,"Intersex":1,"Undetermined":1,"Proportion_Male":0.78125,"Proportion_Female":0.15625,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":4,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Experiment":302,"Total_Incubated_Treatment":31,"Total_Hatched":19,"Proportion_Hatched":0.6129,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":13,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.68421,"Proportion_Female":0.31579,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Experiment":302,"Total_Incubated_Treatment":44,"Total_Hatched":36,"Proportion_Hatched":0.81818,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":13,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36111,"Proportion_Female":0.63889,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":4,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Experiment":302,"Total_Incubated_Treatment":42,"Total_Hatched":32,"Proportion_Hatched":0.7619,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":18,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5625,"Proportion_Female":0.4375,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":4,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":3,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":4,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":2,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":2,"Females":6,"Intersex":0,"Undetermined":1,"Proportion_Male":0.22222,"Proportion_Female":0.66667,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":6,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":4,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":10,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":7,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.75,"Proportion_Female":0,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":4,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":4,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26667,"Proportion_Female":0.73333,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":4,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":6,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46154,"Proportion_Female":0.53846,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":2,"Intersex":1,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":4,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":22,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":3,"Intersex":1,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":7,"Intersex":1,"Undetermined":0,"Proportion_Male":0.0625,"Proportion_Female":0.9375,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Algonquin Wildlife Research Station, Algonquin Provincial Park, Ontario, Canada","Latitude":45.69368,"Longitude":-78.65073,"Latitude_Range":0.18559,"Longitude_Range":0.39788,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"95","Chemical_Concentration":0.0851,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":13,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Leivesley, J. A., & Rollinson, N. (2021). Maternal provisioning and fluctuating thermal regimes enhance immune response in a reptile with temperature-dependent sex determination. Journal of Experimental Biology, 224(5), jeb237016.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"1","Notes":"Same data as above, but broken down by clutch; coordinates based on boundary of wilderness zone that includes the Wildlife Research Station"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":40,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":35,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94595,"Proportion_Female":0.05405,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":34,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":29,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93548,"Proportion_Female":0.06452,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":41,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":22,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55,"Proportion_Female":0.45,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":36,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":13,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.72222,"Proportion_Female":0.27778,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":32,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":36,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":8,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.32,"Proportion_Female":0.68,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":38,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":7,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.21212,"Proportion_Female":0.78788,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":41,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":14,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4375,"Proportion_Female":0.5625,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":40,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":36,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":3,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelydridae","Genus":"Chelydra","Species":"Chelydra_serpentina","SDM":"TSD","SDM_Confidence":1,"Location":"Lake Sasajewun Dam, Algonquin Provincial Park, Ontario, Canada","Latitude":45.59139,"Longitude":-78.51899,"Latitude_Range":0.00072,"Longitude_Range":0.00058,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":248,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Experiment":8674,"Total_Incubated_Treatment":38,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":1,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03704,"Proportion_Female":0.96296,"Source":"Leivesley, J. A., Nancekivell, E. G., Brooks, R. J., Litzgus, J. D., & Rollinson, N. (2022). Long-term resilience of primary sex ratios in a species with temperature-dependent sex determination after decades of climate warming. The American Naturalist, 200(4), 532-543.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Testudinidae","Genus":"Chersobius","Species":"Chersobius_signatus","Listed_As":"Homopus_signatus","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast of Springbok, Namqualand, South Africa","Latitude":-29.69547,"Longitude":17.92755,"Latitude_Range":0.07993,"Longitude_Range":0.11759,"Accurate":1,"Captive":1,"Captive_Location":"The Netherlands","Captive_Latitude":52.1594,"Captive_Longitude":5.2797,"Captive_Latitude_Range":2.80139,"Captive_Longitude_Range":3.87736,"Captive_Accurate":0.5,"Outdoors":0,"Within_Species_Range":0,"First_Year":1996,"Last_Year":1996,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Fluctuating","Substrate":"1:3 w/w vermiculite:water","Mean_Temp":29,"Fluctuation":3,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":109,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":109,"Max_Incubation_Length":109,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Loehr, V. J. T. (1999). Husbandry, behavior, and captive breeding of the Namaqualand speckled padloper (Homopus signatus signatus). Chelonian Conservation and Biology, 3(3), 468-473.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Breeding adults originally from a few hundred meters southeast of Springbok in Namqualand, South Africa"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chersobius","Species":"Chersobius_signatus","Listed_As":"Homopus_signatus","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast of Springbok, Namqualand, South Africa","Latitude":-29.69547,"Longitude":17.92755,"Latitude_Range":0.07993,"Longitude_Range":0.11759,"Accurate":1,"Captive":1,"Captive_Location":"The Netherlands","Captive_Latitude":52.1594,"Captive_Longitude":5.2797,"Captive_Latitude_Range":2.80139,"Captive_Longitude_Range":3.87736,"Captive_Accurate":0.5,"Outdoors":0,"Within_Species_Range":0,"First_Year":1996,"Last_Year":1996,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Fluctuating","Substrate":"1:3 w/w vermiculite:water","Mean_Temp":29,"Fluctuation":3,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":110,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":110,"Max_Incubation_Length":110,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Loehr, V. J. T. (1999). Husbandry, behavior, and captive breeding of the Namaqualand speckled padloper (Homopus signatus signatus). Chelonian Conservation and Biology, 3(3), 468-473.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Breeding adults originally from a few hundred meters southeast of Springbok in Namqualand, South Africa"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chersobius","Species":"Chersobius_signatus","Listed_As":"Homopus_signatus","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast of Springbok, Namqualand, South Africa","Latitude":-29.69547,"Longitude":17.92755,"Latitude_Range":0.07993,"Longitude_Range":0.11759,"Accurate":1,"Captive":1,"Captive_Location":"The Netherlands","Captive_Latitude":52.1594,"Captive_Longitude":5.2797,"Captive_Latitude_Range":2.80139,"Captive_Longitude_Range":3.87736,"Captive_Accurate":0.5,"Outdoors":0,"Within_Species_Range":0,"First_Year":1996,"Last_Year":1996,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Fluctuating","Substrate":"1:3 w/w vermiculite:water","Mean_Temp":29,"Fluctuation":3,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":112,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":112,"Max_Incubation_Length":112,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Loehr, V. J. T. (1999). Husbandry, behavior, and captive breeding of the Namaqualand speckled padloper (Homopus signatus signatus). Chelonian Conservation and Biology, 3(3), 468-473.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Breeding adults originally from a few hundred meters southeast of Springbok in Namqualand, South Africa"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Chersobius","Species":"Chersobius_signatus","Listed_As":"Homopus_signatus","SDM":"TSD","SDM_Confidence":1,"Location":"South Africa","Latitude":-30.55674,"Longitude":18.35361,"Latitude_Range":4.74562,"Longitude_Range":3.10645,"Accurate":0.5,"Captive":1,"Captive_Location":"Mendoza, Argentina","Captive_Latitude":-32.90165,"Captive_Longitude":-68.81354,"Captive_Latitude_Range":0.1736,"Captive_Longitude_Range":0.16827,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":1992,"Last_Year":1992,"First_Month":9,"Last_Month":9,"Substrate":"Sand","Min_Temp":25.5,"Max_Temp":29.4,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":119,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":119,"Max_Incubation_Length":119,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Palmer, M. (2010). The speckled tortoise, Homopus signatus, in captivity. Tortuga Gazette, 46(6), 1-4.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Chitra","Species":"Chitra_chitra","Subspecies":"chitra","SDM":"TSD","SDM_Confidence":0,"Location":"Malaysia and Thailand","Latitude":9.09311,"Longitude":101.25212,"Latitude_Range":15.44802,"Longitude_Range":6.08685,"Accurate":0,"Captive":1,"Captive_Location":"Kanchanaburi Inland Fisheries Research and Development Center, Tha Moung District, Kanchanaburi Province, Thailand","Captive_Latitude":13.96686,"Captive_Longitude":99.62736,"Captive_Latitude_Range":0.00506,"Captive_Longitude_Range":0.00337,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Nest","Substrate":"Sand","Min_Temp":26,"Max_Temp":35,"Mean_Incubation_Length":60,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":60,"Max_Incubation_Length":60,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Juveniles","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Kuchling, G., & Kitimasak, W. (2010). Male biased sex ratio in captive bred Siamese narrow-headed softshell turtles, Chitra chitra: Does the incubation temperature influence hatchling sex in the family Trionychidae? Tropical Natural History, 10(2), 189-197.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Additional incubation info in Kitimasak et al. (2003). Thai Journal of Agricultural Sciences. - no access"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Chitra","Species":"Chitra_chitra","Subspecies":"chitra","SDM":"TSD","SDM_Confidence":0,"Location":"Malaysia and Thailand","Latitude":9.09311,"Longitude":101.25212,"Latitude_Range":15.44802,"Longitude_Range":6.08685,"Accurate":0,"Captive":1,"Captive_Location":"Kanchanaburi Inland Fisheries Research and Development Center, Tha Moung District, Kanchanaburi Province, Thailand","Captive_Latitude":13.96686,"Captive_Longitude":99.62736,"Captive_Latitude_Range":0.00506,"Captive_Longitude_Range":0.00337,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Kuchling, G., & Kitimasak, W. (2010). Male biased sex ratio in captive bred Siamese narrow-headed softshell turtles, Chitra chitra: Does the incubation temperature influence hatchling sex in the family Trionychidae? Tropical Natural History, 10(2), 189-197.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Additional incubation info in Kitimasak et al. (2003). Thai Journal of Agricultural Sciences. - no access"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Chitra","Species":"Chitra_chitra","Subspecies":"chitra","SDM":"TSD","SDM_Confidence":0,"Location":"Malaysia and Thailand","Latitude":9.09311,"Longitude":101.25212,"Latitude_Range":15.44802,"Longitude_Range":6.08685,"Accurate":0,"Captive":1,"Captive_Location":"Kanchanaburi Inland Fisheries Research and Development Center, Tha Moung District, Kanchanaburi Province, Thailand","Captive_Latitude":13.96686,"Captive_Longitude":99.62736,"Captive_Latitude_Range":0.00506,"Captive_Longitude_Range":0.00337,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2004,"First_Month":2,"Last_Month":4,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Min_Temp":24,"Max_Temp":39,"Min_Incubation_Length":53,"Max_Incubation_Length":79,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Juveniles","Total_Sexed":15,"Males":12,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Kuchling, G., & Kitimasak, W. (2010). Male biased sex ratio in captive bred Siamese narrow-headed softshell turtles, Chitra chitra: Does the incubation temperature influence hatchling sex in the family Trionychidae? Tropical Natural History, 10(2), 189-197.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Additional incubation info in Kitimasak et al. (2003). Thai Journal of Agricultural Sciences. - no access"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Chitra","Species":"Chitra_chitra","Subspecies":"chitra","SDM":"TSD","SDM_Confidence":0,"Location":"Malaysia and Thailand","Latitude":9.09311,"Longitude":101.25212,"Latitude_Range":15.44802,"Longitude_Range":6.08685,"Accurate":0,"Captive":1,"Captive_Location":"Kanchanaburi Inland Fisheries Research and Development Center, Tha Moung District, Kanchanaburi Province, Thailand","Captive_Latitude":13.96686,"Captive_Longitude":99.62736,"Captive_Latitude_Range":0.00506,"Captive_Longitude_Range":0.00337,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":2,"Last_Month":4,"Substrate":"Sand","Min_Incubation_Length":55,"Max_Incubation_Length":65,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Juveniles","Total_Sexed":9,"Males":6,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Kuchling, G., & Kitimasak, W. (2010). Male biased sex ratio in captive bred Siamese narrow-headed softshell turtles, Chitra chitra: Does the incubation temperature influence hatchling sex in the family Trionychidae? Tropical Natural History, 10(2), 189-197.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Additional incubation info in Kitimasak et al. (2003). Thai Journal of Agricultural Sciences. - no access"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","Listed_As":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","Listed_As":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":41,"Males":1,"Females":40,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02439,"Proportion_Female":0.97561,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","Listed_As":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":11,"Males":1,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.09091,"Proportion_Female":0.90909,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","Listed_As":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","Listed_As":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","Listed_As":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","Listed_As":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30.6,"Mean_Temp":30.6,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Lake County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Total_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Incubated at 25C beginning at stage 24-25; data also in Ewert et al. (2004); assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Northwest Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 5","Data_Elsewhere":"1","Notes":"Assumed location based on other work by researchers; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":18,"Females":15,"Intersex":1,"Undetermined":0,"Proportion_Male":0.54412,"Proportion_Female":0.45588,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":1,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04545,"Proportion_Female":0.95455,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_dorsalis","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Total_Incubated_Treatment":102,"Total_Hatched":81,"Proportion_Hatched":0.79412,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":81,"Males":81,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":30.5,"Mean_Temp":30.5,"Total_Incubated_Treatment":101,"Total_Hatched":81,"Proportion_Hatched":0.80198,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":81,"Males":0,"Females":81,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":40.15255,"Longitude":-74.44751,"Latitude_Range":15.75064,"Longitude_Range":23.30806,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Sexing_Method":"Macroscopy","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dimond, M. T. (1979). Sex differentiation and incubation temperature in turtles. American Zoologist, 19(3), 981.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"?"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":40.15255,"Longitude":-74.44751,"Latitude_Range":15.75064,"Longitude_Range":23.30806,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":31,"Mean_Temp":31,"Sexing_Method":"Macroscopy","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dimond, M. T. (1979). Sex differentiation and incubation temperature in turtles. American Zoologist, 19(3), 981.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"?"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 16","Backswitch_Length":"Hatching","Backswitch_Temp1":25,"Backswitch_Temp2":30.5,"Backswitch_Temp3":30.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 19","Backswitch_Length":"Hatching","Backswitch_Temp1":25,"Backswitch_Temp2":30.5,"Backswitch_Temp3":30.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 18","Backswitch_Length":"Hatching","Backswitch_Temp1":30.5,"Backswitch_Temp2":25,"Backswitch_Temp3":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 21","Backswitch_Length":"Hatching","Backswitch_Temp1":30.5,"Backswitch_Temp2":25,"Backswitch_Temp3":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":27,"Males":5,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18519,"Proportion_Female":0.81481,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 23","Backswitch_Length":"Hatching","Backswitch_Temp1":30.5,"Backswitch_Temp2":25,"Backswitch_Temp3":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":94,"Males":92,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.97872,"Proportion_Female":0.02128,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":38,"Males":24,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63158,"Proportion_Female":0.36842,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":56,"Males":0,"Females":56,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30.6,"Mean_Temp":30.6,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":22,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"picta","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":26,"Fluctuation":1,"Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"picta","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":28.5,"Fluctuation":1,"Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"picta","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":31,"Fluctuation":1,"Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-300","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-1100","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":6,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-300","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"Range","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":35,"Males":28,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":4,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.19048,"Proportion_Female":0.80952,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-300","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":3,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-1100","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":7,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-1500","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":6,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-300","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-1100","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1983). Influence of the hydric environment on sexual differentiation of turtles. Journal of Experimental Zoology, 226(3), 467-469.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Water_Content":"-225","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Total_Incubated_Treatment":31,"Total_Hatched":30,"Proportion_Hatched":0.96774,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":21,"Females":0,"Intersex":0,"Undetermined":9,"Proportion_Male":0.7,"Proportion_Female":0,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1984). A low threshold temperature for sexual differentiation in the painted turtle, Chrysemys picta. Copeia, 1984(2), 546-547.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Results of lowest temperature excluded since C. picta does not produce females at lower temps; Undetermined embryos damaged during sexing; assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Water_Content":"-225","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.5,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Total_Incubated_Treatment":31,"Total_Hatched":15,"Proportion_Hatched":0.48387,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":0,"Females":14,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0.93333,"Source":"Gutzke, W. H. N., & Paukstis, G. L. (1984). A low threshold temperature for sexual differentiation in the painted turtle, Chrysemys picta. Copeia, 1984(2), 546-547.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Results of lowest temperature excluded since C. picta does not produce females at lower temps; Undetermined embryos damaged during sexing; assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":24.5,"Fluctuation":6.5,"Min_Temp":18,"Max_Temp":31,"Total_Incubated_Treatment":25,"Total_Hatched":19,"Proportion_Hatched":0.76,"Mean_Incubation_Length":68.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":9,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47368,"Proportion_Female":0.52632,"Source":"Paukstis, G. L., Gutzke, W. H. N., & Packard, G. C. (1984). Effects of substrate water potential and fluctuating temperatures on sex ratios of hatchling painted turtles (Chrysemys picta). Canadian Journal of Zoology, 62(8), 1491-1494.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-650","Mean_Temp":24.5,"Fluctuation":6.5,"Min_Temp":18,"Max_Temp":31,"Total_Incubated_Treatment":25,"Total_Hatched":19,"Proportion_Hatched":0.76,"Mean_Incubation_Length":66.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":9,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47368,"Proportion_Female":0.52632,"Source":"Paukstis, G. L., Gutzke, W. H. N., & Packard, G. C. (1984). Effects of substrate water potential and fluctuating temperatures on sex ratios of hatchling painted turtles (Chrysemys picta). Canadian Journal of Zoology, 62(8), 1491-1494.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-1100","Mean_Temp":24.5,"Fluctuation":6.5,"Min_Temp":18,"Max_Temp":31,"Total_Incubated_Treatment":25,"Total_Hatched":12,"Proportion_Hatched":0.48,"Mean_Incubation_Length":64.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":13,"Males":10,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.76923,"Proportion_Female":0.23077,"Source":"Paukstis, G. L., Gutzke, W. H. N., & Packard, G. C. (1984). Effects of substrate water potential and fluctuating temperatures on sex ratios of hatchling painted turtles (Chrysemys picta). Canadian Journal of Zoology, 62(8), 1491-1494.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-1500","Mean_Temp":24.5,"Fluctuation":6.5,"Min_Temp":18,"Max_Temp":31,"Total_Incubated_Treatment":25,"Total_Hatched":10,"Proportion_Hatched":0.4,"Mean_Incubation_Length":63.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":11,"Males":10,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Paukstis, G. L., Gutzke, W. H. N., & Packard, G. C. (1984). Effects of substrate water potential and fluctuating temperatures on sex ratios of hatchling painted turtles (Chrysemys picta). Canadian Journal of Zoology, 62(8), 1491-1494.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":22.5,"Fluctuation":3.5,"Min_Temp":19,"Max_Temp":26,"Total_Incubated_Treatment":25,"Total_Hatched":17,"Proportion_Hatched":0.68,"Mean_Incubation_Length":84.7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":15,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88235,"Proportion_Female":0.11765,"Source":"Paukstis, G. L., Gutzke, W. H. N., & Packard, G. C. (1984). Effects of substrate water potential and fluctuating temperatures on sex ratios of hatchling painted turtles (Chrysemys picta). Canadian Journal of Zoology, 62(8), 1491-1494.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-650","Mean_Temp":22.5,"Fluctuation":3.5,"Min_Temp":19,"Max_Temp":26,"Total_Incubated_Treatment":25,"Total_Hatched":11,"Proportion_Hatched":0.44,"Mean_Incubation_Length":82.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":15,"Males":14,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93333,"Proportion_Female":0.06667,"Source":"Paukstis, G. L., Gutzke, W. H. N., & Packard, G. C. (1984). Effects of substrate water potential and fluctuating temperatures on sex ratios of hatchling painted turtles (Chrysemys picta). Canadian Journal of Zoology, 62(8), 1491-1494.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-1100","Mean_Temp":22.5,"Fluctuation":3.5,"Min_Temp":19,"Max_Temp":26,"Total_Incubated_Treatment":25,"Total_Hatched":3,"Proportion_Hatched":0.12,"Mean_Incubation_Length":84.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Paukstis, G. L., Gutzke, W. H. N., & Packard, G. C. (1984). Effects of substrate water potential and fluctuating temperatures on sex ratios of hatchling painted turtles (Chrysemys picta). Canadian Journal of Zoology, 62(8), 1491-1494.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-1500","Mean_Temp":22.5,"Fluctuation":3.5,"Min_Temp":19,"Max_Temp":26,"Total_Incubated_Treatment":25,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Paukstis, G. L., Gutzke, W. H. N., & Packard, G. C. (1984). Effects of substrate water potential and fluctuating temperatures on sex ratios of hatchling painted turtles (Chrysemys picta). Canadian Journal of Zoology, 62(8), 1491-1494.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle Island, Mississippi River Pool 8, Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":18,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Vogt, R. C., & Bull, J. J. (1984). Ecology of hatchling sex ratio in map turtles. Ecology, 65(2), 582-587.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":19,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"1","Notes":"Same data broken down by mean nest temperature; temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":20,"Total_Incubated_Treatment":24,"Total_Hatched":12,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":1,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.08333,"Proportion_Female":0.91667,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"1","Notes":"Same data broken down by mean nest temperature; temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":21,"Total_Incubated_Treatment":80,"Total_Hatched":64,"Proportion_Hatched":0.8,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":64,"Males":12,"Females":52,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1875,"Proportion_Female":0.8125,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"1","Notes":"Same data broken down by mean nest temperature; temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":22,"Total_Incubated_Treatment":35,"Total_Hatched":31,"Proportion_Hatched":0.88571,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":7,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22581,"Proportion_Female":0.77419,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"1","Notes":"Same data broken down by mean nest temperature; temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":23,"Total_Incubated_Treatment":46,"Total_Hatched":32,"Proportion_Hatched":0.69565,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":0,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"1","Notes":"Same data broken down by mean nest temperature; temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":24,"Total_Incubated_Treatment":51,"Total_Hatched":41,"Proportion_Hatched":0.80392,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":41,"Males":0,"Females":41,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"1","Notes":"Same data broken down by mean nest temperature; temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":25,"Total_Incubated_Treatment":32,"Total_Hatched":16,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"1","Notes":"Same data broken down by mean nest temperature; temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":23.4,"Mean_Temp_SD":0.79,"Min_Temp":10,"Max_Temp":40,"Number_Clutches_Treatment":17,"Clutch_ID":"20-36","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":77,"Males":9,"Females":68,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11688,"Proportion_Female":0.88312,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","Mean_Temp":20.8,"Mean_Temp_SD":0.78,"Min_Temp":9,"Max_Temp":34,"Number_Clutches_Treatment":23,"Clutch_ID":"37-59","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":133,"Males":17,"Females":116,"Intersex":0,"Undetermined":0,"Proportion_Male":0.12782,"Proportion_Female":0.87218,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures recorded to the end of the presumed TSP; means calculated as (Max+Min)/2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":20,"Mean_Temp":20,"Fluctuation":1,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":146,"Total_Incubated_Treatment":21,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":22,"Mean_Temp":22,"Fluctuation":1,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":146,"Total_Incubated_Treatment":20,"Total_Hatched":7,"Proportion_Hatched":0.35,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":1,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":146,"Total_Incubated_Treatment":21,"Total_Hatched":18,"Proportion_Hatched":0.85714,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":17,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":146,"Total_Incubated_Treatment":21,"Total_Hatched":20,"Proportion_Hatched":0.95238,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":18,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":1,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":146,"Total_Incubated_Treatment":21,"Total_Hatched":16,"Proportion_Hatched":0.7619,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":4,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":146,"Total_Incubated_Treatment":21,"Total_Hatched":13,"Proportion_Hatched":0.61905,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Wolf Howl Pond, Algonquin Park, Ontario, Canada","Latitude":45.57888,"Longitude":-78.68861,"Latitude_Range":0.00434,"Longitude_Range":0.00582,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":1,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":146,"Total_Incubated_Treatment":21,"Total_Hatched":10,"Proportion_Hatched":0.47619,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Schwarzkopf, L., & Brooks, R. J. (1985). Sex determination in northern painted turtles: Effect of incubation at constant and fluctuating temperatures. Canadian Journal of Zoology, 63(11), 2543-2547.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Steroid-suspending vehicle","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Embryos","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Testosterone proprionate","Chemical_Mass_.g":"200","Chemical_Concentration":0.05806,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Estradiol-3-benzoate","Chemical_Mass_.g":"50","Chemical_Concentration":0.01328,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Steroid-suspending vehicle","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Embryos","Total_Sexed":28,"Males":0,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:0.23 w/v vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Testosterone proprionate","Chemical_Mass_.g":"200","Chemical_Concentration":0.05806,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Embryos","Total_Sexed":26,"Males":0,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gutzke, W. H. N., & Bull, J. J. (1986). Steroid hormones reverse sex in turtles. General and Comparative Endocrinology, 64(3), 368-372.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Headquarters at Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":25.7,"Mean_Temp":25.7,"Fluctuation":0.3,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":24,"Clutch_ID":"1-24","Total_Incubated_Treatment":22,"Total_Hatched":22,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":22,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Packard, G. C., Packard, M. J., & Birchard, G. F. (1989). Sexual differentiation and hatching success by painted turtles incubating in different thermal and hydric environments. Herpetologica, 45(4), 385-392.","WoS":2,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Headquarters at Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-1100","Set_Temp":27.7,"Mean_Temp":27.7,"Fluctuation":0.3,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":24,"Clutch_ID":"1-24","Total_Incubated_Treatment":22,"Total_Hatched":9,"Proportion_Hatched":0.40909,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Packard, G. C., Packard, M. J., & Birchard, G. F. (1989). Sexual differentiation and hatching success by painted turtles incubating in different thermal and hydric environments. Herpetologica, 45(4), 385-392.","WoS":2,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Headquarters at Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-1100","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.3,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":24,"Clutch_ID":"1-24","Total_Incubated_Treatment":24,"Total_Hatched":14,"Proportion_Hatched":0.58333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":7,"Females":6,"Intersex":1,"Undetermined":0,"Proportion_Male":0.53571,"Proportion_Female":0.46429,"Source":"Packard, G. C., Packard, M. J., & Birchard, G. F. (1989). Sexual differentiation and hatching success by painted turtles incubating in different thermal and hydric environments. Herpetologica, 45(4), 385-392.","WoS":2,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Brown and Jackson Counties, Indiana, USA","Latitude":39.03334,"Longitude":-86.09314,"Latitude_Range":0.61064,"Longitude_Range":0.57765,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Total_Hatched":28,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":80,"Males":80,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Incubated at 25C beginning at stage 24-25; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Crawford County, Pennsylvania, USA","Latitude":41.66502,"Longitude":-80.06642,"Latitude_Range":0.36871,"Longitude_Range":0.905,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Total_Hatched":5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubated at 25C beginning at stage 24-25"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":83,"Males":83,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":33,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":78,"Males":0,"Females":78,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Headquarters at Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":25.25,"Fluctuation":5.25,"Min_Temp":20,"Max_Temp":30.5,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":12,"Clutch_ID":"1-12","Total_Incubated_Treatment":33,"Total_Hatched":29,"Proportion_Hatched":0.87879,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":29,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Packard, G. C., Packard, M. J., & Benigan, L. (1991). Sexual differentiation, growth, and hatching success by embryonic painted turtles incubated in wet and dry environments at fluctuating temperatures. Herpetologica, 47(1), 125-132.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Headquarters at Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-825","Mean_Temp":25.25,"Fluctuation":5.25,"Min_Temp":20,"Max_Temp":30.5,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":12,"Clutch_ID":"1-12","Total_Incubated_Treatment":35,"Total_Hatched":18,"Proportion_Hatched":0.51429,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":18,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Packard, G. C., Packard, M. J., & Benigan, L. (1991). Sexual differentiation, growth, and hatching success by embryonic painted turtles incubated in wet and dry environments at fluctuating temperatures. Herpetologica, 47(1), 125-132.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Headquarters at Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.57078,"Longitude":-100.69145,"Latitude_Range":0.00297,"Longitude_Range":0.01074,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-1500","Mean_Temp":25.25,"Fluctuation":5.25,"Min_Temp":20,"Max_Temp":30.5,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":12,"Clutch_ID":"1-12","Total_Incubated_Treatment":35,"Total_Hatched":9,"Proportion_Hatched":0.25714,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Packard, G. C., Packard, M. J., & Benigan, L. (1991). Sexual differentiation, growth, and hatching success by embryonic painted turtles incubated in wet and dry environments at fluctuating temperatures. Herpetologica, 47(1), 125-132.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Monroe County, Indiana, USA","Latitude":39.17371,"Longitude":-86.50293,"Latitude_Range":0.3657,"Longitude_Range":0.36942,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1990,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Hatched":3,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Etchberger, C. R., Ewert, M. A., Raper, B. A., & Nelson, C. E. (1992). Do low incubation temperatures yield females in painted turtles? Canadian Journal of Zoology, 70(2), 391-394.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"?"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Crescent Lake National Wildlife Refuge, Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1990,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":3,"Clutch_ID":"2-4","Total_Incubated_Treatment":16,"Total_Hatched":1,"Proportion_Hatched":0.0625,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Etchberger, C. R., Ewert, M. A., Raper, B. A., & Nelson, C. E. (1992). Do low incubation temperatures yield females in painted turtles? Canadian Journal of Zoology, 70(2), 391-394.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2019) Functional Ecology"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Crescent Lake National Wildlife Refuge, Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1990,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":7,"Clutch_ID":"5-11","Total_Incubated_Treatment":26,"Total_Hatched":9,"Proportion_Hatched":0.34615,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Etchberger, C. R., Ewert, M. A., Raper, B. A., & Nelson, C. E. (1992). Do low incubation temperatures yield females in painted turtles? Canadian Journal of Zoology, 70(2), 391-394.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2019) Functional Ecology"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Crescent Lake National Wildlife Refuge, Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1990,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":3,"Clutch_ID":"2-4","Total_Incubated_Treatment":29,"Total_Hatched":19,"Proportion_Hatched":0.65517,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":29,"Males":29,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Etchberger, C. R., Ewert, M. A., Raper, B. A., & Nelson, C. E. (1992). Do low incubation temperatures yield females in painted turtles? Canadian Journal of Zoology, 70(2), 391-394.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2019) Functional Ecology"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Crescent Lake National Wildlife Refuge, Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1990,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":7,"Clutch_ID":"5-11","Total_Incubated_Treatment":23,"Total_Hatched":16,"Proportion_Hatched":0.69565,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Etchberger, C. R., Ewert, M. A., Raper, B. A., & Nelson, C. E. (1992). Do low incubation temperatures yield females in painted turtles? Canadian Journal of Zoology, 70(2), 391-394.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2019) Functional Ecology"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Wibbels, T. (1993). Method for preferential production of female turtles, lizards, and crocodiles (U.S. Patent No. 5,201,280). U.S. Patent and Trademark Office.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.03671,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., & Wibbels, T. (1993). Method for preferential production of female turtles, lizards, and crocodiles (U.S. Patent No. 5,201,280). U.S. Patent and Trademark Office.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Central Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Total_Sexed":46,"Males":46,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 5","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Central Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Total_Sexed":17,"Males":8,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47059,"Proportion_Female":0.52941,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 5","Data_Elsewhere":"1","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 5","Data_Elsewhere":"0","Notes":"Coordinates approximated from fig. 5 and other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Michigan, USA","Latitude":46.02724,"Longitude":-86.62156,"Latitude_Range":0.95728,"Longitude_Range":1.51298,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Total_Sexed":12,"Males":10,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 5","Data_Elsewhere":"0","Notes":"Coordinates approximated from fig. 5 and other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Northwest Minnesota, USA","Latitude":47.5,"Longitude":-95.21667,"Latitude_Range":0.5,"Longitude_Range":0.26667,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Total_Sexed":20,"Males":10,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 5","Data_Elsewhere":"0","Notes":"Site: 47°N, 95°W - approximation from Fig. 5"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J. (1994). Climate change and temperature-dependent sex determination in reptiles. Proceedings of the National Academy of Sciences, 91(16), 7487-7490.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":70,"Males":31,"Females":39,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44286,"Proportion_Female":0.55714,"Source":"Janzen, F. J. (1994). Vegetational cover predicts the sex ratio of hatchling turtles in natural nests. Ecology, 75(6), 1593-1599.","WoS":3,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"North nesting beach"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":9,"Clutch_ID":"10-18","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":72,"Males":18,"Females":54,"Intersex":1,"Undetermined":0,"Proportion_Male":0.25694,"Proportion_Female":0.75694,"Source":"Janzen, F. J. (1994). Vegetational cover predicts the sex ratio of hatchling turtles in natural nests. Ecology, 75(6), 1593-1599.","WoS":3,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"South nesting beach"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":9,"Clutch_ID":"19-27","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":72,"Males":71,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.98611,"Proportion_Female":0.01389,"Source":"Janzen, F. J. (1994). Vegetational cover predicts the sex ratio of hatchling turtles in natural nests. Ecology, 75(6), 1593-1599.","WoS":3,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"North nesting beach"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":20,"Clutch_ID":"28-47","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":172,"Males":155,"Females":17,"Intersex":2,"Undetermined":0,"Proportion_Male":0.90698,"Proportion_Female":0.10465,"Source":"Janzen, F. J. (1994). Vegetational cover predicts the sex ratio of hatchling turtles in natural nests. Ecology, 75(6), 1593-1599.","WoS":3,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"South nesting beach"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":10,"Clutch_ID":"48-57","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":91,"Males":13,"Females":78,"Intersex":1,"Undetermined":0,"Proportion_Male":0.14835,"Proportion_Female":0.86264,"Source":"Janzen, F. J. (1994). Vegetational cover predicts the sex ratio of hatchling turtles in natural nests. Ecology, 75(6), 1593-1599.","WoS":3,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"North nesting beach"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":46,"Clutch_ID":"58-103","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":350,"Males":141,"Females":209,"Intersex":2,"Undetermined":0,"Proportion_Male":0.40571,"Proportion_Female":0.6,"Source":"Janzen, F. J. (1994). Vegetational cover predicts the sex ratio of hatchling turtles in natural nests. Ecology, 75(6), 1593-1599.","WoS":3,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"South nesting beach"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"104","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J. (1994). Vegetational cover predicts the sex ratio of hatchling turtles in natural nests. Ecology, 75(6), 1593-1599.","WoS":3,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"North nesting beach"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":115,"Number_Clutches_Treatment":11,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":84,"Males":84,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J. (1994). Vegetational cover predicts the sex ratio of hatchling turtles in natural nests. Ecology, 75(6), 1593-1599.","WoS":3,"Other":0,"Data_Location":"Table 1, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"South nesting beach"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":41.94683,"Longitude":-76.69262,"Latitude_Range":13.96867,"Longitude_Range":27.79828,"Accurate":0,"Captive":1,"Captive_Location":"Vrije Universiteit Brussel, Brussels, Belgium","Captive_Latitude":50.82135,"Captive_Longitude":4.39712,"Captive_Latitude_Range":0.00882,"Captive_Longitude_Range":0.01301,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Mean_Temp":27.5,"Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Min_Incubation_Length":54,"Max_Incubation_Length":55,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Nijs, J. (1995). An incubator with daily temperature fluctuations: A better way to incubate eggs from turtles with temperature-dependent sex determination? Bulletin of the Chicago Herpetological Society, 30(7), 141-144.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":41.94683,"Longitude":-76.69262,"Latitude_Range":13.96867,"Longitude_Range":27.79828,"Accurate":0,"Captive":1,"Captive_Location":"Vrije Universiteit Brussel, Brussels, Belgium","Captive_Latitude":50.82135,"Captive_Longitude":4.39712,"Captive_Latitude_Range":0.00882,"Captive_Longitude_Range":0.01301,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Thermometer_Location":"Incubator","Mean_Temp":27.8,"Min_Temp":25,"Max_Temp":31.5,"Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Min_Incubation_Length":55,"Max_Incubation_Length":57,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Nijs, J. (1995). An incubator with daily temperature fluctuations: A better way to incubate eggs from turtles with temperature-dependent sex determination? Bulletin of the Chicago Herpetological Society, 30(7), 141-144.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Canada and USA","Latitude":41.94683,"Longitude":-76.69262,"Latitude_Range":13.96867,"Longitude_Range":27.79828,"Accurate":0,"Captive":1,"Captive_Location":"Vrije Universiteit Brussel, Brussels, Belgium","Captive_Latitude":50.82135,"Captive_Longitude":4.39712,"Captive_Latitude_Range":0.00882,"Captive_Longitude_Range":0.01301,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Thermometer_Location":"Incubator","Mean_Temp":24.1,"Min_Temp":19.5,"Max_Temp":31.5,"Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Min_Incubation_Length":68,"Max_Incubation_Length":69,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Nijs, J. (1995). An incubator with daily temperature fluctuations: A better way to incubate eggs from turtles with temperature-dependent sex determination? Bulletin of the Chicago Herpetological Society, 30(7), 141-144.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"South Potter's Marsh, Thomson Causeway, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","TSP_Mean_Temp":26.63,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":14,"Total_Hatched":11,"Proportion_Hatched":0.78571,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Weisrock, D. W., & Janzen, F. J. (1999). Thermal and fitness?related consequences of nest location in painted turtles (Chrysemys picta). Functional Ecology, 13(1), 94-101.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"TSP estimated as July"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"South Potter's Marsh, Thomson Causeway, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","TSP_Mean_Temp":27.73,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":15,"Total_Hatched":14,"Proportion_Hatched":0.93333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":3,"Females":10,"Intersex":1,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Weisrock, D. W., & Janzen, F. J. (1999). Thermal and fitness?related consequences of nest location in painted turtles (Chrysemys picta). Functional Ecology, 13(1), 94-101.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"TSP estimated as July"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"South Potter's Marsh, Thomson Causeway, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","TSP_Mean_Temp":27.5,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":11,"Total_Hatched":6,"Proportion_Hatched":0.54545,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":5,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Weisrock, D. W., & Janzen, F. J. (1999). Thermal and fitness?related consequences of nest location in painted turtles (Chrysemys picta). Functional Ecology, 13(1), 94-101.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"TSP estimated as July"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"South Potter's Marsh, Thomson Causeway, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","TSP_Mean_Temp":24.19,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Weisrock, D. W., & Janzen, F. J. (1999). Thermal and fitness?related consequences of nest location in painted turtles (Chrysemys picta). Functional Ecology, 13(1), 94-101.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"TSP estimated as July"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"South Potter's Marsh, Thomson Causeway, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","TSP_Mean_Temp":24.5,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":9,"Total_Hatched":1,"Proportion_Hatched":0.11111,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Weisrock, D. W., & Janzen, F. J. (1999). Thermal and fitness?related consequences of nest location in painted turtles (Chrysemys picta). Functional Ecology, 13(1), 94-101.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"TSP estimated as July"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"South Potter's Marsh, Thomson Causeway, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","TSP_Mean_Temp":24.27,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":11,"Total_Hatched":11,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Weisrock, D. W., & Janzen, F. J. (1999). Thermal and fitness?related consequences of nest location in painted turtles (Chrysemys picta). Functional Ecology, 13(1), 94-101.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"TSP estimated as July"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"South-central Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1998,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Experiment":91,"Number_Clutches_Treatment":91,"Clutch_ID":"1-91","Total_Hatched":425,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":425,"Males":208,"Females":217,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48941,"Proportion_Female":0.51059,"Source":"Bowden, R. M., Ewert, M. A., & Nelson, C. E. (2000). Environmental sex determination in a reptile varies seasonally and with yolk hormones. Proceedings of the Royal Society of London B, 267(1454), 1745-1749.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Number_Clutches_Experiment":13,"Number_Clutches_Treatment":13,"Clutch_ID":"1-13","Total_Incubated_Treatment":48,"Total_Hatched":40,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":26,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96296,"Proportion_Female":0.03704,"Source":"Janzen, F. J., & Morjan, C. L. (2002). Egg size, incubation temperature, and posthatching growth in painted turtles (Chrysemys picta). Journal of Herpetology, 36(2), 308-311.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway, Thomson, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:337 w/w vermiculite:water","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":13,"Number_Clutches_Treatment":13,"Clutch_ID":"1-13","Total_Incubated_Treatment":48,"Total_Hatched":37,"Proportion_Hatched":0.77083,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., & Morjan, C. L. (2002). Egg size, incubation temperature, and posthatching growth in painted turtles (Chrysemys picta). Journal of Herpetology, 36(2), 308-311.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":84,"Males":84,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":83,"Males":83,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":33,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"1","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers; data also in Ewert et al. (1994)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":313,"Males":157,"Females":155,"Intersex":1,"Undetermined":0,"Proportion_Male":0.50319,"Proportion_Female":0.49681,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"?","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":0,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"marginata","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":78,"Males":0,"Females":78,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"Number_Clutches_Experiment":13,"Total_Incubated_Treatment":28,"Total_Hatched":28,"Proportion_Hatched":1,"Mean_Incubation_Length":56,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":13,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46429,"Proportion_Female":0.53571,"Source":"Les, H. L., Paitz, R. T., & Bowden, R. M. (2007). Experimental test of the effects of fluctuating incubation temperatures on hatchling phenotype. Journal of Experimental Zoology, 307A(5), 274-280.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0","Notes":"100% hatching success assumed; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"CTE":29.1,"Fluctuation":3,"Number_Clutches_Experiment":13,"Total_Incubated_Treatment":27,"Total_Hatched":27,"Proportion_Hatched":1,"Mean_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":0,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Les, H. L., Paitz, R. T., & Bowden, R. M. (2007). Experimental test of the effects of fluctuating incubation temperatures on hatchling phenotype. Journal of Experimental Zoology, 307A(5), 274-280.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0","Notes":"100% hatching success assumed; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":27,"Mean_Temp":27,"CTE":32.3,"Fluctuation":8,"Number_Clutches_Experiment":14,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Total_Incubated_Treatment":25,"Total_Hatched":23,"Proportion_Hatched":0.92,"Mean_Incubation_Length":62.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":0,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Paitz, R. T., Clairardin, S. G., Griffin, A. M., Holgersson, M. C. N., & Bowden, R. M. (2010). Temperature fluctuations affect offspring sex but not morphological, behavioral, or immunological traits in the Northern Painted Turtle (Chrysemys picta). Canadian Journal of Zoology, 88(5), 479-486.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":27,"Mean_Temp":27,"CTE":28.4,"Fluctuation":4,"Number_Clutches_Experiment":14,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Total_Incubated_Treatment":25,"Total_Hatched":23,"Proportion_Hatched":0.92,"Mean_Incubation_Length":60.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":16,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.69565,"Proportion_Female":0.30435,"Source":"Paitz, R. T., Clairardin, S. G., Griffin, A. M., Holgersson, M. C. N., & Bowden, R. M. (2010). Temperature fluctuations affect offspring sex but not morphological, behavioral, or immunological traits in the Northern Painted Turtle (Chrysemys picta). Canadian Journal of Zoology, 88(5), 479-486.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":26,"Mean_Temp":26,"CTE":26.7,"Fluctuation":3,"Min_Temp":23,"Max_Temp":29,"Mean_Incubation_Length":70,"Mean_Incubation_Length_SD":2.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":17,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Neuwald, J. L., & Valenzuela, N. (2011). The lesser known challenge of climate change: Thermal variance and sex-reversal in vertebrates with temperature-dependent sex determination. PLoS ONE, 6(3), e18117.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 3, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":26,"Mean_Temp":26,"CTE":28,"Fluctuation":5,"Min_Temp":21,"Max_Temp":31,"Mean_Incubation_Length":70,"Mean_Incubation_Length_SD":1.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":3,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.15789,"Proportion_Female":0.84211,"Source":"Neuwald, J. L., & Valenzuela, N. (2011). The lesser known challenge of climate change: Thermal variance and sex-reversal in vertebrates with temperature-dependent sex determination. PLoS ONE, 6(3), e18117.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 3, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":31,"Mean_Temp":31,"CTE":31.6,"Fluctuation":3,"Min_Temp":28,"Max_Temp":34,"Mean_Incubation_Length":56,"Mean_Incubation_Length_SD":1.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":1,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03448,"Proportion_Female":0.96552,"Source":"Neuwald, J. L., & Valenzuela, N. (2011). The lesser known challenge of climate change: Thermal variance and sex-reversal in vertebrates with temperature-dependent sex determination. PLoS ONE, 6(3), e18117.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 3, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":31,"Mean_Temp":31,"CTE":32.5,"Fluctuation":5,"Min_Temp":26,"Max_Temp":36,"Mean_Incubation_Length":63,"Mean_Incubation_Length_SD":3.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":19,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.76,"Proportion_Female":0.24,"Source":"Neuwald, J. L., & Valenzuela, N. (2011). The lesser known challenge of climate change: Thermal variance and sex-reversal in vertebrates with temperature-dependent sex determination. PLoS ONE, 6(3), e18117.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 3, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":26,"Mean_Temp":26,"CTE":26.7,"Fluctuation":3,"Min_Temp":23,"Max_Temp":29,"Mean_Incubation_Length":64,"Mean_Incubation_Length_SD":2.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Neuwald, J. L., & Valenzuela, N. (2011). The lesser known challenge of climate change: Thermal variance and sex-reversal in vertebrates with temperature-dependent sex determination. PLoS ONE, 6(3), e18117.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 3, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":26,"Mean_Temp":26,"CTE":28,"Fluctuation":5,"Min_Temp":21,"Max_Temp":31,"Mean_Incubation_Length":68,"Mean_Incubation_Length_SD":4.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":1,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05263,"Proportion_Female":0.94737,"Source":"Neuwald, J. L., & Valenzuela, N. (2011). The lesser known challenge of climate change: Thermal variance and sex-reversal in vertebrates with temperature-dependent sex determination. PLoS ONE, 6(3), e18117.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 3, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":31,"Mean_Temp":31,"CTE":31.6,"Fluctuation":3,"Min_Temp":28,"Max_Temp":34,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SD":2.7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":1,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04167,"Proportion_Female":0.95833,"Source":"Neuwald, J. L., & Valenzuela, N. (2011). The lesser known challenge of climate change: Thermal variance and sex-reversal in vertebrates with temperature-dependent sex determination. PLoS ONE, 6(3), e18117.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 3, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":31,"Mean_Temp":31,"CTE":32.5,"Fluctuation":5,"Min_Temp":26,"Max_Temp":36,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SD":1.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Neuwald, J. L., & Valenzuela, N. (2011). The lesser known challenge of climate change: Thermal variance and sex-reversal in vertebrates with temperature-dependent sex determination. PLoS ONE, 6(3), e18117.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 3, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Socorro County, New Mexico, USA","Latitude":33.80457,"Longitude":-106.89101,"Latitude_Range":0.18406,"Longitude_Range":0.21492,"Accurate":1,"Captive":1,"Captive_Location":"Iowa State University's Aquatic Research Facility, Story County, Iowa, USA","Captive_Latitude":42.10991,"Captive_Longitude":-93.58018,"Captive_Latitude_Range":0.0011,"Captive_Longitude_Range":0.00155,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":23.65,"Mean_Temp_SD":0.36,"TSP_Mean_Temp":23.09,"TSP_Mean_Temp_SD":0.21,"Number_Clutches_Experiment":34,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Proportion_Hatched":0.804,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":19,"Males":17,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.89474,"Proportion_Female":0.10526,"Source":"Refsnider, J. M., & Janzen, F. J. (2012). Behavioural plasticity may compensate for climate change in a long-lived reptile with temperature-dependent sex determination. Biological Conservation, 152, 90-95.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text, Personal Communication with Refsnider","Data_Elsewhere":"0","Notes":"Turtles from Socorro County, New Mexico, USA (33°46?15?N, 106°54?07?W); nest temperature data from subset of nests"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":1,"Captive_Location":"Iowa State University's Aquatic Research Facility, Story County, Iowa, USA","Captive_Latitude":42.10991,"Captive_Longitude":-93.58018,"Captive_Latitude_Range":0.0011,"Captive_Longitude_Range":0.00155,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":23.65,"Mean_Temp_SD":0.63,"TSP_Mean_Temp":23.6,"TSP_Mean_Temp_SD":0.83,"Number_Clutches_Experiment":34,"Number_Clutches_Treatment":13,"Clutch_ID":"5-17","Proportion_Hatched":0.767,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":76,"Males":68,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.89474,"Proportion_Female":0.10526,"Source":"Refsnider, J. M., & Janzen, F. J. (2012). Behavioural plasticity may compensate for climate change in a long-lived reptile with temperature-dependent sex determination. Biological Conservation, 152, 90-95.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text, Personal Communication with Refsnider","Data_Elsewhere":"0","Notes":"Turtles from Carroll County, Illinois, USA (41°57?23??N, 90°07?49?W); nest temperature data from subset of nests"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Grant County, Nebraska, USA","Latitude":41.99815,"Longitude":-101.72901,"Latitude_Range":0.00548,"Longitude_Range":0.02509,"Accurate":1,"Captive":1,"Captive_Location":"Iowa State University's Aquatic Research Facility, Story County, Iowa, USA","Captive_Latitude":42.10991,"Captive_Longitude":-93.58018,"Captive_Latitude_Range":0.0011,"Captive_Longitude_Range":0.00155,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":22.96,"Mean_Temp_SD":0.63,"TSP_Mean_Temp":22.63,"TSP_Mean_Temp_SD":0.54,"Number_Clutches_Experiment":34,"Number_Clutches_Treatment":3,"Clutch_ID":"18-20","Proportion_Hatched":0.429,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":11,"Males":5,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.45455,"Proportion_Female":0.54545,"Source":"Refsnider, J. M., & Janzen, F. J. (2012). Behavioural plasticity may compensate for climate change in a long-lived reptile with temperature-dependent sex determination. Biological Conservation, 152, 90-95.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text, Personal Communication with Refsnider","Data_Elsewhere":"0","Notes":"Turtles from Grant County, Nebraska, USA (41°59?47?N, 101°44?05?W); nest temperature data from subset of nests"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Story County, Iowa, USA","Latitude":42.06785,"Longitude":-93.63057,"Latitude_Range":0.01461,"Longitude_Range":0.01855,"Accurate":1,"Captive":1,"Captive_Location":"Iowa State University's Aquatic Research Facility, Story County, Iowa, USA","Captive_Latitude":42.10991,"Captive_Longitude":-93.58018,"Captive_Latitude_Range":0.0011,"Captive_Longitude_Range":0.00155,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":23.05,"Mean_Temp_SD":0.34,"TSP_Mean_Temp":22.51,"TSP_Mean_Temp_SD":0.63,"Number_Clutches_Experiment":34,"Number_Clutches_Treatment":8,"Clutch_ID":"21-28","Proportion_Hatched":0.84,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":65,"Males":60,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92308,"Proportion_Female":0.07692,"Source":"Refsnider, J. M., & Janzen, F. J. (2012). Behavioural plasticity may compensate for climate change in a long-lived reptile with temperature-dependent sex determination. Biological Conservation, 152, 90-95.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text, Personal Communication with Refsnider","Data_Elsewhere":"0","Notes":"Turtles from Story County, Iowa, USA (42°03?45?N, 93°37?49?W); nest temperature data from subset of nests"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Skamania County, Washington, USA","Latitude":45.6259,"Longitude":-122.01391,"Latitude_Range":0.02329,"Longitude_Range":0.05785,"Accurate":1,"Captive":1,"Captive_Location":"Iowa State University's Aquatic Research Facility, Story County, Iowa, USA","Captive_Latitude":42.10991,"Captive_Longitude":-93.58018,"Captive_Latitude_Range":0.0011,"Captive_Longitude_Range":0.00155,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":23.54,"Mean_Temp_SD":0.09,"TSP_Mean_Temp":23.06,"TSP_Mean_Temp_SD":0.02,"Number_Clutches_Experiment":34,"Number_Clutches_Treatment":6,"Clutch_ID":"29-34","Proportion_Hatched":0.427,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":26,"Males":22,"Females":3,"Intersex":1,"Undetermined":0,"Proportion_Male":0.86538,"Proportion_Female":0.13462,"Source":"Refsnider, J. M., & Janzen, F. J. (2012). Behavioural plasticity may compensate for climate change in a long-lived reptile with temperature-dependent sex determination. Biological Conservation, 152, 90-95.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text, Personal Communication with Refsnider","Data_Elsewhere":"0","Notes":"Turtles from Skamania County, Washington, USA (45°37?42?N, 122°00?52?W); nest temperature data from subset of nests"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":25.35,"CTE":28.07,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":22.13,"CTE":24.4,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":4,"Proportion_Hatched":0.66667,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":23.38,"CTE":25.25,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":20.9,"CTE":22.79,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":25.54,"CTE":28.4,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":22.77,"CTE":24.45,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":7,"Total_Hatched":6,"Proportion_Hatched":0.85714,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":26.91,"CTE":27.97,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":22.15,"CTE":22.71,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":6,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":23.41,"CTE":25.94,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":6,"Total_Hatched":4,"Proportion_Hatched":0.66667,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":22.51,"CTE":24.22,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":6,"Total_Hatched":4,"Proportion_Hatched":0.66667,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":26.99,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":6,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":21.66,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":6,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":26.24,"CTE":28.58,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":7,"Total_Hatched":4,"Proportion_Hatched":0.57143,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":26.25,"CTE":28.85,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":25.08,"CTE":27.16,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":25.77,"CTE":27.69,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":6,"Total_Hatched":1,"Proportion_Hatched":0.16667,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":23.09,"CTE":25.25,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":5,"Total_Hatched":2,"Proportion_Hatched":0.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":26.06,"CTE":28.63,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Treatment":7,"Total_Hatched":3,"Proportion_Hatched":0.42857,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","CTE":28.65,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Treatment":5,"Total_Hatched":3,"Proportion_Hatched":0.6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Treatment":7,"Total_Hatched":4,"Proportion_Hatched":0.57143,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Treatment":8,"Total_Hatched":6,"Proportion_Hatched":0.75,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":24.29,"CTE":26.58,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Incubated_Treatment":5,"Total_Hatched":4,"Proportion_Hatched":0.8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":21.52,"CTE":23.48,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Treatment":6,"Total_Hatched":3,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Treatment":5,"Total_Hatched":5,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Incubated_Treatment":5,"Total_Hatched":5,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","CTE":28.14,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Treatment":5,"Total_Hatched":5,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":24.77,"CTE":27.63,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Treatment":6,"Total_Hatched":2,"Proportion_Hatched":0.33333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":22.7,"CTE":24.53,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Treatment":5,"Total_Hatched":5,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Treatment":8,"Total_Hatched":6,"Proportion_Hatched":0.75,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Treatment":7,"Total_Hatched":6,"Proportion_Hatched":0.85714,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":24.11,"CTE":26.13,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":24.19,"CTE":26.32,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":5,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":25.27,"CTE":27.71,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":24.19,"CTE":26.64,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Treatment":5,"Total_Hatched":5,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Incubated_Treatment":7,"Total_Hatched":3,"Proportion_Hatched":0.42857,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Incubated_Treatment":7,"Total_Hatched":5,"Proportion_Hatched":0.71429,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":28.53,"CTE":28.77,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":24.93,"CTE":25.96,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Incubated_Treatment":6,"Total_Hatched":1,"Proportion_Hatched":0.16667,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":26.88,"CTE":28.48,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":26.13,"CTE":28.52,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Treatment":4,"Total_Hatched":1,"Proportion_Hatched":0.25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":26.34,"CTE":28.5,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Treatment":5,"Total_Hatched":2,"Proportion_Hatched":0.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":25.07,"CTE":27.57,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":5,"Total_Hatched":5,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Mean_Temp":24.25,"CTE":27.34,"Number_Clutches_Experiment":28,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mitchell, T. S., Maciel, J. A., & Janzen, F. J. (2013). Does sex-ratio selection influence nest-site choice in a reptile with temperature-dependent sex determination? Proceedings of the Royal Society B, 280, 20132460.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Material","Data_Elsewhere":"0","Notes":"Transferred to constant incubation (28.5C) after 72% (range: 52-96%) of incubation was complete; CTE values calculated during TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":26.1,"Mean_Temp_SD":1.7,"Min_Temp":15.6,"Max_Temp":38.2,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":99,"Total_Hatched":75,"Proportion_Hatched":0.75758,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":76,"Males":17,"Females":59,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22368,"Proportion_Female":0.77632,"Source":"Refsnider, J. M., Bodensteiner, B. L., Reneker, J. L., & Janzen, F. J. (2013). Nest depth may not compensate for sex ratio skews caused by climate change in turtles. Animal Conservation, 16(5), 481-490.","WoS":4,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":25.9,"Mean_Temp_SD":1,"Min_Temp":17.1,"Max_Temp":37.8,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":9,"Clutch_ID":"9-17","Total_Incubated_Treatment":85,"Total_Hatched":67,"Proportion_Hatched":0.78824,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":67,"Males":5,"Females":62,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07463,"Proportion_Female":0.92537,"Source":"Refsnider, J. M., Bodensteiner, B. L., Reneker, J. L., & Janzen, F. J. (2013). Nest depth may not compensate for sex ratio skews caused by climate change in turtles. Animal Conservation, 16(5), 481-490.","WoS":4,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":25.7,"Mean_Temp_SD":1.3,"Min_Temp":17.1,"Max_Temp":36.8,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":4,"Clutch_ID":"18-21","Total_Incubated_Treatment":47,"Total_Hatched":43,"Proportion_Hatched":0.91489,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":53,"Males":16,"Females":37,"Intersex":0,"Undetermined":0,"Proportion_Male":0.30189,"Proportion_Female":0.69811,"Source":"Refsnider, J. M., Bodensteiner, B. L., Reneker, J. L., & Janzen, F. J. (2013). Nest depth may not compensate for sex ratio skews caused by climate change in turtles. Animal Conservation, 16(5), 481-490.","WoS":4,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":26,"Mean_Temp_SD":4.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":12,"Females":12,"Intersex":1,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Telemeco, R. S., Warner, D. A., Reida, M. K., & Janzen, F. J. (2013). Extreme developmental temperatures result in morphological abnormalities in painted turtles (Chrysemys picta): A climate change perspective. Integrative Zoology, 8(2), 197-208.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Temperature averaged over 2001 and 2002 seasons; Assumed presence of at least one intersex based on sample sizes and sex ratios"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":26,"Mean_Temp_SD":4.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":206,"Males":109,"Females":94,"Intersex":1,"Undetermined":0,"Proportion_Male":0.53155,"Proportion_Female":0.45874,"Source":"Telemeco, R. S., Warner, D. A., Reida, M. K., & Janzen, F. J. (2013). Extreme developmental temperatures result in morphological abnormalities in painted turtles (Chrysemys picta): A climate change perspective. Integrative Zoology, 8(2), 197-208.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Temperature averaged over 2001 and 2002 seasons; Assumed presence of at least one intersex based on sample sizes and sex ratios"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":23.8,"Mean_Temp_SD":3.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":173,"Males":137,"Females":35,"Intersex":1,"Undetermined":0,"Proportion_Male":0.7948,"Proportion_Female":0.2052,"Source":"Telemeco, R. S., Warner, D. A., Reida, M. K., & Janzen, F. J. (2013). Extreme developmental temperatures result in morphological abnormalities in painted turtles (Chrysemys picta): A climate change perspective. Integrative Zoology, 8(2), 197-208.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed presence of at least one intersex based on sample sizes and sex ratios"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Bosque del Apache National Wildlife Refuge, Socorro County, New Mexico, USA","Latitude":33.80457,"Longitude":-106.89101,"Latitude_Range":0.18406,"Longitude_Range":0.21492,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2011,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":23.91,"Mean_Temp_SD":0.67,"Min_Temp":17.75,"Max_Temp":30,"TSP_Mean_Temp":24.19,"TSP_Mean_Temp_SD":0.45,"Number_Clutches_Experiment":54,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":46,"Males":44,"Females":1,"Intersex":1,"Undetermined":0,"Proportion_Male":0.96739,"Proportion_Female":0.03261,"Source":"Refsnider, J. M., Milne-Zelman, C., Warner, D. A., & Janzen, F. J. (2014). Population sex ratios under differing local climates in a reptile with environmental sex determination. Evolutionary Ecology, 28(5), 977-989.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed presence of at least one intersex based on sample sizes and sex ratios; coordinates from Carter et al. (2019) Functional Ecology"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Carroll County, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2011,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":23.89,"Mean_Temp_SD":0.89,"Min_Temp":16.3,"Max_Temp":36.4,"TSP_Mean_Temp":24.37,"TSP_Mean_Temp_SD":1.27,"Number_Clutches_Experiment":54,"Number_Clutches_Treatment":25,"Clutch_ID":"5-29","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":240,"Males":176,"Females":63,"Intersex":1,"Undetermined":0,"Proportion_Male":0.73542,"Proportion_Female":0.26458,"Source":"Refsnider, J. M., Milne-Zelman, C., Warner, D. A., & Janzen, F. J. (2014). Population sex ratios under differing local climates in a reptile with environmental sex determination. Evolutionary Ecology, 28(5), 977-989.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed presence of at least one intersex based on sample sizes and sex ratios"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Tamarac National Wildlife Refuge, Becker County, Minnesota, USA","Latitude":46.9564,"Longitude":-95.6519,"Latitude_Range":0.19199,"Longitude_Range":0.16082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":23.87,"Mean_Temp_SD":1.12,"Min_Temp":13,"Max_Temp":37.16,"TSP_Mean_Temp":25.44,"TSP_Mean_Temp_SD":1.07,"Number_Clutches_Experiment":54,"Number_Clutches_Treatment":25,"Clutch_ID":"30-54","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":266,"Males":42,"Females":223,"Intersex":1,"Undetermined":0,"Proportion_Male":0.15977,"Proportion_Female":0.84023,"Source":"Refsnider, J. M., Milne-Zelman, C., Warner, D. A., & Janzen, F. J. (2014). Population sex ratios under differing local climates in a reptile with environmental sex determination. Evolutionary Ecology, 28(5), 977-989.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed presence of at least one intersex based on sample sizes and sex ratios"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Fluctuation":2,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"14","Day_First_Application":15,"Day_Last_Application":22,"Number_Clutches_Experiment":44,"Total_Incubated_Experiment":446,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":38,"Males":26,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.68421,"Proportion_Female":0.31579,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Fluctuation":2,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"15","Chemical_Concentration":0.01,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"14","Day_First_Application":15,"Day_Last_Application":22,"Number_Clutches_Experiment":44,"Total_Incubated_Experiment":446,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":49,"Males":45,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91837,"Proportion_Female":0.08163,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Fluctuation":2,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"80","Chemical_Concentration":0.07166,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"14","Day_First_Application":15,"Day_Last_Application":22,"Number_Clutches_Experiment":44,"Total_Incubated_Experiment":446,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":30,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28,"Mean_Temp":28,"Fluctuation":2,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"14","Day_First_Application":14,"Day_Last_Application":21,"Number_Clutches_Experiment":44,"Total_Incubated_Experiment":446,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":47,"Males":13,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2766,"Proportion_Female":0.7234,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"30","Chemical_Concentration":0.02,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Day_First_Application":11,"Day_Last_Application":18,"Number_Clutches_Experiment":19,"Total_Incubated_Experiment":147,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Day_First_Application":11,"Day_Last_Application":18,"Number_Clutches_Experiment":19,"Total_Incubated_Experiment":147,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":8,"Number_Clutches_Experiment":19,"Total_Incubated_Experiment":147,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":10,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"30","Chemical_Concentration":0.02,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":8,"Number_Clutches_Experiment":19,"Total_Incubated_Experiment":147,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":8,"Number_Clutches_Experiment":19,"Total_Incubated_Experiment":147,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":11,"Number_Clutches_Experiment":19,"Total_Incubated_Experiment":147,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"30","Chemical_Concentration":0.02,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":11,"Number_Clutches_Experiment":19,"Total_Incubated_Experiment":147,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":11,"Number_Clutches_Experiment":19,"Total_Incubated_Experiment":147,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Warner, D. A., Addis, E., Du, W.-G., Wibbels, T., & Janzen, F. J. (2014). Exogenous application of estradiol to eggs unexpectedly induces male development in two turtle species with temperature-dependent sex determination. General and Comparative Endocrinology, 206, 16-23.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text, Personal Communication with Warner","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Total_Incubated_Treatment":46,"Total_Hatched":35,"Proportion_Hatched":0.76087,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Jandegian, C. M., Deem, S. L., Bhandari, R. K., Holliday, C. M., Nicks, D., Rosenfeld, C. S., Selcer, K. W., Tillitt, D. E., vom Saal, F. S., Vélez-Rivera, V., Yang, Y., & Holliday, D. K. (2015). Developmental exposure to bisphenol A (BPA) alters sexual differentiation in painted turtles (Chrysemys picta). General and Comparative Endocrinology, 216, 77-85.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text, Personal Communication with D. Holliday","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":47,"Total_Hatched":42,"Proportion_Hatched":0.89362,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Jandegian, C. M., Deem, S. L., Bhandari, R. K., Holliday, C. M., Nicks, D., Rosenfeld, C. S., Selcer, K. W., Tillitt, D. E., vom Saal, F. S., Vélez-Rivera, V., Yang, Y., & Holliday, D. K. (2015). Developmental exposure to bisphenol A (BPA) alters sexual differentiation in painted turtles (Chrysemys picta). General and Comparative Endocrinology, 216, 77-85.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text, Personal Communication with D. Holliday","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"BPA","Chemical_Mass_.g":"0.05","Chemical_Concentration":0.00004,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":44,"Total_Hatched":42,"Proportion_Hatched":0.95455,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":16,"Females":0,"Intersex":7,"Undetermined":0,"Proportion_Male":0.84783,"Proportion_Female":0.15217,"Source":"Jandegian, C. M., Deem, S. L., Bhandari, R. K., Holliday, C. M., Nicks, D., Rosenfeld, C. S., Selcer, K. W., Tillitt, D. E., vom Saal, F. S., Vélez-Rivera, V., Yang, Y., & Holliday, D. K. (2015). Developmental exposure to bisphenol A (BPA) alters sexual differentiation in painted turtles (Chrysemys picta). General and Comparative Endocrinology, 216, 77-85.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"BPA","Chemical_Mass_.g":"5","Chemical_Concentration":0.00438,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":48,"Total_Hatched":40,"Proportion_Hatched":0.83333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":12,"Females":0,"Intersex":6,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Jandegian, C. M., Deem, S. L., Bhandari, R. K., Holliday, C. M., Nicks, D., Rosenfeld, C. S., Selcer, K. W., Tillitt, D. E., vom Saal, F. S., Vélez-Rivera, V., Yang, Y., & Holliday, D. K. (2015). Developmental exposure to bisphenol A (BPA) alters sexual differentiation in painted turtles (Chrysemys picta). General and Comparative Endocrinology, 216, 77-85.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"BPA","Chemical_Mass_.g":"500","Chemical_Concentration":0.43804,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":48,"Total_Hatched":39,"Proportion_Hatched":0.8125,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":11,"Females":0,"Intersex":7,"Undetermined":0,"Proportion_Male":0.80556,"Proportion_Female":0.19444,"Source":"Jandegian, C. M., Deem, S. L., Bhandari, R. K., Holliday, C. M., Nicks, D., Rosenfeld, C. S., Selcer, K. W., Tillitt, D. E., vom Saal, F. S., Vélez-Rivera, V., Yang, Y., & Holliday, D. K. (2015). Developmental exposure to bisphenol A (BPA) alters sexual differentiation in painted turtles (Chrysemys picta). General and Comparative Endocrinology, 216, 77-85.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":45,"Total_Hatched":33,"Proportion_Hatched":0.73333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":2,"Females":12,"Intersex":5,"Undetermined":0,"Proportion_Male":0.23684,"Proportion_Female":0.76316,"Source":"Jandegian, C. M., Deem, S. L., Bhandari, R. K., Holliday, C. M., Nicks, D., Rosenfeld, C. S., Selcer, K. W., Tillitt, D. E., vom Saal, F. S., Vélez-Rivera, V., Yang, Y., & Holliday, D. K. (2015). Developmental exposure to bisphenol A (BPA) alters sexual differentiation in painted turtles (Chrysemys picta). General and Comparative Endocrinology, 216, 77-85.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Total_Incubated_Treatment":20,"Total_Hatched":17,"Proportion_Hatched":0.85,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":3,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Jandegian, C. M., Deem, S. L., Bhandari, R. K., Holliday, C. M., Nicks, D., Rosenfeld, C. S., Selcer, K. W., Tillitt, D. E., vom Saal, F. S., Vélez-Rivera, V., Yang, Y., & Holliday, D. K. (2015). Developmental exposure to bisphenol A (BPA) alters sexual differentiation in painted turtles (Chrysemys picta). General and Comparative Endocrinology, 216, 77-85.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text, Personal Communication with D. Holliday","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":20,"Total_Hatched":18,"Proportion_Hatched":0.9,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Jandegian, C. M., Deem, S. L., Bhandari, R. K., Holliday, C. M., Nicks, D., Rosenfeld, C. S., Selcer, K. W., Tillitt, D. E., vom Saal, F. S., Vélez-Rivera, V., Yang, Y., & Holliday, D. K. (2015). Developmental exposure to bisphenol A (BPA) alters sexual differentiation in painted turtles (Chrysemys picta). General and Comparative Endocrinology, 216, 77-85.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text, Personal Communication with D. Holliday","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Total_Incubated_Experiment":203,"Total_Hatched":24,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Manshack, L. K., Conard, C. M., Johnson, S. A., Alex, J. M., Bryan, S. J., Deem, S. L., Holliday, D. K., Ellersieck, M. R., & Rosenfeld, C. S. (2016). Effects of developmental exposure to bisphenol A and ethinyl estradiol on spatial navigational learning and memory in painted turtles (Chrysemys picta). Hormones and Behavior, 85, 48-55.","WoS":3,"Other":0,"Data_Location":"Text, Personal Communication with D. Holliday","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Louisiana Cypress Turtle Farms, Pierre Part, Louisiana, USA","Captive_Latitude":29.96188,"Captive_Longitude":-91.20681,"Captive_Latitude_Range":0.00036,"Captive_Longitude_Range":0.0005,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"Incubation_Setup":"Constant","Substrate":"1:1 v/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Experiment":203,"Total_Hatched":20,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Manshack, L. K., Conard, C. M., Johnson, S. A., Alex, J. M., Bryan, S. J., Deem, S. L., Holliday, D. K., Ellersieck, M. R., & Rosenfeld, C. S. (2016). Effects of developmental exposure to bisphenol A and ethinyl estradiol on spatial navigational learning and memory in painted turtles (Chrysemys picta). Hormones and Behavior, 85, 48-55.","WoS":3,"Other":0,"Data_Location":"Text, Personal Communication with D. Holliday","Data_Elsewhere":"0","Notes":"Species may be Chrysemys dorsalis based on location"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":48,"Number_Clutches_Treatment":24,"Clutch_ID":"1-24","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":35,"Males":3,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0.08571,"Proportion_Female":0.91429,"Source":"Warner, D. A., Mitchell, T. S., Bodensteiner, B. L., & Janzen, F. J. (2017). The effect of hormone manipulations on sex ratios varies with environmental conditions in a turtle with temperature?dependent sex determination. Journal of Experimental Zoology, 327(4), 172-181.","WoS":2,"Other":0,"Data_Location":"Fig. 4, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"Finished incubatin in the lab after July 10 at 28 C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"30","Chemical_Concentration":0.02203,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":48,"Number_Clutches_Treatment":24,"Clutch_ID":"1-24","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":2,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.0625,"Proportion_Female":0.9375,"Source":"Warner, D. A., Mitchell, T. S., Bodensteiner, B. L., & Janzen, F. J. (2017). The effect of hormone manipulations on sex ratios varies with environmental conditions in a turtle with temperature?dependent sex determination. Journal of Experimental Zoology, 327(4), 172-181.","WoS":2,"Other":0,"Data_Location":"Fig. 4, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"Finished incubatin in the lab after July 10 at 28 C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":48,"Number_Clutches_Treatment":24,"Clutch_ID":"1-24","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":5,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.17241,"Proportion_Female":0.82759,"Source":"Warner, D. A., Mitchell, T. S., Bodensteiner, B. L., & Janzen, F. J. (2017). The effect of hormone manipulations on sex ratios varies with environmental conditions in a turtle with temperature?dependent sex determination. Journal of Experimental Zoology, 327(4), 172-181.","WoS":2,"Other":0,"Data_Location":"Fig. 4, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"Finished incubatin in the lab after July 10 at 28 C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":48,"Number_Clutches_Treatment":24,"Clutch_ID":"25-48","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":42,"Males":13,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0.30952,"Proportion_Female":0.69048,"Source":"Warner, D. A., Mitchell, T. S., Bodensteiner, B. L., & Janzen, F. J. (2017). The effect of hormone manipulations on sex ratios varies with environmental conditions in a turtle with temperature?dependent sex determination. Journal of Experimental Zoology, 327(4), 172-181.","WoS":2,"Other":0,"Data_Location":"Fig. 4, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"Finished incubatin in the lab after August 13 at 28 C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"30","Chemical_Concentration":0.02203,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":48,"Number_Clutches_Treatment":24,"Clutch_ID":"25-48","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":43,"Males":5,"Females":38,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11628,"Proportion_Female":0.88372,"Source":"Warner, D. A., Mitchell, T. S., Bodensteiner, B. L., & Janzen, F. J. (2017). The effect of hormone manipulations on sex ratios varies with environmental conditions in a turtle with temperature?dependent sex determination. Journal of Experimental Zoology, 327(4), 172-181.","WoS":2,"Other":0,"Data_Location":"Fig. 4, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"Finished incubatin in the lab after August 13 at 28 C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest center","Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":48,"Number_Clutches_Treatment":24,"Clutch_ID":"25-48","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":47,"Males":25,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53191,"Proportion_Female":0.46809,"Source":"Warner, D. A., Mitchell, T. S., Bodensteiner, B. L., & Janzen, F. J. (2017). The effect of hormone manipulations on sex ratios varies with environmental conditions in a turtle with temperature?dependent sex determination. Journal of Experimental Zoology, 327(4), 172-181.","WoS":2,"Other":0,"Data_Location":"Fig. 4, Text, Personal Communication with Warner","Data_Elsewhere":"0","Notes":"Finished incubatin in the lab after August 13 at 28 C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Idaho, USA","Latitude":47.37731,"Longitude":-116.76346,"Latitude_Range":0.01143,"Longitude_Range":0.00984,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":26,"Fluctuation":0.5,"Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Idaho, USA","Latitude":47.37731,"Longitude":-116.76346,"Latitude_Range":0.01143,"Longitude_Range":0.00984,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":27,"Fluctuation":0.5,"Total_Sexed":18,"Males":18,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Idaho, USA","Latitude":47.37731,"Longitude":-116.76346,"Latitude_Range":0.01143,"Longitude_Range":0.00984,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":27.5,"Fluctuation":0.5,"Total_Sexed":18,"Males":18,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Idaho, USA","Latitude":47.37731,"Longitude":-116.76346,"Latitude_Range":0.01143,"Longitude_Range":0.00984,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":28,"Fluctuation":0.5,"Total_Sexed":20,"Males":19,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95,"Proportion_Female":0.05,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Idaho, USA","Latitude":47.37731,"Longitude":-116.76346,"Latitude_Range":0.01143,"Longitude_Range":0.00984,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":28.5,"Fluctuation":0.5,"Total_Sexed":19,"Males":9,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47368,"Proportion_Female":0.52632,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Idaho, USA","Latitude":47.37731,"Longitude":-116.76346,"Latitude_Range":0.01143,"Longitude_Range":0.00984,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":29,"Fluctuation":0.5,"Total_Sexed":17,"Males":1,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05882,"Proportion_Female":0.94118,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Idaho, USA","Latitude":47.37731,"Longitude":-116.76346,"Latitude_Range":0.01143,"Longitude_Range":0.00984,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":30,"Fluctuation":0.5,"Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":27.5,"Fluctuation":0.5,"Total_Sexed":27,"Males":25,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92593,"Proportion_Female":0.07407,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":28,"Fluctuation":0.5,"Total_Sexed":25,"Males":7,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28,"Proportion_Female":0.72,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":28.5,"Fluctuation":0.5,"Total_Sexed":30,"Males":4,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13333,"Proportion_Female":0.86667,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":29,"Fluctuation":0.5,"Total_Sexed":28,"Males":8,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Minnesota, USA","Latitude":46.9564,"Longitude":-95.6519,"Latitude_Range":0.19199,"Longitude_Range":0.16082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":27,"Fluctuation":0.5,"Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Minnesota, USA","Latitude":46.9564,"Longitude":-95.6519,"Latitude_Range":0.19199,"Longitude_Range":0.16082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":27.5,"Fluctuation":0.5,"Total_Sexed":19,"Males":18,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94737,"Proportion_Female":0.05263,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Minnesota, USA","Latitude":46.9564,"Longitude":-95.6519,"Latitude_Range":0.19199,"Longitude_Range":0.16082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Mean_Temp":28,"Fluctuation":0.5,"Total_Sexed":13,"Males":13,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. L., Bodensteiner, B. L., Iverson, J. B., Milne?Zelman, C. L., Mitchell, T. S., Refsnider, J. M., Warner, D. A., & Janzen, F. J. (2019). Breadth of the thermal response captures individual and geographic variation in temperature?dependent sex determination. Functional Ecology, 33(10), 1928-1939.","WoS":5,"Other":0,"Data_Location":"Fig. 2, Text, Supplemental Data","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Substrate":"Gravel","Thermometer_Location":"Nest center","Mean_Temp":24.4,"CTE":27.5,"Mean_Temp_SE":0.2,"Min_Temp":18.8,"Max_Temp":31.3,"Number_Clutches_Experiment":12,"Mean_Incubation_Length":77.9,"Mean_Incubation_Length_SE":0.67,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mitchell, T. S., & Janzen, F. J. (2019). Substrate influences turtle nest temperature, incubation period, and offspring sex ratio in the field. Herpetologica, 75(1), 57-62.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Substrate":"Loam","Thermometer_Location":"Nest center","Mean_Temp":23.9,"CTE":26,"Mean_Temp_SE":0.2,"Min_Temp":19.3,"Max_Temp":29.2,"Number_Clutches_Experiment":12,"Mean_Incubation_Length":76.2,"Mean_Incubation_Length_SE":0.66,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":4,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.30769,"Proportion_Female":0.69231,"Source":"Mitchell, T. S., & Janzen, F. J. (2019). Substrate influences turtle nest temperature, incubation period, and offspring sex ratio in the field. Herpetologica, 75(1), 57-62.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","Subspecies":"bellii","SDM":"TSD","SDM_Confidence":1,"Location":"Thomson Causeway Recreation Area, Illinois, USA","Latitude":41.94912,"Longitude":-90.11665,"Latitude_Range":0.00607,"Longitude_Range":0.00546,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":24.6,"CTE":27.7,"Mean_Temp_SE":0.2,"Min_Temp":19,"Max_Temp":31.5,"Number_Clutches_Experiment":12,"Mean_Incubation_Length":75.2,"Mean_Incubation_Length_SE":0.67,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mitchell, T. S., & Janzen, F. J. (2019). Substrate influences turtle nest temperature, incubation period, and offspring sex ratio in the field. Herpetologica, 75(1), 57-62.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 28"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.966,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":30,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA male program"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.676,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":38,"Males":38,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA male program"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA male program"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.767,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":24,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96,"Proportion_Female":0.04,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA male program plus/minus 2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.35,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA male program plus/minus 4"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.947,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":0,"Females":65,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA male program plus/minus 6"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.921,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA female program"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.807,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":51,"Males":0,"Females":51,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA female program"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.846,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA female program"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA female program plus/minus 2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.757,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":1,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.06667,"Proportion_Female":0.93333,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA female program plus/minus 4"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Chrysemys","Species":"Chrysemys_picta","SDM":"TSD","SDM_Confidence":1,"Location":"Canada, Mexico, and USA","Latitude":42.59766,"Longitude":-94.14538,"Latitude_Range":24.41951,"Longitude_Range":62.7038,"Accurate":0,"Captive":1,"Captive_Location":"Turtle farms in Iowa, USA","Captive_Latitude":41.94525,"Captive_Longitude":-93.40095,"Captive_Latitude_Range":3.14498,"Captive_Longitude_Range":6.51489,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"Incubation_Setup":"Natural program","Substrate":"Sand","Proportion_Hatched":0.948,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":54,"Males":1,"Females":53,"Intersex":0,"Undetermined":0,"Proportion_Male":0.01852,"Proportion_Female":0.98148,"Source":"Valenzuela, N., Literman, R., Neuwald, J. L., Mizoguchi, B., Iverson, J. B., Riley, J. L., & Litzgus, J. D. (2019). Extreme thermal fluctuations from climate change unexpectedly accelerate demographic collapse of vertebrates with temperature-dependent sex determination. Scientific Reports, 9(1), 1-11.","WoS":6,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"IA female program plus/minus 6"}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Cuora","Species":"Cuora_flavomarginata","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, and Taiwan","Latitude":27.34066,"Longitude":116.04502,"Latitude_Range":10.83269,"Longitude_Range":16.5955,"Accurate":0,"Captive":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2005,"Last_Year":2006,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"6:5 vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live ","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":22,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Farrell, R. (2007). Update: Temperature sex determination (TSD) project for the yellow-margined box turtle (Cuora flavomarginata). Turtle Survival Alliance Newsletter, 2007, 34.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Cuora","Species":"Cuora_flavomarginata","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, and Taiwan","Latitude":27.34066,"Longitude":116.04502,"Latitude_Range":10.83269,"Longitude_Range":16.5955,"Accurate":0,"Captive":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2005,"Last_Year":2006,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"6:5 vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live ","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":17,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77273,"Proportion_Female":0.22727,"Source":"Farrell, R. (2007). Update: Temperature sex determination (TSD) project for the yellow-margined box turtle (Cuora flavomarginata). Turtle Survival Alliance Newsletter, 2007, 34.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Cuora","Species":"Cuora_flavomarginata","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, and Taiwan","Latitude":27.34066,"Longitude":116.04502,"Latitude_Range":10.83269,"Longitude_Range":16.5955,"Accurate":0,"Captive":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2005,"Last_Year":2006,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"6:5 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live ","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":6,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.35294,"Proportion_Female":0.64706,"Source":"Farrell, R. (2007). Update: Temperature sex determination (TSD) project for the yellow-margined box turtle (Cuora flavomarginata). Turtle Survival Alliance Newsletter, 2007, 34.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Cuora","Species":"Cuora_flavomarginata","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, and Taiwan","Latitude":27.34066,"Longitude":116.04502,"Latitude_Range":10.83269,"Longitude_Range":16.5955,"Accurate":0,"Captive":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2005,"Last_Year":2006,"First_Month":6,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"6:5 vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live ","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Farrell, R. (2007). Update: Temperature sex determination (TSD) project for the yellow-margined box turtle (Cuora flavomarginata). Turtle Survival Alliance Newsletter, 2007, 34.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Cuora","Species":"Cuora_flavomarginata","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, and Taiwan","Latitude":27.34066,"Longitude":116.04502,"Latitude_Range":10.83269,"Longitude_Range":16.5955,"Accurate":0,"Captive":1,"Within_Species_Range":0,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live ","Sexed_Age_Class":"Hatchlings","Total_Sexed":58,"Males":4,"Females":54,"Intersex":0,"Undetermined":0,"Proportion_Male":0.06897,"Proportion_Female":0.93103,"Source":"Hernandez-Divers, S. J., Stahl, S. J., & Farrell, R. (2009). An endoscopic method for identifying sex of hatchling Chinese box turtles and comparison of general versus local anesthesia for coelioscopy. Journal of the American Veterinary Medical Association, 234(6), 800-804.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Cuora","Species":"Cuora_trifasciata","SDM":"TSD","SDM_Confidence":1,"Location":"China","Latitude":21.95275,"Longitude":113.39014,"Latitude_Range":7.0755,"Longitude_Range":9.4902,"Accurate":0,"Captive":1,"Captive_Location":"Jinan University, Guangzhou, China","Captive_Latitude":23.14027,"Captive_Longitude":113.33892,"Captive_Latitude_Range":0.0288,"Captive_Longitude_Range":0.02526,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"7.50%","Humidity":0.875,"Mean_Temp":30,"Males":0,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Li, G., & Tang, D. (2002). Study on the breeding ecology of Cuora trifasciata. Ecologic Science, 21(2), 112-114.","Source_Alternate":"???, & ???. (2002). ????????????. ????, 21(2), 112-114.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":2,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.10526,"Proportion_Female":0.89474,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":19,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90476,"Proportion_Female":0.09524,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":11,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55,"Proportion_Female":0.45,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":3,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.12,"Proportion_Female":0.88,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Deirochelys","Species":"Deirochelys_reticularia","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-83.83265,"Latitude_Range":6.45126,"Longitude_Range":7.60088,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Dermatemydidae","Genus":"Dermatemys","Species":"Dermatemys_mawii","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Dermatemydidae","Genus":"Dermatemys","Species":"Dermatemys_mawii","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":4,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44444,"Proportion_Female":0.55556,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Dermatemydidae","Genus":"Dermatemys","Species":"Dermatemys_mawii","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana and Suriname","Latitude":5.87055,"Longitude":-54.40184,"Latitude_Range":0.2548,"Longitude_Range":0.9295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":27,"Mean_Temp":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana and Suriname","Latitude":5.87055,"Longitude":-54.40184,"Latitude_Range":0.2548,"Longitude_Range":0.9295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":27.25,"Mean_Temp":27.25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana and Suriname","Latitude":5.87055,"Longitude":-54.40184,"Latitude_Range":0.2548,"Longitude_Range":0.9295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana and Suriname","Latitude":5.87055,"Longitude":-54.40184,"Latitude_Range":0.2548,"Longitude_Range":0.9295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":28.25,"Mean_Temp":28.25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana and Suriname","Latitude":5.87055,"Longitude":-54.40184,"Latitude_Range":0.2548,"Longitude_Range":0.9295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":28.75,"Mean_Temp":28.75,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana and Suriname","Latitude":5.87055,"Longitude":-54.40184,"Latitude_Range":0.2548,"Longitude_Range":0.9295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":29.75,"Mean_Temp":29.75,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana and Suriname","Latitude":5.87055,"Longitude":-54.40184,"Latitude_Range":0.2548,"Longitude_Range":0.9295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":30.5,"Mean_Temp":30.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana and Suriname","Latitude":5.87055,"Longitude":-54.40184,"Latitude_Range":0.2548,"Longitude_Range":0.9295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Set_Temp":32,"Mean_Temp":32,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1983,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":179,"Males":18,"Females":36,"Intersex":125,"Undetermined":0,"Proportion_Male":0.44972,"Proportion_Female":0.55028,"Source":"Rimblot, F., Fretey, J., Lescure, J., & Pieau, C. (1983). Influence de la temperature sur la differentiation sexuelle des gonades chez la tortue luth (Dermochelys coriacea); Etude en incubation artificielle et naturelle.  Actes de Colloques, 1(1), 355-362.","WoS":1,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Krofajapasi Beach, Wia-Wia Nature Reserve, Suriname","Latitude":5.99329,"Longitude":-54.81258,"Latitude_Range":0.00931,"Longitude_Range":0.10802,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Nest","Substrate":"Sand","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Dutton, P. H., & Whitmore, C. P. (1984). Sex ratios of two species of sea turtle nesting in Suriname. Canadian Journal of Zoology, 62(11), 2227-2239.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Krofajapasi Beach, Wia-Wia Nature Reserve, Suriname","Latitude":5.99329,"Longitude":-54.81258,"Latitude_Range":0.00931,"Longitude_Range":0.10802,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","TSP_Mean_Temp":28.1,"TSP_Mean_Temp_SD":0.1,"TSP_Min_Temp":27,"TSP_Max_Temp":29.3,"Number_Clutches_Experiment":29,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":45,"Mean_Incubation_Length":70.5,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":70.5,"Max_Incubation_Length":70.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dutton, P. H., Whitmore, C. P., & Mrosovsky, N. (1985). Masculinisation of leatherback turtle Dermochelys coriacea hatchlings from eggs incubated in styrofoam boxes. Biological Conservation, 31(3), 249-264.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Krofajapasi Beach, Wia-Wia Nature Reserve, Suriname","Latitude":5.99329,"Longitude":-54.81258,"Latitude_Range":0.00931,"Longitude_Range":0.10802,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","TSP_Mean_Temp":28.1,"TSP_Mean_Temp_SD":0.1,"TSP_Min_Temp":27,"TSP_Max_Temp":29.3,"Number_Clutches_Experiment":29,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Treatment":45,"Mean_Incubation_Length":71,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":71,"Max_Incubation_Length":71,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dutton, P. H., Whitmore, C. P., & Mrosovsky, N. (1985). Masculinisation of leatherback turtle Dermochelys coriacea hatchlings from eggs incubated in styrofoam boxes. Biological Conservation, 31(3), 249-264.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":4,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":6,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":0,"Females":40,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":39,"Males":39,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":6,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":7,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26923,"Proportion_Female":0.73077,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Table, Text","Data_Elsewhere":"1","Notes":"Data also in Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier."}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.25,"Mean_Temp":29.25,"Fluctuation":0.2,"Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"?"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.75,"Mean_Temp":29.75,"Fluctuation":0.2,"Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lescure, J., Rimblot, F., Fretey, J., Renous, S., & Pieau, C. (1985). Influence de la température d'incubation des œufs sur la sex-ratio des nouveaux-nés de la tortue Luth, Dermochelys coriacea. Bulletin de la Société zoologique de France, 110(3), 355-359.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"?"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":24,"Total_Hatched":12,"Proportion_Hatched":0.5,"Min_Incubation_Length":73,"Max_Incubation_Length":75,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":25,"Total_Hatched":1,"Proportion_Hatched":0.04,"Mean_Incubation_Length":56,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":56,"Max_Incubation_Length":56,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Suriname","Latitude":5.99329,"Longitude":-54.81258,"Latitude_Range":0.00931,"Longitude_Range":0.10802,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27.25,"Mean_Temp":27.25,"Fluctuation":0.3,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":11,"Total_Hatched":2,"Proportion_Hatched":0.18182,"Min_Incubation_Length":74,"Max_Incubation_Length":76,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Suriname","Latitude":5.99329,"Longitude":-54.81258,"Latitude_Range":0.00931,"Longitude_Range":0.10802,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":28.25,"Mean_Temp":28.25,"Fluctuation":0.3,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":10,"Total_Hatched":1,"Proportion_Hatched":0.1,"Mean_Incubation_Length":69,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":69,"Max_Incubation_Length":69,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Suriname","Latitude":5.99329,"Longitude":-54.81258,"Latitude_Range":0.00931,"Longitude_Range":0.10802,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":29.75,"Mean_Temp":29.75,"Fluctuation":0.3,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":11,"Total_Hatched":3,"Proportion_Hatched":0.27273,"Min_Incubation_Length":63,"Max_Incubation_Length":65,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Suriname","Latitude":5.99329,"Longitude":-54.81258,"Latitude_Range":0.00931,"Longitude_Range":0.10802,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Set_Temp":32,"Mean_Temp":32,"Fluctuation":1.8,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":10,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":12,"Total_Hatched":3,"Proportion_Hatched":0.25,"Mean_Incubation_Length":60,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":60,"Max_Incubation_Length":60,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":51,"Total_Hatched":18,"Proportion_Hatched":0.35294,"Min_Incubation_Length":74,"Max_Incubation_Length":76,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":19,"Total_Hatched":5,"Proportion_Hatched":0.26316,"Mean_Incubation_Length":64,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":64,"Max_Incubation_Length":64,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":28.75,"Mean_Temp":28.75,"Fluctuation":0.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":25,"Total_Hatched":14,"Proportion_Hatched":0.56,"Min_Incubation_Length":68,"Max_Incubation_Length":70,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":12,"Total_Hatched":2,"Proportion_Hatched":0.16667,"Mean_Incubation_Length":68,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":68,"Max_Incubation_Length":68,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":28,"Total_Hatched":8,"Proportion_Hatched":0.28571,"Min_Incubation_Length":54,"Max_Incubation_Length":56,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":26,"Total_Hatched":2,"Proportion_Hatched":0.07692,"Mean_Incubation_Length":73,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":73,"Max_Incubation_Length":73,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":28.75,"Mean_Temp":28.75,"Fluctuation":0.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":26,"Total_Hatched":1,"Proportion_Hatched":0.03846,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":61,"Max_Incubation_Length":61,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot, F., Fretey, J., Mrosovsky, N., Lescure, J., & Pieau, C. (1985). Sexual differentiation as a function of the incubation temperature of eggs in the sea-turtle Dermochelys coriacea (Vandelli, 1761). Amphibia-Reptilia, 6(1), 83-92.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: Only says Suriname and French Guiana - coordinates taken from other papers by the authors"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.25,"Mean_Temp":29.25,"Fluctuation":0.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":17,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.25,"Mean_Temp":29.25,"Fluctuation":0.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":18,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.25,"Mean_Temp":29.25,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":57,"Total_Hatched":1,"Proportion_Hatched":0.01754,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.25,"Mean_Temp":29.25,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":48,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":16,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.75,"Mean_Temp":29.75,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":34,"Total_Hatched":8,"Proportion_Hatched":0.23529,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29.75,"Mean_Temp":29.75,"Fluctuation":0.2,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":34,"Total_Hatched":21,"Proportion_Hatched":0.61765,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":22,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":3,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":1,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":5,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55556,"Proportion_Female":0.44444,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":4,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":6,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":0,"Females":40,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":39,"Males":39,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":6,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":14,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":1,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05263,"Proportion_Female":0.94737,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":18,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Les Hattes, French Guiana","Latitude":5.74516,"Longitude":-53.94397,"Latitude_Range":0.00403,"Longitude_Range":0.01375,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":34,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rimblot-Baly, F., Lescure, J., Fretey, J., & Pieau, C. (1986). Sensibilité à la température de la différenciation sexuelle chez la tortue Luth, Dermochelys coriacea (Vandelli, 1761); application des données de l'incubation artificielle à l'étude de la sex-ratio dans la nature. In Annales des sciences naturelles. Zoologie et biologie animale (Vol. 8, No. 4, pp. 277-290). Elsevier.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":25,"Total_Hatched":8,"Proportion_Hatched":0.32,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":23,"Total_Hatched":3,"Proportion_Hatched":0.13043,"Mean_Incubation_Length":58.5,"Min_Incubation_Length":58,"Max_Incubation_Length":59,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":25,"Total_Hatched":18,"Proportion_Hatched":0.72,"Mean_Incubation_Length":56,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":56,"Max_Incubation_Length":56,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":10,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0.90909,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":25,"Total_Hatched":23,"Proportion_Hatched":0.92,"Mean_Incubation_Length":55.5,"Min_Incubation_Length":55,"Max_Incubation_Length":56,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Incubator","Mean_Temp":28.95,"Mean_Temp_SE":1.34,"Min_Temp":26,"Max_Temp":31.8,"Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"5-7","Total_Incubated_Treatment":25,"Total_Hatched":12,"Proportion_Hatched":0.48,"Mean_Incubation_Length":57,"Min_Incubation_Length":56,"Max_Incubation_Length":58,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"8-10","Total_Incubated_Treatment":24,"Total_Hatched":10,"Proportion_Hatched":0.41667,"Mean_Incubation_Length":55,"Min_Incubation_Length":54,"Max_Incubation_Length":56,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"11-13","Total_Incubated_Treatment":25,"Total_Hatched":11,"Proportion_Hatched":0.44,"Mean_Incubation_Length":56,"Min_Incubation_Length":55,"Max_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"5-7","Total_Incubated_Treatment":50,"Total_Hatched":11,"Proportion_Hatched":0.22,"Mean_Incubation_Length":56.5,"Min_Incubation_Length":56,"Max_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"8-10","Total_Incubated_Treatment":48,"Total_Hatched":11,"Proportion_Hatched":0.22917,"Mean_Incubation_Length":55.5,"Min_Incubation_Length":55,"Max_Incubation_Length":56,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"11-13","Total_Incubated_Treatment":50,"Total_Hatched":22,"Proportion_Hatched":0.44,"Mean_Incubation_Length":56,"Min_Incubation_Length":55,"Max_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"5-7","Total_Incubated_Treatment":75,"Total_Hatched":7,"Proportion_Hatched":0.09333,"Mean_Incubation_Length":56,"Min_Incubation_Length":55,"Max_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"8-10","Total_Incubated_Treatment":72,"Total_Hatched":30,"Proportion_Hatched":0.41667,"Mean_Incubation_Length":55.5,"Min_Incubation_Length":54,"Max_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"11-13","Total_Incubated_Treatment":75,"Total_Hatched":38,"Proportion_Hatched":0.50667,"Mean_Incubation_Length":56.5,"Min_Incubation_Length":55,"Max_Incubation_Length":58,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Rantau Abang Turtle Sanctuary, Terengganu, Malaysia","Latitude":4.88043,"Longitude":103.38607,"Latitude_Range":0.06335,"Longitude_Range":0.03706,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":3,"Clutch_ID":"5-7","Total_Incubated_Treatment":100,"Total_Hatched":15,"Proportion_Hatched":0.15,"Mean_Incubation_Length":62.5,"Min_Incubation_Length":56,"Max_Incubation_Length":69,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Chan, E. H., & Liew, H. C. (1995). Incubation temperatures and sex-ratios in the Malaysian leatherback turtle Dermochelys coriacea. Biological Conservation, 74(3), 169-174.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Site: 4°51.9'N, 103°23.8'E - corrected for accuracy"}
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{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Grande, Guanacaste, Costa Rica","Latitude":10.324,"Longitude":-85.84595,"Latitude_Range":0.03058,"Longitude_Range":0.01799,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1994,"Last_Year":1995,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.2,"Total_Incubated_Treatment":23,"Total_Hatched":16,"Proportion_Hatched":0.69565,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Binckley, C. A., Spotila, J. R., Wilson, K. S., & Paladino, F. V. (1998). Sex determination and sex ratios of Pacific leatherback turtles, Dermochelys coriacea. Copeia, 1998(2), 291-300.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Grande, Guanacaste, Costa Rica","Latitude":10.324,"Longitude":-85.84595,"Latitude_Range":0.03058,"Longitude_Range":0.01799,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1994,"Last_Year":1995,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.2,"Total_Incubated_Treatment":22,"Total_Hatched":10,"Proportion_Hatched":0.45455,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Binckley, C. A., Spotila, J. R., Wilson, K. S., & Paladino, F. V. (1998). Sex determination and sex ratios of Pacific leatherback turtles, Dermochelys coriacea. Copeia, 1998(2), 291-300.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Grande, Guanacaste, Costa Rica","Latitude":10.324,"Longitude":-85.84595,"Latitude_Range":0.03058,"Longitude_Range":0.01799,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1994,"Last_Year":1995,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":31.5,"Mean_Temp":31.5,"Fluctuation":0.2,"Total_Incubated_Treatment":22,"Total_Hatched":12,"Proportion_Hatched":0.54545,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Binckley, C. A., Spotila, J. R., Wilson, K. S., & Paladino, F. V. (1998). Sex determination and sex ratios of Pacific leatherback turtles, Dermochelys coriacea. Copeia, 1998(2), 291-300.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Originally set to 33"}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Grande, Guanacaste, Costa Rica","Latitude":10.324,"Longitude":-85.84595,"Latitude_Range":0.03058,"Longitude_Range":0.01799,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1994,"Last_Year":1995,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.2,"Total_Incubated_Treatment":22,"Total_Hatched":8,"Proportion_Hatched":0.36364,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Binckley, C. A., Spotila, J. R., Wilson, K. S., & Paladino, F. V. (1998). Sex determination and sex ratios of Pacific leatherback turtles, Dermochelys coriacea. Copeia, 1998(2), 291-300.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Dermochelyidae","Genus":"Dermochelys","Species":"Dermochelys_coriacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Grande, Guanacaste, Costa Rica","Latitude":10.324,"Longitude":-85.84595,"Latitude_Range":0.03058,"Longitude_Range":0.01799,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1994,"Last_Year":1995,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.2,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Binckley, C. A., Spotila, J. R., Wilson, K. S., & Paladino, F. V. (1998). Sex determination and sex ratios of Pacific leatherback turtles, Dermochelys coriacea. Copeia, 1998(2), 291-300.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
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{"Order":"Testudines","Family":"Chelidae","Genus":"Elseya","Species":"Elseya_novaeguineae","Listed_As":"Elseya_novaguineae","SDM":"GSD","SDM_Confidence":1,"Location":"Indonesia","Latitude":-2.02515,"Longitude":132.05425,"Latitude_Range":4.08225,"Longitude_Range":4.50045,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":9,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52941,"Proportion_Female":0.47059,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Elseya","Species":"Elseya_novaeguineae","Listed_As":"Elseya_novaguineae","SDM":"GSD","SDM_Confidence":1,"Location":"Indonesia","Latitude":-2.02515,"Longitude":132.05425,"Latitude_Range":4.08225,"Longitude_Range":4.50045,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":19,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.59375,"Proportion_Female":0.40625,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelidae","Genus":"Elseya","Species":"Elseya_novaeguineae","Listed_As":"Elseya_novaguineae","SDM":"GSD","SDM_Confidence":1,"Location":"Indonesia","Latitude":-2.02515,"Longitude":132.05425,"Latitude_Range":4.08225,"Longitude_Range":4.50045,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Elseya","Species":"Elseya_novaeguineae","Listed_As":"Elseya_novaguineae","SDM":"GSD","SDM_Confidence":1,"Location":"Indonesia","Latitude":-2.02515,"Longitude":132.05425,"Latitude_Range":4.08225,"Longitude_Range":4.50045,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":12,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Elusor","Species":"Elusor_macrurus","SDM":"GSD","SDM_Confidence":1,"Location":"Mary River near Tiaro, Queensland, Australia","Latitude":-25.70835,"Longitude":152.56946,"Latitude_Range":0.12149,"Longitude_Range":0.10579,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"3:4 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Treatment":15,"Total_Hatched":14,"Proportion_Hatched":0.93333,"Mean_Incubation_Length":62,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":62,"Max_Incubation_Length":62,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":6,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Georges, A., & McInnes, S. (1998). Temperature fails to influence hatchling sex in another genus and species of chelid turtle, Elusor macrurus. Journal of Herpetology, 32(4), 596-598.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Elusor","Species":"Elusor_macrurus","SDM":"GSD","SDM_Confidence":1,"Location":"Mary River near Tiaro, Queensland, Australia","Latitude":-25.70835,"Longitude":152.56946,"Latitude_Range":0.12149,"Longitude_Range":0.10579,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"3:4 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Treatment":15,"Total_Hatched":14,"Proportion_Hatched":0.93333,"Min_Incubation_Length":52,"Max_Incubation_Length":55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":8,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57143,"Proportion_Female":0.42857,"Source":"Georges, A., & McInnes, S. (1998). Temperature fails to influence hatchling sex in another genus and species of chelid turtle, Elusor macrurus. Journal of Herpetology, 32(4), 596-598.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelidae","Genus":"Emydura","Species":"Emydura_macquarii","Subspecies":"macquarii","Listed_As":"Emydura_signata","SDM":"GSD","SDM_Confidence":1,"Location":"Macleay drainage, New South Wales, Australia","Latitude":-30.65834,"Longitude":152.2036,"Latitude_Range":1.34306,"Longitude_Range":1.76928,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"Kim-Wipes","Set_Temp":25,"Mean_Temp":25,"Number_Clutches_Experiment":13,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Vouchers":1,"Total_Sexed":33,"Males":15,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.45455,"Proportion_Female":0.54545,"Source":"Bull, J. J., Legler, J. M., & Vogt, R. C. (1985). Non-temperature dependent sex determination in two suborders of turtles. Copeia, 1985(3), 784-786.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelidae","Genus":"Emydura","Species":"Emydura_macquarii","Subspecies":"macquarii","SDM":"GSD","SDM_Confidence":1,"Location":"Lake Bonney, Barmera, South Australia, Australia","Latitude":-34.22066,"Longitude":140.44037,"Latitude_Range":0.06075,"Longitude_Range":0.0589,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"Range","Set_Temp":20,"Mean_Temp":20,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":12,"Total_Hatched":4,"Proportion_Hatched":0.33333,"Mean_Incubation_Length":114,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":2,"Intersex":0,"Undetermined":3,"Proportion_Male":0.16667,"Proportion_Female":0.33333,"Source":"Thompson, M. B. (1983). The physiology and ecology of the eggs of the pleurodiran tortoise Emydura macquarii (Gray), 1831 (Doctoral dissertation, University of Adelaide, Adelaide, Australia). Retrieved from https://digital.library.adelaide.edu.au/dspace/bitstream/2440/21319/2/02whole.pdf","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Finished incubation at 30 after 91 days"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_blandingii","Listed_As":"Emydoidea_blandingii","SDM":"TSD","SDM_Confidence":1,"Location":"Beem and Doc Lakes, Hyannis, Nebraska, USA","Latitude":42.01836,"Longitude":-101.63365,"Latitude_Range":0.0456,"Longitude_Range":0.21301,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"Incubation_Setup":"Artificial nest","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Cordero, G. A., Birk, K., Ruane, S., Dinkelacker, S. A., & Janzen, F. J. (2023). Effects of the egg incubation environment on turtle carapace development. Evolution & Development, 25(2), 153-169.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_blandingii","Listed_As":"Emydoidea_blandingii","SDM":"TSD","SDM_Confidence":1,"Location":"Beem and Doc Lakes, Hyannis, Nebraska, USA","Latitude":42.01836,"Longitude":-101.63365,"Latitude_Range":0.0456,"Longitude_Range":0.21301,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"Incubation_Setup":"Artificial nest","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Cordero, G. A., Birk, K., Ruane, S., Dinkelacker, S. A., & Janzen, F. J. (2023). Effects of the egg incubation environment on turtle carapace development. Evolution & Development, 25(2), 153-169.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_blandingii","Listed_As":"Emydoidea_blandingii","SDM":"TSD","SDM_Confidence":1,"Location":"Beem and Doc Lakes, Hyannis, Nebraska, USA","Latitude":42.01836,"Longitude":-101.63365,"Latitude_Range":0.0456,"Longitude_Range":0.21301,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"Incubation_Setup":"Artificial nest","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Cordero, G. A., Birk, K., Ruane, S., Dinkelacker, S. A., & Janzen, F. J. (2023). Effects of the egg incubation environment on turtle carapace development. Evolution & Development, 25(2), 153-169.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_blandingii","Listed_As":"Emydoidea_blandingii","SDM":"TSD","SDM_Confidence":1,"Location":"Beem and Doc Lakes, Hyannis, Nebraska, USA","Latitude":42.01836,"Longitude":-101.63365,"Latitude_Range":0.0456,"Longitude_Range":0.21301,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"Incubation_Setup":"Artificial nest","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Cordero, G. A., Birk, K., Ruane, S., Dinkelacker, S. A., & Janzen, F. J. (2023). Effects of the egg incubation environment on turtle carapace development. Evolution & Development, 25(2), 153-169.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_blandingii","Listed_As":"Emydoidea_blandingii","SDM":"TSD","SDM_Confidence":1,"Location":"Beem and Doc Lakes, Hyannis, Nebraska, USA","Latitude":42.01836,"Longitude":-101.63365,"Latitude_Range":0.0456,"Longitude_Range":0.21301,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"Incubation_Setup":"Artificial nest","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Cordero, G. A., Birk, K., Ruane, S., Dinkelacker, S. A., & Janzen, F. J. (2023). Effects of the egg incubation environment on turtle carapace development. Evolution & Development, 25(2), 153-169.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_blandingii","Listed_As":"Emydoidea_blandingii","SDM":"TSD","SDM_Confidence":1,"Location":"Beem and Doc Lakes, Hyannis, Nebraska, USA","Latitude":42.01836,"Longitude":-101.63365,"Latitude_Range":0.0456,"Longitude_Range":0.21301,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"Incubation_Setup":"Nest","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Cordero, G. A., Birk, K., Ruane, S., Dinkelacker, S. A., & Janzen, F. J. (2023). Effects of the egg incubation environment on turtle carapace development. Evolution & Development, 25(2), 153-169.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_blandingii","Listed_As":"Emydoidea_blandingii","SDM":"TSD","SDM_Confidence":1,"Location":"Beem and Doc Lakes, Hyannis, Nebraska, USA","Latitude":42.01836,"Longitude":-101.63365,"Latitude_Range":0.0456,"Longitude_Range":0.21301,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Cordero, G. A., Birk, K., Ruane, S., Dinkelacker, S. A., & Janzen, F. J. (2023). Effects of the egg incubation environment on turtle carapace development. Evolution & Development, 25(2), 153-169.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Hatchlings found dead near road"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","Listed_As":"Clemmys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Oregon and Northern California, USA","Latitude":41.66019,"Longitude":-122.36023,"Latitude_Range":5.50557,"Longitude_Range":4.44829,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","Listed_As":"Clemmys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Oregon and Northern California, USA","Latitude":41.66019,"Longitude":-122.36023,"Latitude_Range":5.50557,"Longitude_Range":4.44829,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","Listed_As":"Clemmys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Oregon and Northern California, USA","Latitude":41.66019,"Longitude":-122.36023,"Latitude_Range":5.50557,"Longitude_Range":4.44829,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Total_Sexed":6,"Males":2,"Females":3,"Intersex":1,"Undetermined":0,"Proportion_Male":0.41667,"Proportion_Female":0.58333,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","Listed_As":"Clemmys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Oregon and Northern California, USA","Latitude":41.66019,"Longitude":-122.36023,"Latitude_Range":5.50557,"Longitude_Range":4.44829,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.3,"Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake south of Clear Lake, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"5:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Experiment":51,"Total_Incubated_Treatment":12,"Total_Hatched":9,"Proportion_Hatched":0.75,"Mean_Incubation_Length":84,"Mean_Incubation_Length_SE":1.66667,"Mean_Incubation_Length_SD":5,"Min_Incubation_Length":77,"Max_Incubation_Length":94,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Gordon, R. A. (2009). Effects of incubation temperature on the embryonic development and hatching success of the western pond turtle (Emys marmorata) (Master's thesis, Sonoma State University, Rohnert Park, California, USA). Retrieved from http://sonoma-dspace.calstate.edu/bitstream/handle/10211.1/915/GordonR_Thesis.pdf?sequence=3","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed once 17g"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake south of Clear Lake, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"5:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Experiment":51,"Total_Incubated_Treatment":12,"Total_Hatched":12,"Proportion_Hatched":1,"Mean_Incubation_Length":83.5,"Mean_Incubation_Length_SE":1.83609,"Mean_Incubation_Length_SD":6.36039,"Min_Incubation_Length":74,"Max_Incubation_Length":95,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Gordon, R. A. (2009). Effects of incubation temperature on the embryonic development and hatching success of the western pond turtle (Emys marmorata) (Master's thesis, Sonoma State University, Rohnert Park, California, USA). Retrieved from http://sonoma-dspace.calstate.edu/bitstream/handle/10211.1/915/GordonR_Thesis.pdf?sequence=3","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed once 17g"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake south of Clear Lake, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"5:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Experiment":51,"Total_Incubated_Treatment":12,"Total_Hatched":12,"Proportion_Hatched":1,"Mean_Incubation_Length":85.5,"Mean_Incubation_Length_SE":1.7386,"Mean_Incubation_Length_SD":6.02268,"Min_Incubation_Length":79,"Max_Incubation_Length":96,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":4,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Gordon, R. A. (2009). Effects of incubation temperature on the embryonic development and hatching success of the western pond turtle (Emys marmorata) (Master's thesis, Sonoma State University, Rohnert Park, California, USA). Retrieved from http://sonoma-dspace.calstate.edu/bitstream/handle/10211.1/915/GordonR_Thesis.pdf?sequence=3","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed once 17g"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake south of Clear Lake, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"5:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Experiment":51,"Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Mean_Incubation_Length":88.125,"Mean_Incubation_Length_SE":2.0039,"Mean_Incubation_Length_SD":5.66789,"Min_Incubation_Length":81,"Max_Incubation_Length":95,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Gordon, R. A. (2009). Effects of incubation temperature on the embryonic development and hatching success of the western pond turtle (Emys marmorata) (Master's thesis, Sonoma State University, Rohnert Park, California, USA). Retrieved from http://sonoma-dspace.calstate.edu/bitstream/handle/10211.1/915/GordonR_Thesis.pdf?sequence=3","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed once 17g"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake south of Clear Lake, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"5:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Experiment":51,"Total_Incubated_Treatment":7,"Total_Hatched":4,"Proportion_Hatched":0.57143,"Mean_Incubation_Length":89.75,"Mean_Incubation_Length_SE":3.61421,"Mean_Incubation_Length_SD":7.22842,"Min_Incubation_Length":84,"Max_Incubation_Length":99,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gordon, R. A. (2009). Effects of incubation temperature on the embryonic development and hatching success of the western pond turtle (Emys marmorata) (Master's thesis, Sonoma State University, Rohnert Park, California, USA). Retrieved from http://sonoma-dspace.calstate.edu/bitstream/handle/10211.1/915/GordonR_Thesis.pdf?sequence=3","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0","Notes":"Hatchlings sexed once 17g"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake 150km north of San Francisco Bay, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"5:1 v/v vermiculite:water","Thermometer_Location":"Incubator, egg container","Set_Temp":26,"Mean_Temp":26,"Number_Clutches_Experiment":14,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":15,"Total_Hatched":12,"Proportion_Hatched":0.8,"Mean_Incubation_Length":89.45,"Mean_Incubation_Length_SE":0.95,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Geist, N. R., Dallara, Z., & Gordon, R. (2015). The role of incubation temperature and clutch effects in development and phenotype of head-started western pond turtles (Emys marmorata). Herpetological Conservation and Biology, 10(1), 489-503.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Gordon (2009)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake 150km north of San Francisco Bay, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"5:1 v/v vermiculite:water","Thermometer_Location":"Incubator, egg container","Set_Temp":27,"Mean_Temp":27,"Number_Clutches_Experiment":14,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":16,"Total_Hatched":12,"Proportion_Hatched":0.75,"Mean_Incubation_Length":84.25,"Mean_Incubation_Length_SE":0.8,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Geist, N. R., Dallara, Z., & Gordon, R. (2015). The role of incubation temperature and clutch effects in development and phenotype of head-started western pond turtles (Emys marmorata). Herpetological Conservation and Biology, 10(1), 489-503.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Gordon (2009); incubation durations calculated including 2008 data from Gordon (2009)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake 150km north of San Francisco Bay, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"5:1 v/v vermiculite:water","Thermometer_Location":"Incubator, egg container","Set_Temp":28,"Mean_Temp":28,"Number_Clutches_Experiment":14,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":16,"Total_Hatched":12,"Proportion_Hatched":0.75,"Mean_Incubation_Length":83.85,"Mean_Incubation_Length_SE":1.1,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":11,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Geist, N. R., Dallara, Z., & Gordon, R. (2015). The role of incubation temperature and clutch effects in development and phenotype of head-started western pond turtles (Emys marmorata). Herpetological Conservation and Biology, 10(1), 489-503.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Gordon (2009); incubation durations calculated including 2008 data from Gordon (2009)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake 150km north of San Francisco Bay, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"5:1 v/v vermiculite:water","Thermometer_Location":"Incubator, egg container","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":14,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":16,"Total_Hatched":14,"Proportion_Hatched":0.875,"Mean_Incubation_Length":85,"Mean_Incubation_Length_SE":1.2,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":11,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84615,"Proportion_Female":0.15385,"Source":"Geist, N. R., Dallara, Z., & Gordon, R. (2015). The role of incubation temperature and clutch effects in development and phenotype of head-started western pond turtles (Emys marmorata). Herpetological Conservation and Biology, 10(1), 489-503.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Gordon (2009); incubation durations calculated including 2008 data from Gordon (2009)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake 150km north of San Francisco Bay, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"5:1 v/v vermiculite:water","Thermometer_Location":"Incubator, egg container","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":14,"Number_Clutches_Treatment":14,"Clutch_ID":"1-14","Total_Incubated_Experiment":80,"Total_Incubated_Treatment":17,"Total_Hatched":10,"Proportion_Hatched":0.58824,"Mean_Incubation_Length":87.13,"Mean_Incubation_Length_SE":1.37,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Geist, N. R., Dallara, Z., & Gordon, R. (2015). The role of incubation temperature and clutch effects in development and phenotype of head-started western pond turtles (Emys marmorata). Herpetological Conservation and Biology, 10(1), 489-503.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Gordon (2009); incubation durations calculated including 2008 data from Gordon (2009)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_marmorata","SDM":"TSD","SDM_Confidence":1,"Location":"Vernal lake in Lake County, California, USA","Latitude":38.8864,"Longitude":-122.78083,"Latitude_Range":0.0093,"Longitude_Range":0.01357,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2012,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest top","Mean_Temp":27.15,"Max_Temp":54.6,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":41,"Clutch_ID":"1-41","Total_Incubated_Experiment":157,"Total_Incubated_Treatment":157,"Total_Hatched":94,"Proportion_Hatched":0.59873,"Min_Incubation_Length":75,"Max_Incubation_Length":134,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":86,"Males":27,"Females":59,"Intersex":0,"Undetermined":0,"Proportion_Male":0.31395,"Proportion_Female":0.68605,"Source":"Christie, N. E., & Geist, N. R. (2017). Temperature effects on development and phenotype in a free-living population of western pond turtles (Emys marmorata). Physiological and Biochemical Zoology, 90(1), 47-53.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Finished incubation at 29 after 80 days; coordinates from Gordon (2009); mean temperature is average of minimum and maximum nest mean temperatures provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Treatment":6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":24,"Males":1,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04167,"Proportion_Female":0.95833,"Source":"Pieau, C. (1971). Sur la proportion sexuelle chez les embryons de deux Chelonians (Testudo graeca et Emys orbicularis L.) issues d'oeufs incubes artificiallement. CR Acad. Sciences Paris (Ser. D), 272, 3071-3074.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Gives different numbers for embryos incubated; coordinates for Parc Naturel Régional de la Brenne"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Total_Incubated_Treatment":40,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":40,"Males":40,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1972). Effets de la température sur le développement des glandes génitales chez les embryons de deux Chéloniens, Emys orbicularis L. et Testudo graeca L. C. R. Acad. Sc. Paris (Ser. D), 274, 719-722.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Assumed location based on other work by researcher; data also in Pieau (1975) Springer, Berlin"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.5,"Total_Incubated_Treatment":11,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pieau, C. (1972). Effets de la température sur le développement des glandes génitales chez les embryons de deux Chéloniens, Emys orbicularis L. et Testudo graeca L. C. R. Acad. Sc. Paris (Ser. D), 274, 719-722.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Assumed location based on other work by researcher; data also in Pieau (1975) Springer, Berlin"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.5,"Number_Clutches_Treatment":3,"Total_Incubated_Treatment":25,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1973). Nouvelles données expérimentales concernant l’effet de la température sur la différenciation sexuelle chez les embryons de Chéloniens. CR Acad. Sci. Paris, 277, 2789-2792.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Fluctuating","Mean_Temp":27,"Fluctuation":3,"Min_Temp":24,"Max_Temp":30,"Number_Clutches_Treatment":9,"Total_Incubated_Treatment":38,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":38,"Females":0,"Undetermined":0,"Proportion_Female":0,"Source":"Pieau, C. (1973). Nouvelles données expérimentales concernant l’effet de la température sur la différenciation sexuelle chez les embryons de Chéloniens. CR Acad. Sci. Paris, 277, 2789-2792.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Some intersexes, but no numbers given; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Fluctuating","Mean_Temp":28.5,"Fluctuation":2.5,"Min_Temp":26,"Max_Temp":31,"Number_Clutches_Treatment":7,"Total_Incubated_Treatment":36,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Source":"Pieau, C. (1973). Nouvelles données expérimentales concernant l’effet de la température sur la différenciation sexuelle chez les embryons de Chéloniens. CR Acad. Sci. Paris, 277, 2789-2792.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Both sexes, but no numbers given; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1973,"Last_Year":1973,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Total_Incubated_Treatment":42,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":31,"Males":27,"Females":0,"Intersex":1,"Undetermined":3,"Proportion_Male":0.8871,"Proportion_Female":0.01613,"Source":"Pieau, C. (1974). Sur la différenciation sexuelle chez des embryons d'Emys orbicularis L. (Chélonien) issus d'oeufs incubés dans le sol au cours de l'été 1973. Bulletin de la Société Zoologique France, 99, 363-376.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Vabre, Tarn, France","Latitude":43.70317,"Longitude":2.42634,"Latitude_Range":0.07632,"Longitude_Range":0.07519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1973,"Last_Year":1973,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Artificial nest","Min_Temp":17,"Max_Temp":34,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":12,"Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1974). Sur la différenciation sexuelle chez des embryons d'Emys orbicularis L. (Chélonien) issus d'oeufs incubés dans le sol au cours de l'été 1973. Bulletin de la Société Zoologique France, 99, 363-376.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"27","Backswitch_Length":"Hatching","Backswitch_Temp1":25,"Backswitch_Temp2":30,"Backswitch_Temp3":30,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":8,"Males":5,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Pieau, C. (1974). Sur la différenciation sexuelle chez des embryons d'Emys orbicularis L. (Chélonien) issus d'oeufs incubés dans le sol au cours de l'été 1973. Bulletin de la Société Zoologique France, 99, 363-376.","WoS":0,"Other":1,"Data_Location":"Table, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"30","Backswitch_Length":"Hatching","Backswitch_Temp1":25,"Backswitch_Temp2":30,"Backswitch_Temp3":30,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Pieau, C. (1974). Sur la différenciation sexuelle chez des embryons d'Emys orbicularis L. (Chélonien) issus d'oeufs incubés dans le sol au cours de l'été 1973. Bulletin de la Société Zoologique France, 99, 363-376.","WoS":0,"Other":1,"Data_Location":"Table, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"35","Backswitch_Length":"Hatching","Backswitch_Temp1":25,"Backswitch_Temp2":30,"Backswitch_Temp3":30,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":3,"Females":2,"Intersex":1,"Undetermined":0,"Proportion_Male":0.58333,"Proportion_Female":0.41667,"Source":"Pieau, C. (1974). Sur la différenciation sexuelle chez des embryons d'Emys orbicularis L. (Chélonien) issus d'oeufs incubés dans le sol au cours de l'été 1973. Bulletin de la Société Zoologique France, 99, 363-376.","WoS":0,"Other":1,"Data_Location":"Table, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Fluctuation":1,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":76,"Males":76,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.5,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Assumed location based on other work by researcher; data also in Pieau (1973) CR Acad. Sci. Paris"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.5,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":117,"Males":0,"Females":117,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Fluctuating","Mean_Temp":27,"Fluctuation":3,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":26,"Females":0,"Undetermined":0,"Proportion_Female":0,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Males and intersexes obtained; assumed location based on other work by researcher; data also in Pieau (1973) CR Acad. Sci. Paris"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Fluctuating","Mean_Temp":28.5,"Fluctuation":2.5,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":36,"Undetermined":0,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Both sexes obtained; assumed location based on other work by researcher; data also in Pieau (1973) CR Acad. Sci. Paris"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":40,"Males":39,"Females":0,"Intersex":1,"Undetermined":0,"Proportion_Male":0.9875,"Proportion_Female":0.0125,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":27.75,"Mean_Temp":27.75,"Fluctuation":0.25,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":30,"Males":23,"Females":0,"Intersex":7,"Undetermined":0,"Proportion_Male":0.88333,"Proportion_Female":0.11667,"Source":"Pieau, C. (1975). Action de la temperature sur le phenotype sexuel des embryons d'un chelonien, Emys orbicularis L. Bulletin de la Societe Zoologique de France Suppl. 1: 12-22.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Both males and intersexes; assumed location based on other work by researcher; data also in Pieau (1976) Bulletin de la société Zoologique de France"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":28.25,"Mean_Temp":28.25,"Fluctuation":0.25,"Total_Incubated_Treatment":50,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":20,"Females":1,"Undetermined":0,"Proportion_Female":0.05,"Source":"Pieau, C. (1975). Action de la temperature sur le phenotype sexuel des embryons d'un chelonien, Emys orbicularis L. Bulletin de la Societe Zoologique de France Suppl. 1: 12-22.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Both males and intersexes; assumed location based on other work by researcher; data also in Pieau (1976) Bulletin de la société Zoologique de France"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":28.75,"Mean_Temp":28.75,"Fluctuation":0.25,"Total_Incubated_Treatment":45,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":8,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42105,"Proportion_Female":0.57895,"Source":"Pieau, C. (1975). Action de la temperature sur le phenotype sexuel des embryons d'un chelonien, Emys orbicularis L. Bulletin de la Societe Zoologique de France Suppl. 1: 12-22.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Assumed location based on other work by researcher; data also in Pieau (1976) Bulletin de la société Zoologique de France"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":29.25,"Mean_Temp":29.25,"Fluctuation":0.25,"Total_Incubated_Treatment":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":31,"Males":1,"Females":29,"Intersex":1,"Undetermined":0,"Proportion_Male":0.04839,"Proportion_Female":0.95161,"Source":"Pieau, C. (1975). Action de la temperature sur le phenotype sexuel des embryons d'un chelonien, Emys orbicularis L. Bulletin de la Societe Zoologique de France Suppl. 1: 12-22.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Assumed location based on other work by researcher; data also in Pieau (1976) Bulletin de la société Zoologique de France"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":27.75,"Mean_Temp":27.75,"Fluctuation":0.25,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":30,"Males":23,"Females":0,"Intersex":7,"Undetermined":0,"Proportion_Male":0.88333,"Proportion_Female":0.11667,"Source":"Pieau, C. (1976). Données récentes sur la différenciation sexuelle en fonction de la température chez les embryons d'Emys orbicularis L.(Chélonien). Bulletin de la société Zoologique de France, 101(4), 46-53.","WoS":0,"Other":1,"Data_Location":"Table, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":28.25,"Mean_Temp":28.25,"Fluctuation":0.25,"Total_Incubated_Treatment":50,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":37,"Males":20,"Females":4,"Intersex":13,"Undetermined":0,"Proportion_Male":0.71622,"Proportion_Female":0.28378,"Source":"Pieau, C. (1976). Données récentes sur la différenciation sexuelle en fonction de la température chez les embryons d'Emys orbicularis L.(Chélonien). Bulletin de la société Zoologique de France, 101(4), 46-53.","WoS":0,"Other":1,"Data_Location":"Table, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":28.75,"Mean_Temp":28.75,"Fluctuation":0.25,"Total_Incubated_Treatment":45,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":33,"Males":6,"Females":13,"Intersex":14,"Undetermined":0,"Proportion_Male":0.39394,"Proportion_Female":0.60606,"Source":"Pieau, C. (1976). Données récentes sur la différenciation sexuelle en fonction de la température chez les embryons d'Emys orbicularis L.(Chélonien). Bulletin de la société Zoologique de France, 101(4), 46-53.","WoS":0,"Other":1,"Data_Location":"Table, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1974,"Last_Year":1974,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":29.25,"Mean_Temp":29.25,"Fluctuation":0.25,"Total_Incubated_Treatment":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":31,"Males":0,"Females":29,"Intersex":2,"Undetermined":0,"Proportion_Male":0.03226,"Proportion_Female":0.96774,"Source":"Pieau, C. (1976). Données récentes sur la différenciation sexuelle en fonction de la température chez les embryons d'Emys orbicularis L.(Chélonien). Bulletin de la société Zoologique de France, 101(4), 46-53.","WoS":0,"Other":1,"Data_Location":"Table, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":29.75,"Mean_Temp":29.75,"Fluctuation":0.25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":54,"Males":0,"Females":54,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pieau, C. (1976). Données récentes sur la différenciation sexuelle en fonction de la température chez les embryons d'Emys orbicularis L.(Chélonien). Bulletin de la société Zoologique de France, 101(4), 46-53.","WoS":0,"Other":1,"Data_Location":"Table, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":18,"Mean_Temp":18,"Fluctuation":0.5,"Total_Incubated_Treatment":21,"Total_Hatched":8,"Proportion_Hatched":0.38095,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1978). Effets de températures d'incubation basses et élevées sur la différenciation sexuelle chez des embryons d'Emys orbicularis L.(Chélonien). CR Acad. Sci. Paris, 286, 121-124.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubated at 25C until 160-180mg then returned to 25C at 400mg; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":19.5,"Mean_Temp":19.5,"Fluctuation":0.5,"Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1978). Effets de températures d'incubation basses et élevées sur la différenciation sexuelle chez des embryons d'Emys orbicularis L.(Chélonien). CR Acad. Sci. Paris, 286, 121-124.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubated at 25C until 160-180mg then returned to 25C at 400mg; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":35,"Mean_Temp":35,"Fluctuation":0.5,"Total_Incubated_Treatment":20,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pieau, C. (1978). Effets de températures d'incubation basses et élevées sur la différenciation sexuelle chez des embryons d'Emys orbicularis L.(Chélonien). CR Acad. Sci. Paris, 286, 121-124.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubated at 25C until 160-180mg then returned to 25C at 400mg; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"Stage 14.5","Backswitch_Length":"Hatching","Backswitch_Temp1":30,"Backswitch_Temp2":25,"Backswitch_Temp3":25,"Number_Clutches_Experiment":185,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":805,"Total_Incubated_Treatment":15,"Total_Hatched":15,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. & Dorizzi, M. (1981). Determination of temperature sensitive stages for sexual differentiation of the gonads in embryos of the turtle, Emys orbicularis. Journal of Morphology, 170(3), 373-382.","WoS":3,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"Stage 15.5","Backswitch_Length":"Hatching","Backswitch_Temp1":30,"Backswitch_Temp2":25,"Backswitch_Temp3":25,"Number_Clutches_Experiment":185,"Number_Clutches_Treatment":4,"Clutch_ID":"5-8","Total_Incubated_Experiment":805,"Total_Incubated_Treatment":14,"Total_Hatched":14,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. & Dorizzi, M. (1981). Determination of temperature sensitive stages for sexual differentiation of the gonads in embryos of the turtle, Emys orbicularis. Journal of Morphology, 170(3), 373-382.","WoS":3,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"Stage 16","Backswitch_Length":"Hatching","Backswitch_Temp1":30,"Backswitch_Temp2":25,"Backswitch_Temp3":25,"Number_Clutches_Experiment":185,"Number_Clutches_Treatment":4,"Clutch_ID":"9-12","Total_Incubated_Experiment":805,"Total_Incubated_Treatment":16,"Total_Hatched":16,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":16,"Males":12,"Females":0,"Intersex":4,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Pieau, C. & Dorizzi, M. (1981). Determination of temperature sensitive stages for sexual differentiation of the gonads in embryos of the turtle, Emys orbicularis. Journal of Morphology, 170(3), 373-382.","WoS":3,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"Stage 16.5","Backswitch_Length":"Hatching","Backswitch_Temp1":30,"Backswitch_Temp2":25,"Backswitch_Temp3":25,"Number_Clutches_Experiment":185,"Number_Clutches_Treatment":6,"Clutch_ID":"13-18","Total_Incubated_Experiment":805,"Total_Incubated_Treatment":15,"Total_Hatched":15,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":15,"Males":8,"Females":0,"Intersex":7,"Undetermined":0,"Proportion_Male":0.76667,"Proportion_Female":0.23333,"Source":"Pieau, C. & Dorizzi, M. (1981). Determination of temperature sensitive stages for sexual differentiation of the gonads in embryos of the turtle, Emys orbicularis. Journal of Morphology, 170(3), 373-382.","WoS":3,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"Stage 18","Backswitch_Length":"Hatching","Backswitch_Temp1":30,"Backswitch_Temp2":25,"Backswitch_Temp3":25,"Number_Clutches_Experiment":185,"Number_Clutches_Treatment":4,"Clutch_ID":"19-22","Total_Incubated_Experiment":805,"Total_Incubated_Treatment":20,"Total_Hatched":20,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":20,"Males":11,"Females":0,"Intersex":9,"Undetermined":0,"Proportion_Male":0.775,"Proportion_Female":0.225,"Source":"Pieau, C. & Dorizzi, M. (1981). Determination of temperature sensitive stages for sexual differentiation of the gonads in embryos of the turtle, Emys orbicularis. Journal of Morphology, 170(3), 373-382.","WoS":3,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":40,"Males":40,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C., Mignot, T.-M., Dorizzi, M., & Guichard, A. (1982). Gonadal steroid levels in the turtle Emys orbicularis L.: A preliminary study in embryos, hatchlings, and young as a function of the incubation temperature of eggs. General and Comparative Endocrinology, 47(3), 392-398.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":36,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C., Mignot, T.-M., Dorizzi, M., & Guichard, A. (1982). Gonadal steroid levels in the turtle Emys orbicularis L.: A preliminary study in embryos, hatchlings, and young as a function of the incubation temperature of eggs. General and Comparative Endocrinology, 47(3), 392-398.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":30,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C., Mignot, T.-M., Dorizzi, M., & Guichard, A. (1982). Gonadal steroid levels in the turtle Emys orbicularis L.: A preliminary study in embryos, hatchlings, and young as a function of the incubation temperature of eggs. General and Comparative Endocrinology, 47(3), 392-398.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C., Mignot, T.-M., Dorizzi, M., & Guichard, A. (1982). Gonadal steroid levels in the turtle Emys orbicularis L.: A preliminary study in embryos, hatchlings, and young as a function of the incubation temperature of eggs. General and Comparative Endocrinology, 47(3), 392-398.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":38,"Males":0,"Females":38,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pieau, C., Mignot, T.-M., Dorizzi, M., & Guichard, A. (1982). Gonadal steroid levels in the turtle Emys orbicularis L.: A preliminary study in embryos, hatchlings, and young as a function of the incubation temperature of eggs. General and Comparative Endocrinology, 47(3), 392-398.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":39,"Males":0,"Females":39,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pieau, C., Mignot, T.-M., Dorizzi, M., & Guichard, A. (1982). Gonadal steroid levels in the turtle Emys orbicularis L.: A preliminary study in embryos, hatchlings, and young as a function of the incubation temperature of eggs. General and Comparative Endocrinology, 47(3), 392-398.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Zaborski, P., Dorizzi, M., & Pieau, C. (1982). H-Y antigen expression in temperature sex-reversed turtles (Emys orbicularis). Differentiation, 22(1-3), 73-78.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":7,"Total_Hatched":6,"Proportion_Hatched":0.85714,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":5,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Zaborski, P., Dorizzi, M., & Pieau, C. (1982). H-Y antigen expression in temperature sex-reversed turtles (Emys orbicularis). Differentiation, 22(1-3), 73-78.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":6,"Intersex":3,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Zaborski, P., Dorizzi, M., & Pieau, C. (1982). H-Y antigen expression in temperature sex-reversed turtles (Emys orbicularis). Differentiation, 22(1-3), 73-78.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Estrone","Chemical_Mass_.g":"100","Chemical_Concentration":0.03699,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":15,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Tamoxifen","Chemical_Mass_.g":"150","Chemical_Concentration":0.02692,"Chemical_Volume_.L":15,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":10,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":0,"Females":0,"Intersex":10,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Injected 100, 150 or 200; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":15,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Injected 10, 15, or 20; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.01836,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Total_Incubated_Treatment":10,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Tamoxifen","Chemical_Mass_.g":"200","Chemical_Concentration":0.02692,"Chemical_Volume_.L":20,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Total_Incubated_Treatment":10,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":8,"Males":0,"Females":0,"Intersex":8,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Estradiol & Tamoxifen","Chemical_Mass_.g":"50 & 200","Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Total_Incubated_Treatment":10,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":0,"Females":0,"Intersex":6,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":20,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Injected 10, 20, or 30; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.01836,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"22","Total_Incubated_Treatment":9,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"22","Total_Incubated_Treatment":2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"23","Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Estrone","Chemical_Mass_.g":"100","Chemical_Concentration":0.03699,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":11,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Tamoxifen","Chemical_Mass_.g":"150","Chemical_Concentration":0.02692,"Chemical_Volume_.L":15,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":28,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":26,"Males":0,"Females":0,"Intersex":26,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Injected 100, 150 or 200; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":15,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":9,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Injected 10, 15, or 20; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.01836,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Tamoxifen","Chemical_Mass_.g":"200","Chemical_Concentration":0.02692,"Chemical_Volume_.L":20,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":14,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":14,"Males":0,"Females":0,"Intersex":14,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Estradiol & Tamoxifen","Chemical_Mass_.g":"50 & 200","Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":15,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":0,"Females":0,"Intersex":10,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":20,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Injected 10, 20, or 30; assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.01836,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"22","Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Olive oil","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"22","Total_Incubated_Treatment":2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Mignot, T.-M., Guichard, A., Desvages, G., & Pieau, C. (1991). Involvement of oestrogens in sexual differentiation of gonads as a function of temperature in turtles. Differentiation, 47(1), 9-17.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"50","Chemical_Concentration":0.00385,"Chemical_Volume_.L":50,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":24,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":0,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"PBS","Chemical_Volume_.L":50,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"50","Chemical_Concentration":0.00385,"Chemical_Volume_.L":50,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":18,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":0,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"0.25","Chemical_Concentration":0.00002,"Chemical_Volume_.L":50,"Applications":"1,2,3,4","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":20,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"PBS","Chemical_Volume_.L":50,"Applications":"1,2,3,4","Application_Route":"Injection","Stage_First_Application":"15","Total_Incubated_Treatment":4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"2","Chemical_Concentration":0.00154,"Chemical_Volume_.L":5,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":5,"Males":0,"Females":0,"Intersex":5,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"20","Chemical_Concentration":0.0154,"Chemical_Volume_.L":5,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":14,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":14,"Males":1,"Females":0,"Intersex":13,"Undetermined":0,"Proportion_Male":0.53571,"Proportion_Female":0.46429,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":5,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"20","Chemical_Concentration":0.01402,"Chemical_Volume_.L":5,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":11,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":5,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"0.5","Chemical_Concentration":0.00035,"Chemical_Volume_.L":5,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":10,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":1,"Females":0,"Intersex":9,"Undetermined":0,"Proportion_Male":0.55,"Proportion_Female":0.45,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"2","Chemical_Concentration":0.0014,"Chemical_Volume_.L":5,"Applications":"3","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"20","Chemical_Concentration":0.01402,"Chemical_Volume_.L":5,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":15,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":15,"Males":4,"Females":0,"Intersex":11,"Undetermined":0,"Proportion_Male":0.63333,"Proportion_Female":0.36667,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":5,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Richard-Mercier, N., Desvages, G., Girondot, M., & Pieau, C. (1994). Masculinization of gonads by aromatase inhibitors in a turtle with temperature-dependent sex determination. Differentiation, 58, 1-8.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researcher"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":16,"Total_Hatched":16,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":9,"Total_Hatched":9,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":9,"Total_Hatched":9,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":12,"Total_Hatched":12,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":11,"Total_Hatched":11,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":11,"Males":4,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":11,"Total_Hatched":11,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":6,"Total_Hatched":4,"Proportion_Hatched":0.66667,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":6,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Treatment":9,"Total_Hatched":9,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":7,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Treatment":9,"Total_Hatched":8,"Proportion_Hatched":0.88889,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":5,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Treatment":7,"Total_Hatched":6,"Proportion_Hatched":0.85714,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":5,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Treatment":9,"Total_Hatched":9,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Treatment":11,"Total_Hatched":11,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":11,"Males":2,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18182,"Proportion_Female":0.81818,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Incubated_Treatment":7,"Total_Hatched":6,"Proportion_Hatched":0.85714,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":5,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Treatment":8,"Total_Hatched":6,"Proportion_Hatched":0.75,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Total_Incubated_Treatment":9,"Total_Hatched":8,"Proportion_Hatched":0.88889,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Total_Incubated_Treatment":9,"Total_Hatched":9,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":1,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"36","Total_Incubated_Treatment":12,"Total_Hatched":8,"Proportion_Hatched":0.66667,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Total_Incubated_Treatment":12,"Total_Hatched":9,"Proportion_Hatched":0.75,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":6,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Total_Incubated_Treatment":9,"Total_Hatched":9,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":4,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57143,"Proportion_Female":0.42857,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Total_Incubated_Treatment":7,"Total_Hatched":3,"Proportion_Hatched":0.42857,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"45","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"46","Total_Incubated_Treatment":11,"Total_Hatched":9,"Proportion_Hatched":0.81818,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"47","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":2,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"48","Total_Incubated_Treatment":14,"Total_Hatched":12,"Proportion_Hatched":0.85714,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"49","Total_Incubated_Treatment":9,"Total_Hatched":6,"Proportion_Hatched":0.66667,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":4,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"50","Total_Incubated_Treatment":12,"Total_Hatched":8,"Proportion_Hatched":0.66667,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":4,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"51","Total_Incubated_Treatment":9,"Total_Hatched":7,"Proportion_Hatched":0.77778,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"52","Total_Incubated_Treatment":9,"Total_Hatched":7,"Proportion_Hatched":0.77778,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"53","Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"54","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"55","Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":9,"Males":1,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"56","Total_Incubated_Treatment":16,"Total_Hatched":14,"Proportion_Hatched":0.875,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":14,"Males":4,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"57","Total_Incubated_Treatment":10,"Total_Hatched":6,"Proportion_Hatched":0.6,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"58","Total_Incubated_Treatment":9,"Total_Hatched":6,"Proportion_Hatched":0.66667,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":5,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":28.7,"Mean_Temp":28.7,"Fluctuation":0.1,"Number_Clutches_Experiment":59,"Number_Clutches_Treatment":1,"Clutch_ID":"59","Total_Incubated_Treatment":11,"Total_Hatched":8,"Proportion_Hatched":0.72727,"Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":4,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Girondot, M., Servan, J., & Pieau, C. (1994). Temperature-dependent sex determination in a turtle (Emys orbicularis): Importance of genetic component. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","Source_Alternate":"Girondot, M., Servan, J., & Pieau, C. (1994). Détermination du sexe sensible à la température chez une tortue (Emys orbicularis): Importance du composant génétique. Bulletin de la Société d'Ecophysiologie, 19(1-2), 5-18.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Numbers for males includes intersexes; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":25,"Mean_Temp":25,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":10,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Number_Clutches_Experiment":7,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Experiment":55,"Total_Incubated_Treatment":12,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Richard-Mercier, N., Dorizzi, M., Desvages, G., Girondot, M., & Pieau, C. (1995). Endocrine sex reversal of gonads by the aromatase inhibitor letrozole (CGS 20267) in Emys orbicularis, a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 100(3), 314-326.","WoS":2,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Treatment applied every two days after initial treatment; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":10,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Number_Clutches_Experiment":7,"Number_Clutches_Treatment":5,"Clutch_ID":"3-7","Total_Incubated_Experiment":55,"Total_Incubated_Treatment":12,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Richard-Mercier, N., Dorizzi, M., Desvages, G., Girondot, M., & Pieau, C. (1995). Endocrine sex reversal of gonads by the aromatase inhibitor letrozole (CGS 20267) in Emys orbicularis, a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 100(3), 314-326.","WoS":2,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Treatment applied every two days after initial treatment; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"2","Chemical_Concentration":0.0007,"Chemical_Volume_.L":10,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Number_Clutches_Experiment":7,"Number_Clutches_Treatment":5,"Clutch_ID":"3-7","Total_Incubated_Experiment":55,"Total_Incubated_Treatment":15,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":14,"Males":5,"Females":3,"Intersex":6,"Undetermined":0,"Proportion_Male":0.57143,"Proportion_Female":0.42857,"Source":"Richard-Mercier, N., Dorizzi, M., Desvages, G., Girondot, M., & Pieau, C. (1995). Endocrine sex reversal of gonads by the aromatase inhibitor letrozole (CGS 20267) in Emys orbicularis, a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 100(3), 314-326.","WoS":2,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Treatment applied every two days after initial treatment; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"10","Chemical_Concentration":0.00351,"Chemical_Volume_.L":10,"Applications":"4","Application_Route":"Topical","Stage_First_Application":"15","Number_Clutches_Experiment":7,"Number_Clutches_Treatment":5,"Clutch_ID":"3-7","Total_Incubated_Experiment":55,"Total_Incubated_Treatment":13,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":13,"Males":8,"Females":2,"Intersex":3,"Undetermined":0,"Proportion_Male":0.73077,"Proportion_Female":0.26923,"Source":"Richard-Mercier, N., Dorizzi, M., Desvages, G., Girondot, M., & Pieau, C. (1995). Endocrine sex reversal of gonads by the aromatase inhibitor letrozole (CGS 20267) in Emys orbicularis, a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 100(3), 314-326.","WoS":2,"Other":0,"Data_Location":"Fig. 5, Text","Data_Elsewhere":"0","Notes":"Treatment applied every two days after initial treatment; sample size does not match between Fig. 5 and Text; assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":28.5,"Mean_Temp":28.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Dorizzi, M., Richard-Mercier, N., & Pieau, C. (1996). The ovary retains male potential after the thermosensitive period for sex determination in the turtle Emys orbicularis. Differentiation, 60(4), 193-201.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":5,"Clutch_ID":"2-6","Total_Incubated_Treatment":5,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Richard-Mercier, N., & Pieau, C. (1996). The ovary retains male potential after the thermosensitive period for sex determination in the turtle Emys orbicularis. Differentiation, 60(4), 193-201.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":10,"Applications":"5","Application_Route":"Topical","Stage_First_Application":"22","Day_First_Application":29,"Stage_Last_Application":24,"Day_Last_Application":43,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":5,"Clutch_ID":"2-6","Total_Incubated_Treatment":5,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Richard-Mercier, N., & Pieau, C. (1996). The ovary retains male potential after the thermosensitive period for sex determination in the turtle Emys orbicularis. Differentiation, 60(4), 193-201.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"10","Chemical_Concentration":0.00351,"Chemical_Volume_.L":10,"Applications":"5","Application_Route":"Topical","Stage_First_Application":"22","Day_First_Application":29,"Stage_Last_Application":24,"Day_Last_Application":43,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":5,"Clutch_ID":"2-6","Total_Incubated_Treatment":10,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":0,"Females":4,"Intersex":6,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Dorizzi, M., Richard-Mercier, N., & Pieau, C. (1996). The ovary retains male potential after the thermosensitive period for sex determination in the turtle Emys orbicularis. Differentiation, 60(4), 193-201.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":10,"Applications":"7","Application_Route":"Topical","Stage_First_Application":"22","Day_First_Application":29,"Stage_Last_Application":25,"Day_Last_Application":50,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":5,"Clutch_ID":"2-6","Total_Incubated_Treatment":5,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Richard-Mercier, N., & Pieau, C. (1996). The ovary retains male potential after the thermosensitive period for sex determination in the turtle Emys orbicularis. Differentiation, 60(4), 193-201.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"10","Chemical_Concentration":0.00351,"Chemical_Volume_.L":10,"Applications":"7","Application_Route":"Topical","Stage_First_Application":"22","Day_First_Application":29,"Stage_Last_Application":25,"Day_Last_Application":50,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":5,"Clutch_ID":"2-6","Total_Incubated_Treatment":8,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Embryos","Total_Sexed":7,"Males":0,"Females":1,"Intersex":6,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Dorizzi, M., Richard-Mercier, N., & Pieau, C. (1996). The ovary retains male potential after the thermosensitive period for sex determination in the turtle Emys orbicularis. Differentiation, 60(4), 193-201.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Cotton","Humidity":0.95,"Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":10,"Applications":"7","Application_Route":"Topical","Stage_First_Application":"22","Day_First_Application":29,"Stage_Last_Application":25,"Day_Last_Application":50,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":5,"Clutch_ID":"2-6","Total_Incubated_Treatment":5,"Total_Hatched":4,"Proportion_Hatched":0.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dorizzi, M., Richard-Mercier, N., & Pieau, C. (1996). The ovary retains male potential after the thermosensitive period for sex determination in the turtle Emys orbicularis. Differentiation, 60(4), 193-201.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by the researchers"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Brenne, Indre, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Chemical_Treatment":"Olive oil or ethanol","Applications":"1,2,3,4,5,6,7","Application_Route":"Injection","Stage_First_Application":"23","Stage_Last_Application":25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":106,"Males":0,"Females":106,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Belaïd, B., Richard?Mercier, N., Pieau, C., & Dorizzi, M. (2001). Sex reversal and aromatase in the European pond turtle: Treatment with letrozole after the thermosensitive period for sex determination. Journal of Experimental Zoology, 290(5), 490-497.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by the researchers"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Parc Naturel Régional de la Brenne, Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Set_Temp":29,"Mean_Temp":29,"Fluctuation":3,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":3,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.09091,"Proportion_Female":0.90909,"Source":"Delmas, V., Prevot?Julliard, A.-C., Pieau, C., & Girondot, M. (2008). A mechanistic model of temperature?dependent sex determination in a chelonian: The European pond turtle. Functional Ecology, 22(1), 84-93.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Parc Naturel Régional de la Brenne, Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":1.5,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":21,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.65625,"Proportion_Female":0.34375,"Source":"Delmas, V., Prevot?Julliard, A.-C., Pieau, C., & Girondot, M. (2008). A mechanistic model of temperature?dependent sex determination in a chelonian: The European pond turtle. Functional Ecology, 22(1), 84-93.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Parc Naturel Régional de la Brenne, Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":1,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04545,"Proportion_Female":0.95455,"Source":"Delmas, V., Prevot?Julliard, A.-C., Pieau, C., & Girondot, M. (2008). A mechanistic model of temperature?dependent sex determination in a chelonian: The European pond turtle. Functional Ecology, 22(1), 84-93.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Parc Naturel Régional de la Brenne, Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":0,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Delmas, V., Prevot?Julliard, A.-C., Pieau, C., & Girondot, M. (2008). A mechanistic model of temperature?dependent sex determination in a chelonian: The European pond turtle. Functional Ecology, 22(1), 84-93.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Parc Naturel Régional de la Brenne, Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Delmas, V., Prevot?Julliard, A.-C., Pieau, C., & Girondot, M. (2008). A mechanistic model of temperature?dependent sex determination in a chelonian: The European pond turtle. Functional Ecology, 22(1), 84-93.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Emys","Species":"Emys_orbicularis","Subspecies":"orbicularis","SDM":"TSD","SDM_Confidence":1,"Location":"Parc Naturel Régional de la Brenne, Brenne, France","Latitude":46.66034,"Longitude":1.24309,"Latitude_Range":0.56755,"Longitude_Range":0.74748,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":0,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Delmas, V., Prevot?Julliard, A.-C., Pieau, C., & Girondot, M. (2008). A mechanistic model of temperature?dependent sex determination in a chelonian: The European pond turtle. Functional Ecology, 22(1), 84-93.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Soldier Key, Dade County, Florida, USA","Latitude":25.5904,"Longitude":-80.16111,"Latitude_Range":0.00152,"Longitude_Range":0.00104,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Min_Temp":18.1,"Max_Temp":25.2,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":141,"Total_Hatched":0,"Proportion_Hatched":0,"Mean_Incubation_Length":91,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":70,"Males":65,"Females":0,"Intersex":0,"Undetermined":5,"Proportion_Male":0.92857,"Proportion_Female":0,"Source":"Dalrymple, G. H., Hampp, J. C., & Wellins, D. J. (1985). Male-biased sex ratio in a cold nest of a hawksbill sea turtle (Eretmochelys imbricata). Journal of Herpetology, 19(1), 158-159.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Measured nest temperatures only 4 times"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Pasture Bay, Jumby Bay Resort, Antigua","Latitude":17.15542,"Longitude":-61.76086,"Latitude_Range":0.00442,"Longitude_Range":0.00217,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":26.4,"Fluctuation":0.6,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":16,"Total_Hatched":15,"Proportion_Hatched":0.9375,"Mean_Incubation_Length":79.6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Bass, A., Corliss, L. A., Richardson, J. I., & Richardson, T. H. (1992). Pivotal and beach temperatures for hawksbill turtles nesting in Antigua. Canadian Journal of Zoology, 70(10), 1920-1925.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Pasture Bay, Jumby Bay Resort, Antigua","Latitude":17.15542,"Longitude":-61.76086,"Latitude_Range":0.00442,"Longitude_Range":0.00217,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":26.9,"Fluctuation":0.3,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":16,"Total_Hatched":14,"Proportion_Hatched":0.875,"Mean_Incubation_Length":77.7,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Bass, A., Corliss, L. A., Richardson, J. I., & Richardson, T. H. (1992). Pivotal and beach temperatures for hawksbill turtles nesting in Antigua. Canadian Journal of Zoology, 70(10), 1920-1925.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Pasture Bay, Jumby Bay Resort, Antigua","Latitude":17.15542,"Longitude":-61.76086,"Latitude_Range":0.00442,"Longitude_Range":0.00217,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":27.9,"Fluctuation":0.4,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":31,"Total_Hatched":28,"Proportion_Hatched":0.90323,"Mean_Incubation_Length":69.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Bass, A., Corliss, L. A., Richardson, J. I., & Richardson, T. H. (1992). Pivotal and beach temperatures for hawksbill turtles nesting in Antigua. Canadian Journal of Zoology, 70(10), 1920-1925.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Pasture Bay, Jumby Bay Resort, Antigua","Latitude":17.15542,"Longitude":-61.76086,"Latitude_Range":0.00442,"Longitude_Range":0.00217,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.4,"Fluctuation":0.4,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":31,"Total_Hatched":26,"Proportion_Hatched":0.83871,"Mean_Incubation_Length":65.6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Bass, A., Corliss, L. A., Richardson, J. I., & Richardson, T. H. (1992). Pivotal and beach temperatures for hawksbill turtles nesting in Antigua. Canadian Journal of Zoology, 70(10), 1920-1925.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Pasture Bay, Jumby Bay Resort, Antigua","Latitude":17.15542,"Longitude":-61.76086,"Latitude_Range":0.00442,"Longitude_Range":0.00217,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29,"Fluctuation":0.4,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":30,"Total_Hatched":25,"Proportion_Hatched":0.83333,"Mean_Incubation_Length":62.3,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Bass, A., Corliss, L. A., Richardson, J. I., & Richardson, T. H. (1992). Pivotal and beach temperatures for hawksbill turtles nesting in Antigua. Canadian Journal of Zoology, 70(10), 1920-1925.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Pasture Bay, Jumby Bay Resort, Antigua","Latitude":17.15542,"Longitude":-61.76086,"Latitude_Range":0.00442,"Longitude_Range":0.00217,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":29.5,"Fluctuation":0.5,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":32,"Total_Hatched":30,"Proportion_Hatched":0.9375,"Mean_Incubation_Length":59,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":31,"Males":25,"Females":5,"Intersex":1,"Undetermined":0,"Proportion_Male":0.82258,"Proportion_Female":0.17742,"Source":"Mrosovsky, N., Bass, A., Corliss, L. A., Richardson, J. I., & Richardson, T. H. (1992). Pivotal and beach temperatures for hawksbill turtles nesting in Antigua. Canadian Journal of Zoology, 70(10), 1920-1925.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Pasture Bay, Jumby Bay Resort, Antigua","Latitude":17.15542,"Longitude":-61.76086,"Latitude_Range":0.00442,"Longitude_Range":0.00217,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":27.9,"Fluctuation":0.4,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":11,"Total_Hatched":5,"Proportion_Hatched":0.45455,"Mean_Incubation_Length":69.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Bass, A., Corliss, L. A., Richardson, J. I., & Richardson, T. H. (1992). Pivotal and beach temperatures for hawksbill turtles nesting in Antigua. Canadian Journal of Zoology, 70(10), 1920-1925.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature adjusted to remove correction factor of 0.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Pasture Bay, Jumby Bay Resort, Antigua","Latitude":17.15542,"Longitude":-61.76086,"Latitude_Range":0.00442,"Longitude_Range":0.00217,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sponge","Thermometer_Location":"Incubator shelf","Mean_Temp":28.4,"Fluctuation":0.4,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Mean_Incubation_Length":65.6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mrosovsky, N., Bass, A., Corliss, L. A., Richardson, J. I., & Richardson, T. H. (1992). Pivotal and beach temperatures for hawksbill turtles nesting in Antigua. Canadian Journal of Zoology, 70(10), 1920-1925.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature adjusted to remove correction factor of 0.5"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Celestún, Yucatán, Mexico","Latitude":20.93848,"Longitude":-90.36723,"Latitude_Range":0.13137,"Longitude_Range":0.05574,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":30.93,"TSP_Mean_Temp_SD":0.94,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Flores-Aguirre, C. D., Díaz-Hernández, V., Salgado Ugarte, I. H., Sosa Caballero, L. E., & Méndez de la Cruz, F. R. (2020). Feminization tendency of hawksbill turtles (Eretmochelys imbricata) in the western Yucatán Peninsula, Mexico. Amphibian & Reptile Conservation, 14(1) [General Section], 190-202 (e233).","WoS":5,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Chenkan, Campeche, Mexico","Latitude":19.10655,"Longitude":-91.01857,"Latitude_Range":0.07889,"Longitude_Range":0.12804,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":8,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":31.12,"TSP_Mean_Temp_SD":0.97,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Flores-Aguirre, C. D., Díaz-Hernández, V., Salgado Ugarte, I. H., Sosa Caballero, L. E., & Méndez de la Cruz, F. R. (2020). Feminization tendency of hawksbill turtles (Eretmochelys imbricata) in the western Yucatán Peninsula, Mexico. Amphibian & Reptile Conservation, 14(1) [General Section], 190-202 (e233).","WoS":5,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Punta Xen, Campeche, Mexico","Latitude":19.18822,"Longitude":-90.89934,"Latitude_Range":0.07252,"Longitude_Range":0.09008,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":8,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":31.47,"TSP_Mean_Temp_SD":0.73,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":0,"Females":65,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Flores-Aguirre, C. D., Díaz-Hernández, V., Salgado Ugarte, I. H., Sosa Caballero, L. E., & Méndez de la Cruz, F. R. (2020). Feminization tendency of hawksbill turtles (Eretmochelys imbricata) in the western Yucatán Peninsula, Mexico. Amphibian & Reptile Conservation, 14(1) [General Section], 190-202 (e233).","WoS":5,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"Punta Xen, Campeche, Mexico","Latitude":19.18822,"Longitude":-90.89934,"Latitude_Range":0.07252,"Longitude_Range":0.09008,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":8,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","TSP_Mean_Temp":32.41,"TSP_Mean_Temp_SD":0.89,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Flores-Aguirre, C. D., Díaz-Hernández, V., Salgado Ugarte, I. H., Sosa Caballero, L. E., & Méndez de la Cruz, F. R. (2020). Feminization tendency of hawksbill turtles (Eretmochelys imbricata) in the western Yucatán Peninsula, Mexico. Amphibian & Reptile Conservation, 14(1) [General Section], 190-202 (e233).","WoS":5,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"St. Kitts and Nevis","Latitude":17.25504,"Longitude":-62.70288,"Latitude_Range":0.32533,"Longitude_Range":0.32738,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2021,"First_Month":7,"Last_Month":2,"Incubation_Setup":"Nest","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":2,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07407,"Proportion_Female":0.92593,"Source":"Sotomayor Rodríguez, P., Stewart, K., Picknell, A., Pemberton, L., Tepedino, A., Capaldo, D., & Dennis, M. M. (2023). Pathology of hatchling hawksbill sea turtle (Eretmochelys imbricata) mortalities occurring while under rehabilitative care, 2015-21. Journal of Wildlife Diseases, 59(1), 1-12.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Eretmochelys","Species":"Eretmochelys_imbricata","SDM":"TSD","SDM_Confidence":1,"Location":"St. Kitts and Nevis","Latitude":17.25504,"Longitude":-62.70288,"Latitude_Range":0.32533,"Longitude_Range":0.32738,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2021,"Last_Month":1,"Incubation_Setup":"Nest","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":92,"Males":0,"Females":62,"Intersex":0,"Undetermined":30,"Proportion_Male":0,"Proportion_Female":0.67391,"Source":"Mau, A., Sotomayor Rodríguez, P., Picknell, A., Tepedino, A., Capaldo, D., Fenton, H., Pemberton, L., Stewart, K. M., & Dennis, M. M. (2024). In-nest mortality and pathology of hawksbill sea turtle (Eretmochelys imbricata) embryos and hatchlings in St. Kitts and Nevis. Journal of Comparative Pathology, 209, 13-21.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Erymnochelys","Species":"Erymnochelys_madagascariensis","SDM":"TSD","SDM_Confidence":1,"Location":"Ankarafantsika National Park, Madagascar","Latitude":-16.20093,"Longitude":46.91847,"Latitude_Range":0.4113,"Longitude_Range":0.70945,"Accurate":1,"Captive":0,"Captive_Location":"Durrell Wildlife Conservation Trust's Turtle and Tortoise Breeding Facility, Ampijoroa, Madagascar","Captive_Latitude":-16.23078,"Captive_Longitude":46.47096,"Captive_Latitude_Range":0.01244,"Captive_Longitude_Range":0.02017,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":140,"Males":35,"Females":105,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Kuchling, G. (2006). Endoscopic sex determination in juvenile freshwater turtles, Erymnochelys madagascariensis: Morphology of gonads and accessory ducts. Chelonian Conservation and Biology, 5(1), 67-73.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Geochelone","Species":"Geochelone_elegans","SDM":"TSD","SDM_Confidence":1,"Location":"India, Pakistan, and Sri Lanka","Latitude":16.78279,"Longitude":76.75252,"Latitude_Range":21.50219,"Longitude_Range":17.18176,"Accurate":0,"Captive":1,"Captive_Location":"Gea Chelonia Foundation Tortoise Centre, Bulgaria","Captive_Latitude":42.77642,"Captive_Longitude":27.82385,"Captive_Latitude_Range":0.00146,"Captive_Longitude_Range":0.00122,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2007,"Last_Year":2007,"First_Month":9,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.75,"Set_Temp":31.5,"Mean_Temp":31.5,"Fluctuation":0.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Experiment":7,"Total_Incubated_Treatment":7,"Total_Hatched":3,"Proportion_Hatched":0.42857,"Min_Incubation_Length":97,"Max_Incubation_Length":101,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ivanchev, I. E. (2012). Indian star tortoise (Geochelone elegans) - Several years of husbandry and breeding experience in Bulgaria. Schildkröten im Fokus Online, 3, 1-17.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Geochelone","Species":"Geochelone_platynota","SDM":"TSD","SDM_Confidence":1,"Location":"Myanmar","Latitude":22.00165,"Longitude":95.30899,"Latitude_Range":4.79435,"Longitude_Range":2.30119,"Accurate":0.5,"Captive":1,"Captive_Location":"Behler Chelonian Center, Southern California, USA","Captive_Latitude":34.43259,"Captive_Longitude":-119.26399,"Captive_Latitude_Range":0.0812,"Captive_Longitude_Range":0.14143,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.9,"Mean_Temp":28.9,"Min_Incubation_Length":115,"Max_Incubation_Length":124,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Kuchling, G., Goode, E., & Praschag, P. (2011). Endoscopic imaging of gonads, sex ratio and temperature dependent sex determination in captive bred juvenile Burmese star tortoises Geochelone platynota. Asian Herpetological Research, 2(4), 240-244.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Ojai Valley, California"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Geochelone","Species":"Geochelone_platynota","SDM":"TSD","SDM_Confidence":1,"Location":"Myanmar","Latitude":22.00165,"Longitude":95.30899,"Latitude_Range":4.79435,"Longitude_Range":2.30119,"Accurate":0.5,"Captive":1,"Captive_Location":"Behler Chelonian Center, Southern California, USA","Captive_Latitude":34.43259,"Captive_Longitude":-119.26399,"Captive_Latitude_Range":0.0812,"Captive_Longitude_Range":0.14143,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Min_Incubation_Length":115,"Max_Incubation_Length":124,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":28,"Males":14,"Females":13,"Intersex":1,"Undetermined":0,"Proportion_Male":0.51786,"Proportion_Female":0.48214,"Source":"Kuchling, G., Goode, E., & Praschag, P. (2011). Endoscopic imaging of gonads, sex ratio and temperature dependent sex determination in captive bred juvenile Burmese star tortoises Geochelone platynota. Asian Herpetological Research, 2(4), 240-244.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Ojai Valley, California"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Glyptemys","Species":"Glyptemys_insculpta","Listed_As":"Clemmys_insculpta","SDM":"GSD","SDM_Confidence":1,"Location":"Clare and Schoolcraft Counties, Michigan, USA","Latitude":45.15835,"Longitude":-85.60863,"Latitude_Range":2.68528,"Longitude_Range":2.00307,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":25,"Mean_Temp":25,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":18,"Males":6,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Bull, J. J., Legler, J. M., & Vogt, R. C. (1985). Non-temperature dependent sex determination in two suborders of turtles. Copeia, 1985(3), 784-786.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Glyptemys","Species":"Glyptemys_insculpta","Listed_As":"Clemmys_insculpta","SDM":"GSD","SDM_Confidence":1,"Location":"Clare and Schoolcraft Counties, Michigan, USA","Latitude":45.15835,"Longitude":-85.60863,"Latitude_Range":2.68528,"Longitude_Range":2.00307,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":18,"Males":7,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.38889,"Proportion_Female":0.61111,"Source":"Bull, J. J., Legler, J. M., & Vogt, R. C. (1985). Non-temperature dependent sex determination in two suborders of turtles. Copeia, 1985(3), 784-786.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Glyptemys","Species":"Glyptemys_insculpta","Listed_As":"Clemmys_insculpta","SDM":"GSD","SDM_Confidence":1,"Location":"Minnesota and Wisconsin, USA","Latitude":45.09328,"Longitude":-90.56794,"Latitude_Range":5.16687,"Longitude_Range":5.90847,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":15,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44118,"Proportion_Female":0.55882,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Glyptemys","Species":"Glyptemys_insculpta","Listed_As":"Clemmys_insculpta","SDM":"GSD","SDM_Confidence":1,"Location":"Minnesota and Wisconsin, USA","Latitude":45.09328,"Longitude":-90.56794,"Latitude_Range":5.16687,"Longitude_Range":5.90847,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":43,"Males":19,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44186,"Proportion_Female":0.55814,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Glyptemys","Species":"Glyptemys_insculpta","Listed_As":"Clemmys_insculpta","SDM":"GSD","SDM_Confidence":1,"Location":"Minnesota and Wisconsin, USA","Latitude":45.09328,"Longitude":-90.56794,"Latitude_Range":5.16687,"Longitude_Range":5.90847,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":15,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44118,"Proportion_Female":0.55882,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Glyptemys","Species":"Glyptemys_insculpta","Listed_As":"Clemmys_insculpta","SDM":"GSD","SDM_Confidence":1,"Location":"Minnesota and Wisconsin, USA","Latitude":45.09328,"Longitude":-90.56794,"Latitude_Range":5.16687,"Longitude_Range":5.90847,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":45,"Males":24,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53333,"Proportion_Female":0.46667,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Glyptemys","Species":"Glyptemys_muhlenbergii","Listed_As":"Clemmys_muhlenbergii","SDM":"GSD","SDM_Confidence":1,"Location":"Maryland, USA","Latitude":39.55236,"Longitude":-76.39007,"Latitude_Range":0.33373,"Longitude_Range":1.21875,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5","Thermometer_Location":"Incubator","Mean_Temp":26,"Fluctuation":1,"Total_Incubated_Treatment":10,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Endoscopy, histology, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":0,"Source":"Spotila, J. R., Zimmerman, L. C., Binckley, C. A., Grumbles, J. S., Rostal, D. C., List, A., Jr., Beyer, E. C., Phillips, K. M., & Kemp, S. J. (1994). Effects of incubation conditions on sex determination, hatching success, and growth of hatchling desert tortoises, Gopherus agassizii. Herpetological Monographs, 8, 103-116.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; temperatures in incubators varied 1.0, while temperatures inside containers only varied 0.2"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Mean_Temp":26,"Fluctuation":1,"Total_Incubated_Treatment":10,"Total_Hatched":5,"Proportion_Hatched":0.5,"Mean_Incubation_Length":125,"Sexing_Method":"Endoscopy, histology, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Spotila, J. R., Zimmerman, L. C., Binckley, C. A., Grumbles, J. S., Rostal, D. C., List, A., Jr., Beyer, E. C., Phillips, K. M., & Kemp, S. J. (1994). Effects of incubation conditions on sex determination, hatching success, and growth of hatchling desert tortoises, Gopherus agassizii. Herpetological Monographs, 8, 103-116.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; temperatures in incubators varied 1.0, while temperatures inside containers only varied 0.2"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Mean_Temp":28.1,"Fluctuation":1,"Total_Incubated_Treatment":29,"Total_Hatched":28,"Proportion_Hatched":0.96552,"Mean_Incubation_Length":89,"Sexing_Method":"Endoscopy, histology, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Spotila, J. R., Zimmerman, L. C., Binckley, C. A., Grumbles, J. S., Rostal, D. C., List, A., Jr., Beyer, E. C., Phillips, K. M., & Kemp, S. J. (1994). Effects of incubation conditions on sex determination, hatching success, and growth of hatchling desert tortoises, Gopherus agassizii. Herpetological Monographs, 8, 103-116.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; temperatures in incubators varied 1.0, while temperatures inside containers only varied 0.2"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Mean_Temp":30.6,"Fluctuation":1,"Total_Incubated_Treatment":29,"Total_Hatched":27,"Proportion_Hatched":0.93103,"Mean_Incubation_Length":72,"Sexing_Method":"Endoscopy, histology, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":26,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96296,"Proportion_Female":0.03704,"Source":"Spotila, J. R., Zimmerman, L. C., Binckley, C. A., Grumbles, J. S., Rostal, D. C., List, A., Jr., Beyer, E. C., Phillips, K. M., & Kemp, S. J. (1994). Effects of incubation conditions on sex determination, hatching success, and growth of hatchling desert tortoises, Gopherus agassizii. Herpetological Monographs, 8, 103-116.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; temperatures in incubators varied 1.0, while temperatures inside containers only varied 0.2"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Mean_Temp":32.8,"Fluctuation":1,"Total_Incubated_Treatment":29,"Total_Hatched":27,"Proportion_Hatched":0.93103,"Mean_Incubation_Length":68,"Sexing_Method":"Endoscopy, histology, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":0,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Spotila, J. R., Zimmerman, L. C., Binckley, C. A., Grumbles, J. S., Rostal, D. C., List, A., Jr., Beyer, E. C., Phillips, K. M., & Kemp, S. J. (1994). Effects of incubation conditions on sex determination, hatching success, and growth of hatchling desert tortoises, Gopherus agassizii. Herpetological Monographs, 8, 103-116.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; temperatures in incubators varied 1.0, while temperatures inside containers only varied 0.2"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5","Thermometer_Location":"Incubator","Mean_Temp":33,"Fluctuation":1,"Total_Incubated_Treatment":10,"Total_Hatched":3,"Proportion_Hatched":0.3,"Mean_Incubation_Length":73,"Sexing_Method":"Endoscopy, histology, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Spotila, J. R., Zimmerman, L. C., Binckley, C. A., Grumbles, J. S., Rostal, D. C., List, A., Jr., Beyer, E. C., Phillips, K. M., & Kemp, S. J. (1994). Effects of incubation conditions on sex determination, hatching success, and growth of hatchling desert tortoises, Gopherus agassizii. Herpetological Monographs, 8, 103-116.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; temperatures in incubators varied 1.0, while temperatures inside containers only varied 0.2"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Mean_Temp":33,"Fluctuation":1,"Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Mean_Incubation_Length":73,"Sexing_Method":"Endoscopy, histology, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Spotila, J. R., Zimmerman, L. C., Binckley, C. A., Grumbles, J. S., Rostal, D. C., List, A., Jr., Beyer, E. C., Phillips, K. M., & Kemp, S. J. (1994). Effects of incubation conditions on sex determination, hatching success, and growth of hatchling desert tortoises, Gopherus agassizii. Herpetological Monographs, 8, 103-116.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; temperatures in incubators varied 1.0, while temperatures inside containers only varied 0.2"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Mean_Temp":35.3,"Fluctuation":1,"Total_Incubated_Treatment":28,"Total_Hatched":8,"Proportion_Hatched":0.28571,"Mean_Incubation_Length":85,"Sexing_Method":"Endoscopy, histology, macroscopy","Sexed_Condition":"Live, dead, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Spotila, J. R., Zimmerman, L. C., Binckley, C. A., Grumbles, J. S., Rostal, D. C., List, A., Jr., Beyer, E. C., Phillips, K. M., & Kemp, S. J. (1994). Effects of incubation conditions on sex determination, hatching success, and growth of hatchling desert tortoises, Gopherus agassizii. Herpetological Monographs, 8, 103-116.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; temperatures in incubators varied 1.0, while temperatures inside containers only varied 0.2"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Captive tortoises near Las Vegas, Nevada, USA","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Substrate":"Cotton, egg crate","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.5,"Number_Clutches_Treatment":5,"Total_Incubated_Treatment":19,"Total_Hatched":10,"Proportion_Hatched":0.52632,"Mean_Incubation_Length":124.7,"Min_Incubation_Length":112.8,"Max_Incubation_Length":158.8,"Sexing_Method":"Macroscopy, histology, endoscopy","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lewis-Winokur, V., & Winokur, R. M. (1995). Incubation temperature affects sexual differentiation, incubation time, and posthatching survival in desert tortoises (Gopherus agassizi). Canadian Journal of Zoology, 73(11), 2091-2097.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 8, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 27 after 4 months"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Captive tortoises near Las Vegas, Nevada, USA","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"Cotton, egg crate","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Number_Clutches_Treatment":5,"Total_Incubated_Treatment":18,"Total_Hatched":16,"Proportion_Hatched":0.88889,"Mean_Incubation_Length":103.8,"Min_Incubation_Length":86.1,"Max_Incubation_Length":132.6,"Sexing_Method":"Macroscopy, histology, endoscopy","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lewis-Winokur, V., & Winokur, R. M. (1995). Incubation temperature affects sexual differentiation, incubation time, and posthatching survival in desert tortoises (Gopherus agassizi). Canadian Journal of Zoology, 73(11), 2091-2097.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Captive tortoises near Las Vegas, Nevada, USA","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"Cotton, egg crate","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.5,"Number_Clutches_Treatment":6,"Total_Incubated_Treatment":46,"Total_Hatched":38,"Proportion_Hatched":0.82609,"Mean_Incubation_Length":87.1,"Min_Incubation_Length":80.1,"Max_Incubation_Length":99,"Sexing_Method":"Macroscopy, histology, endoscopy","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":37,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lewis-Winokur, V., & Winokur, R. M. (1995). Incubation temperature affects sexual differentiation, incubation time, and posthatching survival in desert tortoises (Gopherus agassizi). Canadian Journal of Zoology, 73(11), 2091-2097.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Captive tortoises near Las Vegas, Nevada, USA","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"Cotton, egg crate","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.5,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":17,"Total_Hatched":17,"Proportion_Hatched":1,"Mean_Incubation_Length":84.2,"Min_Incubation_Length":80.2,"Max_Incubation_Length":87.2,"Sexing_Method":"Macroscopy, histology, endoscopy","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":17,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lewis-Winokur, V., & Winokur, R. M. (1995). Incubation temperature affects sexual differentiation, incubation time, and posthatching survival in desert tortoises (Gopherus agassizi). Canadian Journal of Zoology, 73(11), 2091-2097.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Captive tortoises near Las Vegas, Nevada, USA","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":1,"Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"Fluctuation":0.5,"Total_Incubated_Treatment":12,"Total_Hatched":12,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lewis-Winokur, V., & Winokur, R. M. (1995). Incubation temperature affects sexual differentiation, incubation time, and posthatching survival in desert tortoises (Gopherus agassizi). Canadian Journal of Zoology, 73(11), 2091-2097.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Captive tortoises near Las Vegas, Nevada, USA","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Substrate":"Cotton, egg crate","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.5,"Number_Clutches_Treatment":7,"Total_Incubated_Treatment":13,"Total_Hatched":11,"Proportion_Hatched":0.84615,"Mean_Incubation_Length":78.2,"Min_Incubation_Length":65.6,"Max_Incubation_Length":91.1,"Sexing_Method":"Macroscopy, histology, endoscopy","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":5,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.41667,"Proportion_Female":0.58333,"Source":"Lewis-Winokur, V., & Winokur, R. M. (1995). Incubation temperature affects sexual differentiation, incubation time, and posthatching survival in desert tortoises (Gopherus agassizi). Canadian Journal of Zoology, 73(11), 2091-2097.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.5,"Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Mean_Incubation_Length":87,"Sexing_Method":"Endoscopy, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Rostal, D. C., Wibbels, T., Grumbles, J. S., Lance, V. A., & Spotila, J. R. (2002). Chronology of sex determination in the desert tortoise (Gopherus agassizii). Chelonian Conservation and Biology, 4(2), 313-318.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; did not include data taken from Spotila et al. (1994)"}
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{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 18","Backswitch_Length":"Hatching","Backswitch_Temp1":34,"Backswitch_Temp2":29,"Backswitch_Temp3":29,"Sexing_Method":"Endoscopy, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rostal, D. C., Wibbels, T., Grumbles, J. S., Lance, V. A., & Spotila, J. R. (2002). Chronology of sex determination in the desert tortoise (Gopherus agassizii). Chelonian Conservation and Biology, 4(2), 313-318.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; did not include data taken from Spotila et al. (1994)"}
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{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 21","Backswitch_Length":"Hatching","Backswitch_Temp1":34,"Backswitch_Temp2":29,"Backswitch_Temp3":29,"Sexing_Method":"Endoscopy, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rostal, D. C., Wibbels, T., Grumbles, J. S., Lance, V. A., & Spotila, J. R. (2002). Chronology of sex determination in the desert tortoise (Gopherus agassizii). Chelonian Conservation and Biology, 4(2), 313-318.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; did not include data taken from Spotila et al. (1994)"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Desert Tortoise Conservation Center","Captive_Latitude":36.15935,"Captive_Longitude":-115.19494,"Captive_Latitude_Range":0.36914,"Captive_Longitude_Range":0.35644,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"-5000","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 23","Backswitch_Length":"Hatching","Backswitch_Temp1":34,"Backswitch_Temp2":29,"Backswitch_Temp3":29,"Sexing_Method":"Endoscopy, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rostal, D. C., Wibbels, T., Grumbles, J. S., Lance, V. A., & Spotila, J. R. (2002). Chronology of sex determination in the desert tortoise (Gopherus agassizii). Chelonian Conservation and Biology, 4(2), 313-318.","WoS":2,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Las Vegas, Nevada, USA; did not include data taken from Spotila et al. (1994)"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp_SD":1.7,"TSP_Min_Temp":28.1,"TSP_Max_Temp":33.8,"Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp_SD":2.2,"TSP_Min_Temp":27.6,"TSP_Max_Temp":35.3,"Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp_SD":2.1,"TSP_Min_Temp":28.12,"TSP_Max_Temp":34.9,"Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp_SD":0.8,"TSP_Min_Temp":32.13,"TSP_Max_Temp":34.7,"Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Early nest excluded from tables due to only one hatchling surviving"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp_SD":0.7,"TSP_Min_Temp":31.6,"TSP_Max_Temp":34.6,"Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp_SD":1.2,"TSP_Min_Temp":30.7,"TSP_Max_Temp":36.7,"Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp_SD":1,"TSP_Min_Temp":30.9,"TSP_Max_Temp":35.7,"Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Tables 2 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Late nest not included in tables"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"Within 5 km of Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Latitude":35.12716,"Longitude":-116.49808,"Latitude_Range":0.08991,"Longitude_Range":0.10999,"Accurate":1,"Captive":1,"Captive_Location":"Fort Irwin Study Site, United States Army's National Training Center, San Bernadino County, California, USA","Captive_Latitude":35.12687,"Captive_Longitude":-116.49753,"Captive_Latitude_Range":0.00084,"Captive_Longitude_Range":0.00339,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Number_Clutches_Experiment":22,"Total_Incubated_Experiment":59,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Baxter, P. C., Wilson, D. S., & Morafka, D. J. (2008). The effects of nest date and placement of eggs in burrows on sex ratios and potential survival of hatchling desert tortoises, Gopherus agassizii. Chelonian Conservation and Biology, 7(1), 52-59.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Late nest that produced no hatchlings"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Marine Corps Air Ground Combat Center, Twentynine Palms, California, USA","Captive_Latitude":34.24662,"Captive_Longitude":-116.09896,"Captive_Latitude_Range":0.12235,"Captive_Longitude_Range":0.15817,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":10,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Nagy, K. A., Kuchling, G., Hillard, L. S., & Henen, B. T. (2016). Weather and sex ratios of head-started Agassiz’s desert tortoise Gopherus agassizii juveniles hatched in natural habitat enclosures. Endangered Species Research, 30, 145-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Data from first nests"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Marine Corps Air Ground Combat Center, Twentynine Palms, California, USA","Captive_Latitude":34.24662,"Captive_Longitude":-116.09896,"Captive_Latitude_Range":0.12235,"Captive_Longitude_Range":0.15817,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":4,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13793,"Proportion_Female":0.86207,"Source":"Nagy, K. A., Kuchling, G., Hillard, L. S., & Henen, B. T. (2016). Weather and sex ratios of head-started Agassiz’s desert tortoise Gopherus agassizii juveniles hatched in natural habitat enclosures. Endangered Species Research, 30, 145-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Data from first nests"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Marine Corps Air Ground Combat Center, Twentynine Palms, California, USA","Captive_Latitude":34.24662,"Captive_Longitude":-116.09896,"Captive_Latitude_Range":0.12235,"Captive_Longitude_Range":0.15817,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":1,"Females":36,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02703,"Proportion_Female":0.97297,"Source":"Nagy, K. A., Kuchling, G., Hillard, L. S., & Henen, B. T. (2016). Weather and sex ratios of head-started Agassiz’s desert tortoise Gopherus agassizii juveniles hatched in natural habitat enclosures. Endangered Species Research, 30, 145-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Data from first nests"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Marine Corps Air Ground Combat Center, Twentynine Palms, California, USA","Captive_Latitude":34.24662,"Captive_Longitude":-116.09896,"Captive_Latitude_Range":0.12235,"Captive_Longitude_Range":0.15817,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":21,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84,"Proportion_Female":0.16,"Source":"Nagy, K. A., Kuchling, G., Hillard, L. S., & Henen, B. T. (2016). Weather and sex ratios of head-started Agassiz’s desert tortoise Gopherus agassizii juveniles hatched in natural habitat enclosures. Endangered Species Research, 30, 145-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Data from first nests"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Marine Corps Air Ground Combat Center, Twentynine Palms, California, USA","Captive_Latitude":34.24662,"Captive_Longitude":-116.09896,"Captive_Latitude_Range":0.12235,"Captive_Longitude_Range":0.15817,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":46,"Males":37,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.80435,"Proportion_Female":0.19565,"Source":"Nagy, K. A., Kuchling, G., Hillard, L. S., & Henen, B. T. (2016). Weather and sex ratios of head-started Agassiz’s desert tortoise Gopherus agassizii juveniles hatched in natural habitat enclosures. Endangered Species Research, 30, 145-155.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Data from shaded nests"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_agassizii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":35.02697,"Longitude":-115.82708,"Latitude_Range":4.69419,"Longitude_Range":5.24141,"Accurate":0.5,"Captive":1,"Captive_Location":"Marine Corps Air Ground Combat Center, Twentynine Palms, California, USA","Captive_Latitude":34.24662,"Captive_Longitude":-116.09896,"Captive_Latitude_Range":0.12235,"Captive_Longitude_Range":0.15817,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":27,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Nagy, K. A., Kuchling, G., Hillard, L. S., & Henen, B. T. (2016). Weather and sex ratios of head-started Agassiz’s desert tortoise Gopherus agassizii juveniles hatched in natural habitat enclosures. Endangered Species Research, 30, 145-155.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Data from open nests"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Tillman Sand Ridge, Jasper County, South Carolina, USA","Latitude":32.49902,"Longitude":-81.20656,"Latitude_Range":0.02461,"Longitude_Range":0.05579,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":8,"Total_Hatched":5,"Proportion_Hatched":0.625,"Mean_Incubation_Length":114.6,"Mean_Incubation_Length_SD":9.1,"Min_Incubation_Length":106,"Max_Incubation_Length":130,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":0.5,"Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Burke, R. L., Ewert, M. A., McLemore, J. B., & Jackson, D. R. (1996). Temperature-dependent sex determination and hatching success in the gopher tortoise (Gopherus polyphemus). Chelonian Conservation and Biology, 2(1), 86-88.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Tillman Sand Ridge, Jasper County, South Carolina, USA","Latitude":32.49902,"Longitude":-81.20656,"Latitude_Range":0.02461,"Longitude_Range":0.05579,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":1,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":9,"Total_Hatched":8,"Proportion_Hatched":0.88889,"Mean_Incubation_Length":97,"Mean_Incubation_Length_SD":5.6,"Min_Incubation_Length":88,"Max_Incubation_Length":102,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":0.5,"Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Burke, R. L., Ewert, M. A., McLemore, J. B., & Jackson, D. R. (1996). Temperature-dependent sex determination and hatching success in the gopher tortoise (Gopherus polyphemus). Chelonian Conservation and Biology, 2(1), 86-88.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Tillman Sand Ridge, Jasper County, South Carolina, USA","Latitude":32.49902,"Longitude":-81.20656,"Latitude_Range":0.02461,"Longitude_Range":0.05579,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":1,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":9,"Total_Hatched":7,"Proportion_Hatched":0.77778,"Mean_Incubation_Length":86.3,"Mean_Incubation_Length_SD":4.1,"Min_Incubation_Length":80,"Max_Incubation_Length":91,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Vouchers":0.5,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Burke, R. L., Ewert, M. A., McLemore, J. B., & Jackson, D. R. (1996). Temperature-dependent sex determination and hatching success in the gopher tortoise (Gopherus polyphemus). Chelonian Conservation and Biology, 2(1), 86-88.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest","CTE":30.38,"TSP_Mean_Temp":30.18,"Number_Clutches_Experiment":24,"Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Mean_Incubation_Length":87.75,"Mean_Incubation_Length_SD":0.96,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 30 after 70-75 days; temperatures are average of top and bottom means"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest","CTE":29.415,"TSP_Mean_Temp":29.185,"Number_Clutches_Experiment":24,"Total_Incubated_Treatment":6,"Total_Hatched":4,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":90.5,"Mean_Incubation_Length_SD":2.38,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 30 after 70-75 days; temperatures are average of top and bottom means"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","CTE":30.64,"TSP_Mean_Temp":29.725,"Number_Clutches_Experiment":24,"Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Finished incubation at 30 after 70-75 days; temperatures are average of top and bottom means"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.8,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":23,"Total_Incubated_Treatment":23,"Total_Hatched":8,"Proportion_Hatched":0.34783,"Mean_Incubation_Length":112.57,"Mean_Incubation_Length_SD":5.5,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.8,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":22,"Total_Incubated_Treatment":22,"Total_Hatched":14,"Proportion_Hatched":0.63636,"Mean_Incubation_Length":94.93,"Mean_Incubation_Length_SD":4.92,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":11,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78571,"Proportion_Female":0.21429,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.8,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":24,"Total_Incubated_Treatment":24,"Total_Hatched":14,"Proportion_Hatched":0.58333,"Mean_Incubation_Length":88.64,"Mean_Incubation_Length_SD":7.03,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":9,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64286,"Proportion_Female":0.35714,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.8,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":24,"Total_Incubated_Treatment":24,"Total_Hatched":15,"Proportion_Hatched":0.625,"Mean_Incubation_Length":83.07,"Mean_Incubation_Length_SD":4.73,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":5,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.8,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":23,"Total_Incubated_Treatment":23,"Total_Hatched":14,"Proportion_Hatched":0.6087,"Mean_Incubation_Length":79.86,"Mean_Incubation_Length_SD":4.67,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":1,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07143,"Proportion_Female":0.92857,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.8,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":22,"Total_Incubated_Treatment":22,"Total_Hatched":9,"Proportion_Hatched":0.40909,"Mean_Incubation_Length":77.22,"Mean_Incubation_Length_SD":2.86,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Kennedy Space Center, Merritt Island National Wildlife Refuge, and Canaveral National Seashore, Brevard and Volusia Counties, Florida, USA","Latitude":28.70082,"Longitude":-80.7352,"Latitude_Range":0.5823,"Longitude_Range":0.33093,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":34,"Mean_Temp":34,"Fluctuation":0.8,"Number_Clutches_Experiment":24,"Number_Clutches_Treatment":24,"Total_Incubated_Treatment":24,"Total_Hatched":1,"Proportion_Hatched":0.04167,"Mean_Incubation_Length":85,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":85,"Max_Incubation_Length":85,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Demuth, J. P. (2001). The effects of constant and fluctuating incubation temperatures on sex determination, growth, and performance in the tortoise Gopherus polyphemus. Canadian Journal of Zoology, 79(9), 1609-1620.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Stewart Army Reserve, Georgia, USA","Latitude":31.99906,"Longitude":-81.5974,"Latitude_Range":0.28766,"Longitude_Range":0.58775,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":20,"Males":11,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55,"Proportion_Female":0.45,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"George L. Smith State Park, Georgia, USA","Latitude":32.55951,"Longitude":-82.11093,"Latitude_Range":0.04633,"Longitude_Range":0.04008,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Stewart Army Reserve, Georgia, USA","Latitude":31.99906,"Longitude":-81.5974,"Latitude_Range":0.28766,"Longitude_Range":0.58775,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":30,"Males":8,"Females":10,"Intersex":0,"Undetermined":12,"Proportion_Male":0.26667,"Proportion_Female":0.33333,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"George L. Smith State Park, Georgia, USA","Latitude":32.55951,"Longitude":-82.11093,"Latitude_Range":0.04633,"Longitude_Range":0.04008,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":9,"Males":3,"Females":4,"Intersex":0,"Undetermined":2,"Proportion_Male":0.33333,"Proportion_Female":0.44444,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Stewart Army Reserve, Georgia, USA","Latitude":31.99906,"Longitude":-81.5974,"Latitude_Range":0.28766,"Longitude_Range":0.58775,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":22,"Males":14,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63636,"Proportion_Female":0.36364,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"George L. Smith State Park, Georgia, USA","Latitude":32.55951,"Longitude":-82.11093,"Latitude_Range":0.04633,"Longitude_Range":0.04008,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":23,"Males":17,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.73913,"Proportion_Female":0.26087,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Stewert Army Reserve and George L. Smith State Park, Georgia, USA","Latitude":32.21895,"Longitude":-81.71725,"Latitude_Range":0.72744,"Longitude_Range":0.82744,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"Fort Stewart Army Reserve, Georgia, USA","Latitude":31.99906,"Longitude":-81.5974,"Latitude_Range":0.28766,"Longitude_Range":0.58775,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":85,"Males":23,"Females":50,"Intersex":0,"Undetermined":12,"Proportion_Male":0.27059,"Proportion_Female":0.58824,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Gopherus","Species":"Gopherus_polyphemus","SDM":"TSD","SDM_Confidence":1,"Location":"George L. Smith State Park, Georgia, USA","Latitude":32.55951,"Longitude":-82.11093,"Latitude_Range":0.04633,"Longitude_Range":0.04008,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2020,"Last_Year":2020,"Incubation_Setup":"Nest","Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings, juveniles","Total_Sexed":20,"Males":2,"Females":16,"Intersex":0,"Undetermined":2,"Proportion_Male":0.1,"Proportion_Female":0.8,"Source":"Loope, K. J., Rostal, D. C., Walden, M. A., Shoemaker, K. T., & Hunter, E. A. (2022). A comparison of non-surgical methods for sexing young gopher tortoises (Gopherus polyphemus). PeerJ, 10, e13599.","WoS":0,"Other":1,"Data_Location":"Table 1, Text, Supplementary Materials","Data_Elsewhere":"0","Notes":"Finished incubation in lab at 29.9C after TSP"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_barbouri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_barbouri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_barbouri","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Treatment":6,"Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 2","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_barbouri","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Number_Clutches_Treatment":6,"Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 2","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_caglei","SDM":"TSD","SDM_Confidence":1,"Location":"Guadalupe River, Cuero, Texas, USA","Latitude":29.09262,"Longitude":-97.27876,"Latitude_Range":0.09866,"Longitude_Range":0.1153,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":4,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.2,"Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Wibbels, T., Killebrew, F. C., & Crews, D. (1991). Sex determination in Cagle's map turtle: Implications for evolution, development, and conservation. Canadian Journal of Zoology, 69(10), 2693-2696.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are for Cuero, Texas, USA; sample sizes based on overall mortality rate and sample size range"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_caglei","SDM":"TSD","SDM_Confidence":1,"Location":"Guadalupe River, Cuero, Texas, USA","Latitude":29.09262,"Longitude":-97.27876,"Latitude_Range":0.09866,"Longitude_Range":0.1153,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":4,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Total_Incubated_Treatment":18,"Total_Hatched":13,"Proportion_Hatched":0.72222,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":13,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Wibbels, T., Killebrew, F. C., & Crews, D. (1991). Sex determination in Cagle's map turtle: Implications for evolution, development, and conservation. Canadian Journal of Zoology, 69(10), 2693-2696.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are for Cuero, Texas, USA; sample sizes based on overall mortality rate and sample size range"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_caglei","SDM":"TSD","SDM_Confidence":1,"Location":"Guadalupe River, Cuero, Texas, USA","Latitude":29.09262,"Longitude":-97.27876,"Latitude_Range":0.09866,"Longitude_Range":0.1153,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":4,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Total_Incubated_Treatment":26,"Total_Hatched":24,"Proportion_Hatched":0.92308,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":20,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Wibbels, T., Killebrew, F. C., & Crews, D. (1991). Sex determination in Cagle's map turtle: Implications for evolution, development, and conservation. Canadian Journal of Zoology, 69(10), 2693-2696.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are for Cuero, Texas, USA; sample sizes based on overall mortality rate and sample size range"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_caglei","SDM":"TSD","SDM_Confidence":1,"Location":"Guadalupe River, Cuero, Texas, USA","Latitude":29.09262,"Longitude":-97.27876,"Latitude_Range":0.09866,"Longitude_Range":0.1153,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":4,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.2,"Total_Incubated_Treatment":18,"Total_Hatched":14,"Proportion_Hatched":0.77778,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":11,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78571,"Proportion_Female":0.21429,"Source":"Wibbels, T., Killebrew, F. C., & Crews, D. (1991). Sex determination in Cagle's map turtle: Implications for evolution, development, and conservation. Canadian Journal of Zoology, 69(10), 2693-2696.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are for Cuero, Texas, USA; sample sizes based on overall mortality rate and sample size range"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_caglei","SDM":"TSD","SDM_Confidence":1,"Location":"Guadalupe River, Cuero, Texas, USA","Latitude":29.09262,"Longitude":-97.27876,"Latitude_Range":0.09866,"Longitude_Range":0.1153,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":4,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.2,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., Killebrew, F. C., & Crews, D. (1991). Sex determination in Cagle's map turtle: Implications for evolution, development, and conservation. Canadian Journal of Zoology, 69(10), 2693-2696.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are for Cuero, Texas, USA; sample sizes based on overall mortality rate and sample size range"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Total_Incubated_Treatment":122,"Total_Hatched":98,"Proportion_Hatched":0.80328,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":98,"Males":98,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":30.5,"Mean_Temp":30.5,"Total_Incubated_Treatment":119,"Total_Hatched":88,"Proportion_Hatched":0.7395,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":88,"Males":0,"Females":88,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Artificial nest","Total_Incubated_Treatment":49,"Total_Hatched":37,"Proportion_Hatched":0.7551,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":37,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Artificial nest","Max_Temp":37,"Total_Incubated_Treatment":51,"Total_Hatched":15,"Proportion_Hatched":0.29412,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Number_Clutches_Experiment":7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Number_Clutches_Experiment":7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Number_Clutches_Experiment":7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":28,"Males":0,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle Island, Mississippi River Pool 8, Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":61,"Males":13,"Females":48,"Intersex":0,"Undetermined":0,"Proportion_Male":0.21311,"Proportion_Female":0.78689,"Source":"Vogt, R. C., & Bull, J. J. (1984). Ecology of hatchling sex ratio in map turtles. Ecology, 65(2), 582-587.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, Michigan, and Minnesota, USA","Latitude":42.37749,"Longitude":-88.45461,"Latitude_Range":9.20443,"Longitude_Range":12.07071,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, Michigan, and Minnesota, USA","Latitude":42.37749,"Longitude":-88.45461,"Latitude_Range":9.20443,"Longitude_Range":12.07071,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":33,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, Michigan, and Minnesota, USA","Latitude":42.37749,"Longitude":-88.45461,"Latitude_Range":9.20443,"Longitude_Range":12.07071,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":22,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, Michigan, and Minnesota, USA","Latitude":42.37749,"Longitude":-88.45461,"Latitude_Range":9.20443,"Longitude_Range":12.07071,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":44,"Males":0,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, Michigan, and Minnesota, USA","Latitude":42.37749,"Longitude":-88.45461,"Latitude_Range":9.20443,"Longitude_Range":12.07071,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_nigrinoda","SDM":"TSD","SDM_Confidence":1,"Location":"Alabama, USA","Latitude":32.28258,"Longitude":-86.8843,"Latitude_Range":3.30546,"Longitude_Range":2.86664,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_nigrinoda","SDM":"TSD","SDM_Confidence":1,"Location":"Alabama, USA","Latitude":32.28258,"Longitude":-86.8843,"Latitude_Range":3.30546,"Longitude_Range":2.86664,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Total_Incubated_Treatment":233,"Total_Hatched":210,"Proportion_Hatched":0.90129,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":210,"Males":210,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Constant","Set_Temp":30.5,"Mean_Temp":30.5,"Total_Incubated_Treatment":237,"Total_Hatched":211,"Proportion_Hatched":0.8903,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":211,"Males":0,"Females":211,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Fluctuating","Mean_Temp":28,"Fluctuation":5,"Min_Temp":23,"Max_Temp":33,"Total_Incubated_Treatment":109,"Total_Hatched":65,"Proportion_Hatched":0.59633,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":0,"Females":65,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 16","Backswitch_Length":"Stage 22","Backswitch_Temp1":31,"Backswitch_Temp2":25,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":35,"Males":35,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 18","Backswitch_Length":"Stage 22","Backswitch_Temp1":31,"Backswitch_Temp2":25,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":34,"Males":23,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.67647,"Proportion_Female":0.32353,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 18","Backswitch_Length":"Stage 25","Backswitch_Temp1":31,"Backswitch_Temp2":25,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":32,"Males":31,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96875,"Proportion_Female":0.03125,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 9","Backswitch_Length":"Stage 16","Backswitch_Temp1":25,"Backswitch_Temp2":31,"Backswitch_Temp3":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 9","Backswitch_Length":"Stage 18","Backswitch_Temp1":25,"Backswitch_Temp2":31,"Backswitch_Temp3":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 13","Backswitch_Length":"Stage 17","Backswitch_Temp1":25,"Backswitch_Temp2":31,"Backswitch_Temp3":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":36,"Males":36,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 13","Backswitch_Length":"Stage 20","Backswitch_Temp1":25,"Backswitch_Temp2":31,"Backswitch_Temp3":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":39,"Males":27,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.69231,"Proportion_Female":0.30769,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Backswitch_Start":"Stage 16","Backswitch_Length":"Stage 18","Backswitch_Temp1":25,"Backswitch_Temp2":31,"Backswitch_Temp3":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":39,"Males":39,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1981). Temperature?sensitive periods of sex determination in emydid turtles. Journal of Experimental Zoology, 218(3), 435-440.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.3,"Mean_Temp":29.3,"Fluctuation":0.05,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":20,"Clutch_ID":"1-20","Total_Incubated_Treatment":200,"Total_Hatched":192,"Proportion_Hatched":0.96,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":192,"Males":78,"Females":109,"Intersex":5,"Undetermined":0,"Proportion_Male":0.41927,"Proportion_Female":0.58073,"Source":"Bull, J. J., Vogt, R. C., & Bulmer, M. G. (1982). Heritability of sex ratio in turtles with environmental sex determination. Evolution, 36(2), 333-341.","WoS":2,"Other":0,"Data_Location":"Text, Appendix II","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":93,"Males":93,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":64,"Males":53,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82812,"Proportion_Female":0.17188,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":89,"Males":1,"Females":88,"Intersex":0,"Undetermined":0,"Proportion_Male":0.01124,"Proportion_Female":0.98876,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle Island, Mississippi River Pool 8, Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Treatment":183,"Clutch_ID":"1-183","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1540,"Males":431,"Females":1109,"Intersex":0,"Undetermined":0,"Proportion_Male":0.27987,"Proportion_Female":0.72013,"Source":"Vogt, R. C., & Bull, J. J. (1984). Ecology of hatchling sex ratio in map turtles. Ecology, 65(2), 582-587.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Total_Sexed":17,"Males":17,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., Wibbels, T., & Crews, D. (1990). Sex?determining potencies vary among female incubation temperatures in a turtle. Journal of Experimental Zoology, 256(3), 339-341.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Fluctuation":0.5,"Backswitch_Start":"Stage 18","Backswitch_Length":"Hatching","Backswitch_Temp1":26,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Total_Sexed":13,"Males":13,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., Wibbels, T., & Crews, D. (1990). Sex?determining potencies vary among female incubation temperatures in a turtle. Journal of Experimental Zoology, 256(3), 339-341.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Fluctuation":0.5,"Backswitch_Start":"Stage 18","Backswitch_Length":"Hatching","Backswitch_Temp1":26,"Backswitch_Temp2":32.5,"Backswitch_Temp3":32.5,"Total_Sexed":18,"Males":4,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Bull, J. J., Wibbels, T., & Crews, D. (1990). Sex?determining potencies vary among female incubation temperatures in a turtle. Journal of Experimental Zoology, 256(3), 339-341.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.5,"Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Wibbels, T., & Crews, D. (1990). Sex?determining potencies vary among female incubation temperatures in a turtle. Journal of Experimental Zoology, 256(3), 339-341.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, USA","Latitude":34.75429,"Longitude":-92.04605,"Latitude_Range":3.48553,"Longitude_Range":4.78917,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":69,"Males":69,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, USA","Latitude":34.75429,"Longitude":-92.04605,"Latitude_Range":3.48553,"Longitude_Range":4.78917,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":64,"Males":0,"Females":64,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"kohnii","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":25,"Males":24,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96,"Proportion_Female":0.04,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"kohnii","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"kohnii","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.3,"Mean_Temp":29.3,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":47,"Males":13,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2766,"Proportion_Female":0.7234,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"kohnii","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":25,"Males":4,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16,"Proportion_Female":0.84,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"kohnii","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"kohnii","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30.6,"Mean_Temp":30.6,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":22,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"pseudogeographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":70,"Males":70,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"pseudogeographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"pseudogeographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.3,"Mean_Temp":29.3,"Fluctuation":0.2,"Number_Clutches_Experiment":25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":57,"Males":33,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57895,"Proportion_Female":0.42105,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"pseudogeographica","SDM":"TSD","SDM_Confidence":1,"Location":"Turtle Island, Mississippi River Pool 8, Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Substrate":"Sand","Number_Clutches_Treatment":45,"Clutch_ID":"1-45","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":489,"Males":122,"Females":367,"Intersex":0,"Undetermined":0,"Proportion_Male":0.24949,"Proportion_Female":0.75051,"Source":"Vogt, R. C., & Bull, J. J. (1984). Ecology of hatchling sex ratio in map turtles. Ecology, 65(2), 582-587.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"pseudogeographica","SDM":"TSD","SDM_Confidence":1,"Location":"Minnesota and Wisconsin, USA","Latitude":44.06602,"Longitude":-92.43286,"Latitude_Range":3.11222,"Longitude_Range":6.04025,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"kohnii","Listed_As":"Graptemys_kohnii","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":151,"Males":151,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica","Subspecies":"pseudogeographica","SDM":"TSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.29%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"3.102","Chemical_Concentration":4.64e-07,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":40,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":57,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":57,"Max_Incubation_Length":57,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Neuman-Lee, L. A., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Neuman-Lee","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 100 micrograms atrazine per L"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pulchra","SDM":"TSD","SDM_Confidence":1,"Location":"Chickasawhay River, Greene County, Mississippi, USA","Latitude":31.21723,"Longitude":-88.6261,"Latitude_Range":0.43701,"Longitude_Range":0.19053,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pulchra","SDM":"TSD","SDM_Confidence":1,"Location":"Chickasawhay River, Greene County, Mississippi, USA","Latitude":31.21723,"Longitude":-88.6261,"Latitude_Range":0.43701,"Longitude_Range":0.19053,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_versa","SDM":"TSD","SDM_Confidence":1,"Location":"Texas, USA","Latitude":30.40313,"Longitude":-98.37829,"Latitude_Range":2.97357,"Longitude_Range":4.72225,"Accurate":0.5,"Captive":1,"Captive_Location":"Unnamed zoo","Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_versa","SDM":"TSD","SDM_Confidence":1,"Location":"Texas, USA","Latitude":30.40313,"Longitude":-98.37829,"Latitude_Range":2.97357,"Longitude_Range":4.72225,"Accurate":0.5,"Captive":1,"Captive_Location":"Unnamed zoo","Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_versa","SDM":"TSD","SDM_Confidence":1,"Location":"Texas, USA","Latitude":30.40313,"Longitude":-98.37829,"Latitude_Range":2.97357,"Longitude_Range":4.72225,"Accurate":0.5,"Captive":1,"Captive_Location":"Unnamed zoo","Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River Pool 8, Genoa, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":25,"Mean_Temp":25,"Number_Clutches_Experiment":17,"Number_Clutches_Treatment":17,"Clutch_ID":"1-17","Total_Incubated_Treatment":60,"Total_Hatched":54,"Proportion_Hatched":0.9,"Min_Incubation_Length":66,"Max_Incubation_Length":70,"Total_Sexed":54,"Males":54,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Vogt, R. C. (1980). Natural history of the map turtles Graptemys pseudogeographica and G. ouachitensis in Wisconsin. Tulane Studies in Zoology and Botany, 22(1), 17-48.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River Pool 8, Genoa, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1977,"Last_Year":1977,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":35,"Mean_Temp":35,"Number_Clutches_Experiment":17,"Number_Clutches_Treatment":17,"Clutch_ID":"1-17","Total_Incubated_Treatment":41,"Total_Hatched":17,"Proportion_Hatched":0.41463,"Min_Incubation_Length":49,"Max_Incubation_Length":54,"Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C. (1980). Natural history of the map turtles Graptemys pseudogeographica and G. ouachitensis in Wisconsin. Tulane Studies in Zoology and Botany, 22(1), 17-48.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River Pool 8, Genoa, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1972,"Last_Year":1972,"Incubation_Setup":"Constant","Substrate":"Sphagnum","Set_Temp":28,"Mean_Temp":28,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":86,"Males":53,"Females":33,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61628,"Proportion_Female":0.38372,"Source":"Vogt, R. C. (1980). Natural history of the map turtles Graptemys pseudogeographica and G. ouachitensis in Wisconsin. Tulane Studies in Zoology and Botany, 22(1), 17-48.","WoS":3,"Other":0,"Data_Location":"Table 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.28%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Acetone","Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":20,"Total_Hatched":19,"Proportion_Hatched":0.95,"Mean_Incubation_Length":58.6,"Mean_Incubation_Length_SE":0.64,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":19,"Males":17,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.89474,"Proportion_Female":0.10526,"Source":"Neuman-Lee, L. A., & Janzen, F. J. (2011). Atrazine exposure impacts behavior and survivorship of neonatal turtles. Herpetologica, 67(1), 23-31.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 1 mL acetone per L water"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.28%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.003102","Chemical_Concentration":4.64e-10,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":20,"Total_Hatched":17,"Proportion_Hatched":0.85,"Mean_Incubation_Length":57.8,"Mean_Incubation_Length_SE":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Vouchers":1,"Total_Sexed":19,"Males":18,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94737,"Proportion_Female":0.05263,"Source":"Neuman-Lee, L. A., & Janzen, F. J. (2011). Atrazine exposure impacts behavior and survivorship of neonatal turtles. Herpetologica, 67(1), 23-31.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 0.1 micrograms atrazine per L"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.28%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"0.03102","Chemical_Concentration":4.64e-09,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":20,"Total_Hatched":18,"Proportion_Hatched":0.9,"Mean_Incubation_Length":58.4,"Mean_Incubation_Length_SE":0.46,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":18,"Males":14,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Neuman-Lee, L. A., & Janzen, F. J. (2011). Atrazine exposure impacts behavior and survivorship of neonatal turtles. Herpetologica, 67(1), 23-31.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 1 microgram atrazine per L"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis","SDM":"TSD","SDM_Confidence":1,"Location":"Cedar River near Wiese Slough, Muscatine County, Iowa, USA","Latitude":41.55028,"Longitude":-91.12533,"Latitude_Range":0.04033,"Longitude_Range":0.04457,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"3.28%","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Atrazine","Chemical_Mass_.g":"3.102","Chemical_Concentration":4.64e-07,"Chemical_Volume_.L":31020,"Applications":"1","Application_Route":"Substrate","Stage_First_Application":"0","Day_First_Application":0,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":20,"Total_Hatched":18,"Proportion_Hatched":0.9,"Mean_Incubation_Length":59,"Mean_Incubation_Length_SE":0.44,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":18,"Males":13,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.72222,"Proportion_Female":0.27778,"Source":"Neuman-Lee, L. A., & Janzen, F. J. (2011). Atrazine exposure impacts behavior and survivorship of neonatal turtles. Herpetologica, 67(1), 23-31.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Added 31.02g of solution to substrate - 100 micrograms atrazine per L"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed clutch size of 10 based on sex ratio in Fig. 1; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed clutch size of 10 based on sex ratio in Fig. 1; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River, La Crosse, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Nest","Number_Clutches_Experiment":14,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J., & Vogt, R. C. (1979). Temperature-dependent sex determination in turtles. Science, 206(4423), 1186-1188.","WoS":5,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum clutch size of 8; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River near Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":24.5,"Number_Clutches_Experiment":75,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Bull, J. J. (1985). Sex ratio and nest temperature in turtles: Comparing field and laboratory data. Ecology, 66(4), 1115-1122.","WoS":4,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Temperatures from weeks 4-5 of development; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River near Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":25.5,"Number_Clutches_Experiment":75,"Number_Clutches_Treatment":8,"Clutch_ID":"6-13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.787,"Proportion_Female":0.213,"Source":"Bull, J. J. (1985). Sex ratio and nest temperature in turtles: Comparing field and laboratory data. Ecology, 66(4), 1115-1122.","WoS":4,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Temperatures from weeks 4-5 of development; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River near Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":26.5,"Number_Clutches_Experiment":75,"Number_Clutches_Treatment":25,"Clutch_ID":"14-38","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.911,"Proportion_Female":0.089,"Source":"Bull, J. J. (1985). Sex ratio and nest temperature in turtles: Comparing field and laboratory data. Ecology, 66(4), 1115-1122.","WoS":4,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Temperatures from weeks 4-5 of development; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River near Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":27.5,"Number_Clutches_Experiment":75,"Number_Clutches_Treatment":24,"Clutch_ID":"39-62","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.678,"Proportion_Female":0.322,"Source":"Bull, J. J. (1985). Sex ratio and nest temperature in turtles: Comparing field and laboratory data. Ecology, 66(4), 1115-1122.","WoS":4,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Temperatures from weeks 4-5 of development; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River near Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":28.5,"Number_Clutches_Experiment":75,"Number_Clutches_Treatment":10,"Clutch_ID":"63-72","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.158,"Proportion_Female":0.842,"Source":"Bull, J. J. (1985). Sex ratio and nest temperature in turtles: Comparing field and laboratory data. Ecology, 66(4), 1115-1122.","WoS":4,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Temperatures from weeks 4-5 of development; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Graptemys","Species":"Graptemys_pseudogeographica/ouachitensis/geographica","SDM":"TSD","SDM_Confidence":1,"Location":"Mississippi River near Stoddard, Vernon County, Wisconsin, USA","Latitude":43.66742,"Longitude":-91.25439,"Latitude_Range":0.00326,"Longitude_Range":0.0082,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","TSP_Mean_Temp":29.5,"Number_Clutches_Experiment":75,"Number_Clutches_Treatment":3,"Clutch_ID":"73-75","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J. (1985). Sex ratio and nest temperature in turtles: Comparing field and laboratory data. Ecology, 66(4), 1115-1122.","WoS":4,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Temperatures from weeks 4-5 of development; coordinates from Vogt (1980) Tulane Studies in Zoology and Botany"}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Heosemys","Species":"Heosemys_depressa","SDM":"TSD","SDM_Confidence":0,"Location":"Bangladesh and Myanmar","Latitude":19.69999,"Longitude":93.65922,"Latitude_Range":4.39414,"Longitude_Range":3.06401,"Accurate":0.5,"Captive":1,"Captive_Location":"Zoo Atlanta, Georgia, USA","Captive_Latitude":33.7325,"Captive_Longitude":-84.37105,"Captive_Latitude_Range":0.00469,"Captive_Longitude_Range":0.00598,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":1,"Total_Incubated_Treatment":1,"Total_Hatched":1,"Proportion_Hatched":1,"Mean_Incubation_Length":171,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":171,"Max_Incubation_Length":171,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wyrwich, L., Hill, R., & Lock, B. (2015). Captive husbandry of the Arakan forest turtle (Heosemys depressa) and its implications for conservation. Herpetological Review, 46(1), 49-54.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Heosemys","Species":"Heosemys_grandis","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":9.92945,"Longitude":102.27018,"Latitude_Range":17.16561,"Longitude_Range":14.3788,"Accurate":0,"Captive":1,"Captive_Location":"Unnamed zoo","Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Heosemys","Species":"Heosemys_grandis","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":9.92945,"Longitude":102.27018,"Latitude_Range":17.16561,"Longitude_Range":14.3788,"Accurate":0,"Captive":1,"Captive_Location":"Unnamed zoo","Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Total_Sexed":13,"Males":10,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.76923,"Proportion_Female":0.23077,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Heosemys","Species":"Heosemys_grandis","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":9.92945,"Longitude":102.27018,"Latitude_Range":17.16561,"Longitude_Range":14.3788,"Accurate":0,"Captive":1,"Captive_Location":"Unnamed zoo","Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Homopus","Species":"Homopus_femoralis","SDM":"TSD","SDM_Confidence":1,"Location":"Bloemfontein and Beaufort-West, South Africa","Latitude":-30.67561,"Longitude":24.47635,"Latitude_Range":3.4223,"Longitude_Range":3.92906,"Accurate":0.5,"Captive":1,"Captive_Location":"The Netherlands","Captive_Latitude":52.1594,"Captive_Longitude":5.2797,"Captive_Latitude_Range":2.80139,"Captive_Longitude_Range":3.87736,"Captive_Accurate":0.5,"Outdoors":0,"Within_Species_Range":0,"First_Year":2007,"Last_Year":2018,"Incubation_Setup":"Fluctuating","Substrate":"Clay, no substrate","Min_Temp":24,"Max_Temp":33,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Treatment":17,"Total_Hatched":12,"Proportion_Hatched":0.70588,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Loehr, V. J. T. (2019). Homopus femoralis (Greater padloper). Reproduction and growth. Herpetological Review, 50(3), 517-518.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"One egg incubated at constant 30C; Coordinates are estimated geographic center of The Netherlands; Breeding adults wild-caught from Bloemfontein and Beaufort-West, South Africa"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_alamosae","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico","Latitude":27.97807,"Longitude":-109.86025,"Latitude_Range":5.39015,"Longitude_Range":3.1931,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_alamosae","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico","Latitude":27.97807,"Longitude":-109.86025,"Latitude_Range":5.39015,"Longitude_Range":3.1931,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_alamosae","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico","Latitude":27.97807,"Longitude":-109.86025,"Latitude_Range":5.39015,"Longitude_Range":3.1931,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_alamosae","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico","Latitude":27.97807,"Longitude":-109.86025,"Latitude_Range":5.39015,"Longitude_Range":3.1931,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":8,"Females":10,"Intersex":1,"Undetermined":0,"Proportion_Male":0.44737,"Proportion_Female":0.55263,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":13,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52,"Proportion_Female":0.48,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":85,"Males":64,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75294,"Proportion_Female":0.24706,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":17,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.70833,"Proportion_Female":0.29167,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":9,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64286,"Proportion_Female":0.35714,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":4,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.30769,"Proportion_Female":0.69231,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Peninsular Florida, USA","Latitude":26.40888,"Longitude":-80.84183,"Latitude_Range":2.47702,"Longitude_Range":1.4374,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert et al. (2005)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":11,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61111,"Proportion_Female":0.38889,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":8,"Females":4,"Intersex":1,"Undetermined":0,"Proportion_Male":0.65385,"Proportion_Female":0.34615,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":7,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53846,"Proportion_Female":0.46154,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":5,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.45455,"Proportion_Female":0.54545,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":8,"Intersex":1,"Undetermined":0,"Proportion_Male":0.15,"Proportion_Female":0.85,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_baurii","SDM":"TSD","SDM_Confidence":1,"Location":"Western Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_creaseri","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.67735,"Longitude":-88.74166,"Latitude_Range":3.8488,"Longitude_Range":3.99437,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":1,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07143,"Proportion_Female":0.92857,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_creaseri","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.67735,"Longitude":-88.74166,"Latitude_Range":3.8488,"Longitude_Range":3.99437,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_creaseri","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.67735,"Longitude":-88.74166,"Latitude_Range":3.8488,"Longitude_Range":3.99437,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":3,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.27273,"Proportion_Female":0.72727,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_creaseri","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.67735,"Longitude":-88.74166,"Latitude_Range":3.8488,"Longitude_Range":3.99437,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":9,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64286,"Proportion_Female":0.35714,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_creaseri","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.67735,"Longitude":-88.74166,"Latitude_Range":3.8488,"Longitude_Range":3.99437,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":4,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_creaseri","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.67735,"Longitude":-88.74166,"Latitude_Range":3.8488,"Longitude_Range":3.99437,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_creaseri","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.67735,"Longitude":-88.74166,"Latitude_Range":3.8488,"Longitude_Range":3.99437,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska and Ellis County, Kansas, USA","Latitude":40.63534,"Longitude":-99.87018,"Latitude_Range":3.87386,"Longitude_Range":1.65329,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1979,"Last_Year":1979,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":56,"Total_Incubated_Treatment":29,"Total_Hatched":14,"Proportion_Hatched":0.48276,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":11,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78571,"Proportion_Female":0.21429,"Source":"Vogt, R. C., Bull, J. J., McCoy, C. J., & Houseal, T. W. (1982). Incubation temperature influences sex determination in kinosternid turtles. Copeia, 1982(2), 480-482.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Valentine NWR in Cherry County"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Cherry County, Nebraska and Ellis County, Kansas, USA","Latitude":40.63534,"Longitude":-99.87018,"Latitude_Range":3.87386,"Longitude_Range":1.65329,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1979,"Last_Year":1979,"Incubation_Setup":"Constant","Set_Temp":31,"Mean_Temp":31,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":56,"Total_Incubated_Treatment":27,"Total_Hatched":16,"Proportion_Hatched":0.59259,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C., Bull, J. J., McCoy, C. J., & Houseal, T. W. (1982). Incubation temperature influences sex determination in kinosternid turtles. Copeia, 1982(2), 480-482.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Valentine NWR in Cherry County"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Total_Sexed":23,"Males":19,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82609,"Proportion_Female":0.17391,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates for Crescent Lake NWR from Carter et al. (2019) Functional Ecology; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Total_Sexed":25,"Males":16,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64,"Proportion_Female":0.36,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates for Crescent Lake NWR from Carter et al. (2019) Functional Ecology; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Total_Sexed":20,"Males":15,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates for Crescent Lake NWR from Carter et al. (2019) Functional Ecology; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Total_Sexed":12,"Males":1,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.08333,"Proportion_Female":0.91667,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates for Crescent Lake NWR from Carter et al. (2019) Functional Ecology; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates for Crescent Lake NWR from Carter et al. (2019) Functional Ecology; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":24,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82759,"Proportion_Female":0.17241,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":17,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85,"Proportion_Female":0.15,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Garden County, Nebraska, USA","Latitude":41.67558,"Longitude":-102.27774,"Latitude_Range":0.15621,"Longitude_Range":0.37936,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_hirtipes","Subspecies":"murrayi","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Chihuahua, Mexico","Latitude":29.34627,"Longitude":-106.41595,"Latitude_Range":2.37528,"Longitude_Range":3.95789,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"1","Notes":"Coordinates approximate center of range in northern half of Chihuahua; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_hirtipes","Subspecies":"murrayi","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Chihuahua, Mexico","Latitude":29.34627,"Longitude":-106.41595,"Latitude_Range":2.37528,"Longitude_Range":3.95789,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"1","Notes":"Coordinates approximate center of range in northern half of Chihuahua; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_hirtipes","Subspecies":"murrayi","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Chihuahua, Mexico","Latitude":29.34627,"Longitude":-106.41595,"Latitude_Range":2.37528,"Longitude_Range":3.95789,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Total_Sexed":9,"Males":1,"Females":7,"Intersex":1,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Table 1","Data_Elsewhere":"1","Notes":"Coordinates approximate center of range in northern half of Chihuahua; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_hirtipes","Subspecies":"murrayi","SDM":"TSD","SDM_Confidence":1,"Location":"Northern Chihuahua, Mexico","Latitude":29.34627,"Longitude":-106.41595,"Latitude_Range":2.37528,"Longitude_Range":3.95789,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","Subspecies":"leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":35,"Males":24,"Females":10,"Intersex":1,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","Subspecies":"leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":62,"Males":30,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48387,"Proportion_Female":0.51613,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","Subspecies":"leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":65,"Males":12,"Females":53,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18462,"Proportion_Female":0.81538,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","Subspecies":"leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":36,"Males":9,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","Subspecies":"leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":34,"Males":20,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.58824,"Proportion_Female":0.41176,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Total_Sexed":8,"Males":5,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 1","Data_Elsewhere":"1","Notes":"Data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":1,"Females":6,"Intersex":1,"Undetermined":0,"Proportion_Male":0.1875,"Proportion_Female":0.8125,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":6,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46154,"Proportion_Female":0.53846,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":3,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23077,"Proportion_Female":0.76923,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_leucostomum","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":8.81349,"Longitude":-84.99068,"Latitude_Range":21.68944,"Longitude_Range":23.52317,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":8,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":25,"Females":5,"Intersex":1,"Undetermined":0,"Proportion_Male":0.82258,"Proportion_Female":0.17742,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":52,"Females":12,"Intersex":1,"Undetermined":0,"Proportion_Male":0.80769,"Proportion_Female":0.19231,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":23,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.69697,"Proportion_Female":0.30303,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":73,"Males":0,"Females":73,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":58,"Males":41,"Females":16,"Intersex":1,"Undetermined":0,"Proportion_Male":0.71552,"Proportion_Female":0.28448,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert & Nelson (1991), but nearby"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":44,"Males":33,"Females":10,"Intersex":1,"Undetermined":0,"Proportion_Male":0.76136,"Proportion_Female":0.23864,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert & Nelson (1991), but nearby"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":41,"Males":41,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert & Nelson (1991), but nearby"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":53,"Males":44,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83019,"Proportion_Female":0.16981,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert & Nelson (1991), but nearby"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":5,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert & Nelson (1991), but nearby"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","Subspecies":"cruentatum","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, and Mexico","Latitude":19.01916,"Longitude":-93.03597,"Latitude_Range":10.14936,"Longitude_Range":12.61674,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":1,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05556,"Proportion_Female":0.94444,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Not the same population as Ewert & Nelson (1991), but nearby"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_scorpioides","SDM":"TSD","SDM_Confidence":1,"Location":"Central and South America","Latitude":-1.68245,"Longitude":-67.0716,"Latitude_Range":51.55257,"Longitude_Range":64.5455,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1999,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Day_Last_Application":7,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":2,"Clutch_ID":"2, 5","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Freedberg, S., Nelson, C. E., & Ewert, M. A. (2006). Estradiol-17? induces lasting sex reversal at male-producing temperatures in kinosternid turtles. Journal of Herpetology, 40(1), 95-98.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_sonoriense","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":31.67017,"Longitude":-111.51189,"Latitude_Range":6.74591,"Longitude_Range":7.54782,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":5,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":13,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92857,"Proportion_Female":0.07143,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":10,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Total_Sexed":24,"Males":9,"Females":14,"Intersex":1,"Undetermined":0,"Proportion_Male":0.39583,"Proportion_Female":0.60417,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates are geographic center from wmflabs.org; many eggs produced in captivity; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Total_Sexed":19,"Males":6,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.31579,"Proportion_Female":0.68421,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates are geographic center from wmflabs.org; many eggs produced in captivity; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Total_Sexed":14,"Males":13,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92857,"Proportion_Female":0.07143,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates are geographic center from wmflabs.org; many eggs produced in captivity; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Total_Sexed":15,"Males":13,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.86667,"Proportion_Female":0.13333,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates are geographic center from wmflabs.org; many eggs produced in captivity; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_flavescens","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 3","Data_Elsewhere":"1","Notes":"Coordinates are geographic center from wmflabs.org; many eggs produced in captivity; data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_stejnegeri","Listed_As":"Kinosternon_arizonense","SDM":"TSD","SDM_Confidence":1,"Location":"Sonora, Mexico","Latitude":30.15068,"Longitude":-111.40385,"Latitude_Range":3.52998,"Longitude_Range":3.29116,"Accurate":0.5,"Captive":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"hippocrepis","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.2377,"Longitude":-94.10304,"Latitude_Range":8.55716,"Longitude_Range":11.30673,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":5,"Females":13,"Intersex":1,"Undetermined":0,"Proportion_Male":0.28947,"Proportion_Female":0.71053,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern border of Missouri"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"hippocrepis","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.2377,"Longitude":-94.10304,"Latitude_Range":8.55716,"Longitude_Range":11.30673,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":9,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47368,"Proportion_Female":0.52632,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern border of Missouri"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"hippocrepis","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.2377,"Longitude":-94.10304,"Latitude_Range":8.55716,"Longitude_Range":11.30673,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":11,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57895,"Proportion_Female":0.42105,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern border of Missouri"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"hippocrepis","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.2377,"Longitude":-94.10304,"Latitude_Range":8.55716,"Longitude_Range":11.30673,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":16,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84211,"Proportion_Female":0.15789,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern border of Missouri"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"hippocrepis","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.2377,"Longitude":-94.10304,"Latitude_Range":8.55716,"Longitude_Range":11.30673,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":10,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern border of Missouri"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"hippocrepis","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.2377,"Longitude":-94.10304,"Latitude_Range":8.55716,"Longitude_Range":11.30673,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":1,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.0625,"Proportion_Female":0.9375,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern border of Missouri"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"hippocrepis","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.2377,"Longitude":-94.10304,"Latitude_Range":8.55716,"Longitude_Range":11.30673,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":0,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern border of Missouri"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"subrubrum","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.95343,"Longitude":-82.97524,"Latitude_Range":7.42626,"Longitude_Range":14.52744,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":18,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern borders of Kentucky and Virginia"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"subrubrum","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.95343,"Longitude":-82.97524,"Latitude_Range":7.42626,"Longitude_Range":14.52744,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":16,"Females":3,"Intersex":1,"Undetermined":0,"Proportion_Male":0.825,"Proportion_Female":0.175,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern borders of Kentucky and Virginia"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"subrubrum","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.95343,"Longitude":-82.97524,"Latitude_Range":7.42626,"Longitude_Range":14.52744,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":13,"Females":5,"Intersex":1,"Undetermined":0,"Proportion_Male":0.71053,"Proportion_Female":0.28947,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern borders of Kentucky and Virginia"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Kinosternon","Species":"Kinosternon_subrubrum","Subspecies":"subrubrum","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast United States","Latitude":32.95343,"Longitude":-82.97524,"Latitude_Range":7.42626,"Longitude_Range":14.52744,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates define range in SE USA below southern borders of Kentucky and Virginia"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1978,"Last_Year":1978,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Total_Incubated_Treatment":2191,"Total_Hatched":1931,"Proportion_Hatched":0.88133,"Mean_Incubation_Length":51.5,"Total_Sexed":32,"Males":21,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.65625,"Proportion_Female":0.34375,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1979,"Last_Year":1979,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Total_Incubated_Treatment":2053,"Total_Hatched":1759,"Proportion_Hatched":0.85679,"Mean_Incubation_Length":52,"Total_Sexed":22,"Males":13,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.59091,"Proportion_Female":0.40909,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Total_Incubated_Treatment":2976,"Total_Hatched":2502,"Proportion_Hatched":0.84073,"Mean_Incubation_Length":50.5,"Total_Sexed":0,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Total_Incubated_Treatment":2279,"Total_Hatched":1898,"Proportion_Hatched":0.83282,"Mean_Incubation_Length":48.3,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1982,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Total_Incubated_Treatment":2017,"Total_Hatched":1565,"Proportion_Hatched":0.7759,"Mean_Incubation_Length":51,"Total_Sexed":94,"Males":64,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.68085,"Proportion_Female":0.31915,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Treatment":2006,"Total_Hatched":242,"Proportion_Hatched":0.12064,"Mean_Incubation_Length":52,"Total_Sexed":12,"Males":6,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Total_Incubated_Treatment":1976,"Total_Hatched":1792,"Proportion_Hatched":0.90688,"Mean_Incubation_Length":51.1,"Total_Sexed":159,"Males":114,"Females":45,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71698,"Proportion_Female":0.28302,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","Mean_Temp":31.1,"Mean_Temp_SD":2.8,"Total_Incubated_Treatment":1978,"Total_Hatched":1664,"Proportion_Hatched":0.84125,"Mean_Incubation_Length":48.8,"Total_Sexed":156,"Males":72,"Females":84,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46154,"Proportion_Female":0.53846,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","Mean_Temp":30,"Mean_Temp_SD":2.5,"Total_Incubated_Treatment":2011,"Total_Hatched":1776,"Proportion_Hatched":0.88314,"Mean_Incubation_Length":46.7,"Total_Sexed":53,"Males":9,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16981,"Proportion_Female":0.83019,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","Mean_Temp":30,"Mean_Temp_SD":2.3,"Total_Incubated_Treatment":2001,"Total_Hatched":1286,"Proportion_Hatched":0.64268,"Mean_Incubation_Length":47.6,"Total_Sexed":516,"Males":2,"Females":514,"Intersex":0,"Undetermined":0,"Proportion_Male":0.00388,"Proportion_Female":0.99612,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.4,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":30.6,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":28.7,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Sexed":13,"Males":12,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92308,"Proportion_Female":0.07692,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.3,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.4,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.6,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.8,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.9,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Sexed":11,"Males":4,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":30.1,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":30.3,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":31.3,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.2,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.2,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.3,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.6,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.7,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.7,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.7,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.8,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.8,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.8,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.9,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1982,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","TSP_Mean_Temp":32.9,"Number_Clutches_Experiment":32,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J., Owens, D. W., Chaney, A. H., Caillouet, C. W., Jr., Burchfield, P., & Marquez M., R. (1988). Styrofoam box and beach temperatures in relation to incubation and sex ratios of Kemp's ridley sea turtles. Technical Memorandum NMFS-SEFC-214 (pp. 103-108). National Oceanographic and Atmospheric Administration, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1; assumed minimum sample size of 10"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"North Padre Island, Texas, USA","Latitude":27.08939,"Longitude":-97.29375,"Latitude_Range":1.04907,"Longitude_Range":0.18467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","Mean_Temp":30.25,"Mean_Temp_SE":0,"Min_Temp":21.7,"Max_Temp":32.6,"TSP_Mean_Temp":30.7,"TSP_Mean_Temp_SE":0,"TSP_Min_Temp":27,"TSP_Max_Temp":32.5,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":113,"Total_Hatched":106,"Proportion_Hatched":0.93805,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":50,"Max_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Shaver, D. J. (2002). Kemp's ridley sea turtle project at Padre Island National Seashore and Texas sea turtle nesting and stranding, 2001 report. U. S. Department of the Interior, National Park Service.","WoS":0,"Other":1,"Data_Location":"Tables 1, 5, 6, & 8, Text","Data_Elsewhere":"0","Notes":"Clutch split between two incubation boxes"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Boca Chica Beach, Texas, USA","Latitude":26.01069,"Longitude":-97.15142,"Latitude_Range":0.10736,"Longitude_Range":0.005,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial Nest","Substrate":"Sand","Water_Content":"","Thermometer_Location":"","Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"","Chemical_Mass_.g":"","Applications":"","Application_Route":"","Stage_First_Application":"","Clutch_ID":"","Total_Incubated_Treatment":110,"Total_Hatched":106,"Proportion_Hatched":0.96364,"Mean_Incubation_Length":48,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":48,"Max_Incubation_Length":48,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J. (2004). Kemp's ridley sea turtle project at Padre Island National Seashore and Texas sea turtle nesting and stranding, 2002 report. U. S. Department of the Interior, National Park Service.","WoS":0,"Other":1,"Data_Location":"Tables 1, 5, & 8, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"South Padre Island, Texas, USA","Latitude":26.31517,"Longitude":-97.21991,"Latitude_Range":0.49491,"Longitude_Range":0.13374,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Artificial Nest","Substrate":"Sand","Water_Content":"","Thermometer_Location":"","Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"","Chemical_Mass_.g":"","Applications":"","Application_Route":"","Stage_First_Application":"","Clutch_ID":"","Total_Incubated_Treatment":65,"Total_Hatched":45,"Proportion_Hatched":0.69231,"Mean_Incubation_Length":42,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":42,"Max_Incubation_Length":42,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":9,"Males":0,"Females":7,"Intersex":0,"Undetermined":2,"Proportion_Male":0,"Proportion_Female":0.77778,"Source":"Shaver, D. J. (2004). Kemp's ridley sea turtle project at Padre Island National Seashore and Texas sea turtle nesting and stranding, 2002 report. U. S. Department of the Interior, National Park Service.","WoS":0,"Other":1,"Data_Location":"Tables 1, 5, & 8, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"South Padre Island, Texas, USA","Latitude":26.31517,"Longitude":-97.21991,"Latitude_Range":0.49491,"Longitude_Range":0.13374,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Artificial Nest","Substrate":"Sand","Water_Content":"","Thermometer_Location":"","Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"","Chemical_Mass_.g":"","Applications":"","Application_Route":"","Stage_First_Application":"","Clutch_ID":"","Total_Incubated_Treatment":121,"Total_Hatched":69,"Proportion_Hatched":0.57025,"Mean_Incubation_Length":47,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":47,"Max_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shaver, D. J. (2004). Kemp's ridley sea turtle project at Padre Island National Seashore and Texas sea turtle nesting and stranding, 2002 report. U. S. Department of the Interior, National Park Service.","WoS":0,"Other":1,"Data_Location":"Tables 1, 5, & 8, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","Total_Incubated_Treatment":1976,"Total_Hatched":1792,"Proportion_Hatched":0.90688,"Mean_Incubation_Length":51.1,"Sexing_Method":"Histology, macroscopy, endoscopy, hormone assay, secondary characteristics","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings, embryos, adults","Total_Sexed":160,"Males":114,"Females":46,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7125,"Proportion_Female":0.2875,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated in styrofoam boxes in outdoor screen enclosure"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","Total_Incubated_Treatment":1978,"Total_Hatched":1664,"Proportion_Hatched":0.84125,"Mean_Incubation_Length":48.8,"Sexing_Method":"Histology, macroscopy, endoscopy, hormone assay, secondary characteristics","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings, embryos, adults","Total_Sexed":158,"Males":73,"Females":85,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46203,"Proportion_Female":0.53797,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated in styrofoam boxes in outdoor screen enclosure"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","Total_Incubated_Treatment":2001,"Total_Hatched":1288,"Proportion_Hatched":0.64368,"Mean_Incubation_Length":47.6,"Sexing_Method":"Histology, macroscopy, endoscopy, hormone assay, secondary characteristics","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings, embryos, adults","Total_Sexed":536,"Males":2,"Females":534,"Intersex":0,"Undetermined":0,"Proportion_Male":0.00373,"Proportion_Female":0.99627,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated in styrofoam boxes in outdoor screen enclosure"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Rancho Nuevo, Tamaulipas, Mexico","Latitude":23.23558,"Longitude":-97.76884,"Latitude_Range":0.13507,"Longitude_Range":0.00554,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Outdoor container","Substrate":"Sand","Thermometer_Location":"Container","Total_Incubated_Treatment":1019,"Total_Hatched":933,"Proportion_Hatched":0.9156,"Mean_Incubation_Length":46.9,"Sexing_Method":"Histology, macroscopy, endoscopy, hormone assay, secondary characteristics","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings, embryos, adults","Total_Sexed":49,"Males":13,"Females":36,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26531,"Proportion_Female":0.73469,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated in styrofoam boxes in outdoor screen enclosure"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1979,"Last_Year":1979,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":67,"Total_Hatched":65,"Proportion_Hatched":0.97015,"Mean_Incubation_Length":54,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":0,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1980,"Last_Year":1980,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":2,"Clutch_ID":"2-3","Total_Incubated_Treatment":228,"Total_Hatched":64,"Proportion_Hatched":0.2807,"Mean_Incubation_Length":65,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":0,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":97,"Total_Hatched":70,"Proportion_Hatched":0.72165,"Mean_Incubation_Length":48,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":104,"Total_Hatched":95,"Proportion_Hatched":0.91346,"Mean_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":107,"Total_Hatched":100,"Proportion_Hatched":0.93458,"Mean_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":0,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1994,"Last_Year":1994,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":111,"Total_Hatched":100,"Proportion_Hatched":0.9009,"Mean_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1995,"Last_Year":1995,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":4,"Clutch_ID":"8-11","Total_Incubated_Treatment":335,"Total_Hatched":302,"Proportion_Hatched":0.90149,"Mean_Incubation_Length":46,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":6,"Clutch_ID":"12-17","Total_Incubated_Treatment":590,"Total_Hatched":370,"Proportion_Hatched":0.62712,"Mean_Incubation_Length":48.7,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":23,"Males":9,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3913,"Proportion_Female":0.6087,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":9,"Clutch_ID":"18-26","Total_Incubated_Treatment":968,"Total_Hatched":896,"Proportion_Hatched":0.92562,"Mean_Incubation_Length":47.1,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":16,"Males":5,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3125,"Proportion_Female":0.6875,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":13,"Clutch_ID":"27-39","Total_Incubated_Treatment":1270,"Total_Hatched":801,"Proportion_Hatched":0.63071,"Mean_Incubation_Length":48.2,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":127,"Males":55,"Females":72,"Intersex":0,"Undetermined":0,"Proportion_Male":0.43307,"Proportion_Female":0.56693,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":16,"Clutch_ID":"40-55","Total_Incubated_Treatment":1681,"Total_Hatched":1370,"Proportion_Hatched":0.81499,"Mean_Incubation_Length":49.4,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":22,"Males":9,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.40909,"Proportion_Female":0.59091,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":12,"Clutch_ID":"56-67","Total_Incubated_Treatment":1160,"Total_Hatched":1001,"Proportion_Hatched":0.86293,"Mean_Incubation_Length":48.7,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":47,"Males":22,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46809,"Proportion_Female":0.53191,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2001,"Last_Year":2001,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":11,"Clutch_ID":"68-78","Total_Incubated_Treatment":1132,"Total_Hatched":763,"Proportion_Hatched":0.67403,"Mean_Incubation_Length":48.4,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":46,"Males":22,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47826,"Proportion_Female":0.52174,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"1","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures; data also in Shaver (2002)"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":38,"Clutch_ID":"79-116","Total_Incubated_Treatment":3750,"Total_Hatched":2593,"Proportion_Hatched":0.69147,"Mean_Incubation_Length":45.4,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":167,"Males":12,"Females":155,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07186,"Proportion_Female":0.92814,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"1","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures; data also in Shaver (2004)"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":19,"Clutch_ID":"117-135","Total_Incubated_Treatment":1718,"Total_Hatched":1428,"Proportion_Hatched":0.8312,"Mean_Incubation_Length":46.4,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":43,"Males":9,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2093,"Proportion_Female":0.7907,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Southeast coast of Texas, USA","Latitude":27.64696,"Longitude":-96.05527,"Latitude_Range":3.3799,"Longitude_Range":2.66163,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Artificial nest, outdoor container","Substrate":"Sand","Number_Clutches_Experiment":177,"Number_Clutches_Treatment":42,"Clutch_ID":"136-177","Total_Incubated_Treatment":3928,"Total_Hatched":3303,"Proportion_Hatched":0.84089,"Mean_Incubation_Length":45.4,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":0,"Source":"Shaver, D. J. (2005). Analysis of the Kemp's ridley imprinting and headstart project at Padre Island National Seashore, Texas, 1978-88, with subsequent nesting and stranding records on the Texas coast. Chelonian Conservation and Biology, 4(4), 846-859.","WoS":2,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1; Incubated in situ, in styrofoam boxes in outdoor screened enclosure, and in the ground in screened enclosures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":30.1,"TSP_Mean_Temp_SD":0.4,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":12,"Males":9,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":30.2,"TSP_Mean_Temp_SD":0.5,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":36,"Males":6,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":30.3,"TSP_Mean_Temp_SD":0.4,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":14,"Males":2,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":30.4,"TSP_Mean_Temp_SD":0.5,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":11,"Males":4,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":30.6,"TSP_Mean_Temp_SD":0.6,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":4,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.21053,"Proportion_Female":0.78947,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":30.7,"TSP_Mean_Temp_SD":0.6,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":63,"Males":10,"Females":53,"Intersex":0,"Undetermined":0,"Proportion_Male":0.15873,"Proportion_Female":0.84127,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":30.8,"TSP_Mean_Temp_SD":0.6,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":12,"Males":4,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":30.9,"TSP_Mean_Temp_SD":0.4,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":15,"Males":4,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26667,"Proportion_Female":0.73333,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":31,"TSP_Mean_Temp_SD":0.4,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":18,"Males":8,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44444,"Proportion_Female":0.55556,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":31.3,"TSP_Mean_Temp_SD":0.5,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":42,"Males":7,"Females":35,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":31.4,"TSP_Mean_Temp_SD":0.4,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":55,"Males":6,"Females":49,"Intersex":0,"Undetermined":0,"Proportion_Male":0.10909,"Proportion_Female":0.89091,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":31.5,"TSP_Mean_Temp_SD":0.4,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":85,"Males":5,"Females":80,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05882,"Proportion_Female":0.94118,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":31.6,"TSP_Mean_Temp_SD":0.4,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":129,"Males":7,"Females":122,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05426,"Proportion_Female":0.94574,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":31.7,"TSP_Mean_Temp_SD":0.4,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":44,"Males":2,"Females":42,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04545,"Proportion_Female":0.95455,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Indoor container","Substrate":"Sand","Thermometer_Location":"Container center","TSP_Mean_Temp":31.8,"TSP_Mean_Temp_SD":0.6,"Number_Clutches_Experiment":90,"Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":22,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"LeBlanc, A. M., Wibbels, T., Shaver, D., & Walker, J. S. (2012). Temperature-dependent sex determination in the Kemp’s ridley sea turtle: Effects of incubation temperatures on sex ratios. Endangered Species Research, 19(2), 123-128.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"1","Notes":"Subset of data in table 1"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Captive_Location":"","Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"Incubation_Setup":"Fluctuating","Substrate":"","Water_Content":"","Thermometer_Location":"","Mean_Temp":29.75,"Min_Temp":25.5,"Max_Temp":31,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"","Chemical_Mass_.g":"","Applications":"","Application_Route":"","Stage_First_Application":"","Number_Clutches_Experiment":1659,"Number_Clutches_Treatment":64,"Clutch_ID":"1087-1150","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":119,"Males":10,"Females":88,"Intersex":0,"Undetermined":21,"Proportion_Male":0.08403,"Proportion_Female":0.7395,"Source":"Presz, K. (2022). Temperature-dependent sex determination (TSD): Implications for the biology and conservation of the Kemp's Ridley sea turtle (Lepidochelys kempii) (Unpublished master's thesis, University of Alabama at Birmingham, Birmingham, Alabama). Retrieved from https://www.proquest.com/docview/2721258235/34BE609086924735PQ/1?accountid=12598","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"?","Notes":""}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Captive_Location":"","Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Fluctuating","Substrate":"","Water_Content":"","Thermometer_Location":"","Mean_Temp":29.75,"Min_Temp":25.5,"Max_Temp":31,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"","Chemical_Mass_.g":"","Applications":"","Application_Route":"","Stage_First_Application":"","Number_Clutches_Experiment":1659,"Number_Clutches_Treatment":122,"Clutch_ID":"1285-1406","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":515,"Males":48,"Females":148,"Intersex":0,"Undetermined":319,"Proportion_Male":0.0932,"Proportion_Female":0.28738,"Source":"Presz, K. (2022). Temperature-dependent sex determination (TSD): Implications for the biology and conservation of the Kemp's Ridley sea turtle (Lepidochelys kempii) (Unpublished master's thesis, University of Alabama at Birmingham, Birmingham, Alabama). Retrieved from https://www.proquest.com/docview/2721258235/34BE609086924735PQ/1?accountid=12598","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"?","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Captive_Location":"","Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Fluctuating","Substrate":"","Water_Content":"","Thermometer_Location":"","Mean_Temp":29.75,"Min_Temp":25.5,"Max_Temp":31,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"","Chemical_Mass_.g":"","Applications":"","Application_Route":"","Stage_First_Application":"","Number_Clutches_Experiment":1659,"Number_Clutches_Treatment":69,"Clutch_ID":"1407-1475","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":281,"Males":8,"Females":77,"Intersex":0,"Undetermined":196,"Proportion_Male":0.02847,"Proportion_Female":0.27402,"Source":"Presz, K. (2022). Temperature-dependent sex determination (TSD): Implications for the biology and conservation of the Kemp's Ridley sea turtle (Lepidochelys kempii) (Unpublished master's thesis, University of Alabama at Birmingham, Birmingham, Alabama). Retrieved from https://www.proquest.com/docview/2721258235/34BE609086924735PQ/1?accountid=12598","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"?","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Captive_Location":"","Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"Incubation_Setup":"Fluctuating","Substrate":"","Water_Content":"","Thermometer_Location":"","Mean_Temp":29.75,"Min_Temp":25.5,"Max_Temp":31,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"","Chemical_Mass_.g":"","Applications":"","Application_Route":"","Stage_First_Application":"","Number_Clutches_Experiment":1659,"Number_Clutches_Treatment":133,"Clutch_ID":"1476-1608","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":151,"Males":14,"Females":40,"Intersex":0,"Undetermined":97,"Proportion_Male":0.09272,"Proportion_Female":0.2649,"Source":"Presz, K. (2022). Temperature-dependent sex determination (TSD): Implications for the biology and conservation of the Kemp's Ridley sea turtle (Lepidochelys kempii) (Unpublished master's thesis, University of Alabama at Birmingham, Birmingham, Alabama). Retrieved from https://www.proquest.com/docview/2721258235/34BE609086924735PQ/1?accountid=12598","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"?","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_kempii","SDM":"TSD","SDM_Confidence":1,"Location":"Padre Island National Seashore, Texas, USA","Latitude":26.84081,"Longitude":-97.26956,"Latitude_Range":1.54621,"Longitude_Range":0.23305,"Accurate":0.5,"Captive":0,"Captive_Location":"","Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"Incubation_Setup":"Fluctuating","Substrate":"","Water_Content":"","Thermometer_Location":"","Mean_Temp":29.75,"Min_Temp":25.5,"Max_Temp":31,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"","Chemical_Mass_.g":"","Applications":"","Application_Route":"","Stage_First_Application":"","Number_Clutches_Experiment":1659,"Number_Clutches_Treatment":51,"Clutch_ID":"1609-1659","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":132,"Males":14,"Females":23,"Intersex":0,"Undetermined":95,"Proportion_Male":0.10606,"Proportion_Female":0.17424,"Source":"Presz, K. (2022). Temperature-dependent sex determination (TSD): Implications for the biology and conservation of the Kemp's Ridley sea turtle (Lepidochelys kempii) (Unpublished master's thesis, University of Alabama at Birmingham, Birmingham, Alabama). Retrieved from https://www.proquest.com/docview/2721258235/34BE609086924735PQ/1?accountid=12598","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"?","Notes":""}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Substrate":"Sand, cotton","Mean_Temp":26.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Min_Incubation_Length":75,"Max_Incubation_Length":78,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dimond, M. T., & Mohanty-Hejmadi, P. (1983). Incubation temperature and sex differentiation in a sea turtle. American Zoologist, 23(4), 1017.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Substrate":"Sand, cotton","Mean_Temp":29.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Min_Incubation_Length":53,"Max_Incubation_Length":55,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dimond, M. T., & Mohanty-Hejmadi, P. (1983). Incubation temperature and sex differentiation in a sea turtle. American Zoologist, 23(4), 1017.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Substrate":"Sand, cotton","Mean_Temp":31.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Min_Incubation_Length":45,"Max_Incubation_Length":46,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dimond, M. T., & Mohanty-Hejmadi, P. (1983). Incubation temperature and sex differentiation in a sea turtle. American Zoologist, 23(4), 1017.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Bahia Nancite, Guanacaste Province, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":23,"Mean_Temp":23,"Fluctuation":0.2,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":50,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"McCoy, C. J., Vogt, R. C., & Censky, E. J. (1983). Temperature-controlled sex determination in the sea turtle Lepidochelys olivacea. Journal of Herpetology, 17(4), 404-406.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Bahia Nancite, Guanacaste Province, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.2,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":50,"Total_Hatched":23,"Proportion_Hatched":0.46,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"McCoy, C. J., Vogt, R. C., & Censky, E. J. (1983). Temperature-controlled sex determination in the sea turtle Lepidochelys olivacea. Journal of Herpetology, 17(4), 404-406.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Bahia Nancite, Guanacaste Province, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":50,"Total_Hatched":34,"Proportion_Hatched":0.68,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":30,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88235,"Proportion_Female":0.11765,"Source":"McCoy, C. J., Vogt, R. C., & Censky, E. J. (1983). Temperature-controlled sex determination in the sea turtle Lepidochelys olivacea. Journal of Herpetology, 17(4), 404-406.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Bahia Nancite, Guanacaste Province, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":50,"Total_Hatched":25,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":13,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52,"Proportion_Female":0.48,"Source":"McCoy, C. J., Vogt, R. C., & Censky, E. J. (1983). Temperature-controlled sex determination in the sea turtle Lepidochelys olivacea. Journal of Herpetology, 17(4), 404-406.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Bahia Nancite, Guanacaste Province, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1981,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.2,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":50,"Total_Hatched":23,"Proportion_Hatched":0.46,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":0,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"McCoy, C. J., Vogt, R. C., & Censky, E. J. (1983). Temperature-controlled sex determination in the sea turtle Lepidochelys olivacea. Journal of Herpetology, 17(4), 404-406.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Total_Incubated_Treatment":104,"Total_Hatched":72,"Proportion_Hatched":0.69231,"Min_Incubation_Length":48,"Max_Incubation_Length":50,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":72,"Males":0,"Females":72,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mohanty-Hejmadi, P., Behra, M., & Dimond, M. T. (1985). Temperature dependent sex differentiation in the olive ridley Lepidochelys olivacea and its implications for conservation. In Proceedings of the Symposium on Endangered Marine Animals and Marine Parks, 12-18 January (pp. 1-5). Marine Biological Association of India, Cochin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Completed development at room temperature after 24 days (past Yntema stage 22)"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"Incubation_Setup":"Constant","Substrate":"Sand, cotton","Mean_Temp":26.5,"Mean_Incubation_Length":76,"Min_Incubation_Length":75,"Max_Incubation_Length":78,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mohanty-Hejmadi, P., Behra, M., & Dimond, M. T. (1985). Temperature dependent sex differentiation in the olive ridley Lepidochelys olivacea and its implications for conservation. In Proceedings of the Symposium on Endangered Marine Animals and Marine Parks, 12-18 January (pp. 1-5). Marine Biological Association of India, Cochin.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"Incubation_Setup":"Constant","Substrate":"Sand, cotton","Mean_Temp":28,"Mean_Incubation_Length":75,"Min_Incubation_Length":72,"Max_Incubation_Length":75,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mohanty-Hejmadi, P., Behra, M., & Dimond, M. T. (1985). Temperature dependent sex differentiation in the olive ridley Lepidochelys olivacea and its implications for conservation. In Proceedings of the Symposium on Endangered Marine Animals and Marine Parks, 12-18 January (pp. 1-5). Marine Biological Association of India, Cochin.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"Incubation_Setup":"Constant","Substrate":"Sand, cotton","Mean_Temp":29.5,"Mean_Incubation_Length":58,"Min_Incubation_Length":58,"Max_Incubation_Length":60,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Mohanty-Hejmadi, P., Behra, M., & Dimond, M. T. (1985). Temperature dependent sex differentiation in the olive ridley Lepidochelys olivacea and its implications for conservation. In Proceedings of the Symposium on Endangered Marine Animals and Marine Parks, 12-18 January (pp. 1-5). Marine Biological Association of India, Cochin.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"Incubation_Setup":"Constant","Substrate":"Sand, cotton","Mean_Temp":30,"Mean_Incubation_Length":55,"Min_Incubation_Length":54,"Max_Incubation_Length":55,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mohanty-Hejmadi, P., Behra, M., & Dimond, M. T. (1985). Temperature dependent sex differentiation in the olive ridley Lepidochelys olivacea and its implications for conservation. In Proceedings of the Symposium on Endangered Marine Animals and Marine Parks, 12-18 January (pp. 1-5). Marine Biological Association of India, Cochin.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"Incubation_Setup":"Constant","Substrate":"Sand, cotton","Mean_Temp":31,"Mean_Incubation_Length":51,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":51,"Max_Incubation_Length":51,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mohanty-Hejmadi, P., Behra, M., & Dimond, M. T. (1985). Temperature dependent sex differentiation in the olive ridley Lepidochelys olivacea and its implications for conservation. In Proceedings of the Symposium on Endangered Marine Animals and Marine Parks, 12-18 January (pp. 1-5). Marine Biological Association of India, Cochin.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1984,"Incubation_Setup":"Constant","Substrate":"Sand, cotton","Mean_Temp":31.5,"Mean_Incubation_Length":45,"Min_Incubation_Length":45,"Max_Incubation_Length":46,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mohanty-Hejmadi, P., Behra, M., & Dimond, M. T. (1985). Temperature dependent sex differentiation in the olive ridley Lepidochelys olivacea and its implications for conservation. In Proceedings of the Symposium on Endangered Marine Animals and Marine Parks, 12-18 January (pp. 1-5). Marine Biological Association of India, Cochin.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","TSP_Mean_Temp":33.1,"TSP_Min_Temp":31.5,"TSP_Max_Temp":34.6,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Sexed":118,"Males":0,"Females":118,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Standora, E. A., & Spotila, J. R. (1985). Temperature dependent sex determination in sea turtles. Copeia, 1985(3), 711-722.","WoS":0,"Other":1,"Data_Location":"Table 6, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","TSP_Mean_Temp":28.3,"TSP_Min_Temp":26.4,"TSP_Max_Temp":30,"Number_Clutches_Treatment":7,"Clutch_ID":"9-15","Total_Sexed":100,"Males":85,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85,"Proportion_Female":0.15,"Source":"Standora, E. A., & Spotila, J. R. (1985). Temperature dependent sex determination in sea turtles. Copeia, 1985(3), 711-722.","WoS":0,"Other":1,"Data_Location":"Table 6, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","TSP_Mean_Temp":31.6,"TSP_Min_Temp":29.7,"TSP_Max_Temp":33.1,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Sexed":20,"Males":18,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Standora, E. A., & Spotila, J. R. (1985). Temperature dependent sex determination in sea turtles. Copeia, 1985(3), 711-722.","WoS":0,"Other":1,"Data_Location":"Table 6, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","TSP_Mean_Temp":27.4,"TSP_Min_Temp":25,"TSP_Max_Temp":28.8,"Number_Clutches_Treatment":3,"Clutch_ID":"17-19","Total_Sexed":60,"Males":59,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.98333,"Proportion_Female":0.01667,"Source":"Standora, E. A., & Spotila, J. R. (1985). Temperature dependent sex determination in sea turtles. Copeia, 1985(3), 711-722.","WoS":0,"Other":1,"Data_Location":"Table 6, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Outdoor container","Substrate":"Sand","TSP_Mean_Temp":25.7,"TSP_Min_Temp":24.6,"TSP_Max_Temp":26.7,"Number_Clutches_Treatment":9,"Clutch_ID":"20-28","Total_Sexed":164,"Males":160,"Females":1,"Intersex":3,"Undetermined":0,"Proportion_Male":0.98476,"Proportion_Female":0.01524,"Source":"Standora, E. A., & Spotila, J. R. (1985). Temperature dependent sex determination in sea turtles. Copeia, 1985(3), 711-722.","WoS":0,"Other":1,"Data_Location":"Table 6, Text","Data_Elsewhere":"0","Notes":"Coordinates from Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Substrate":"Cotton","Mean_Temp":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mohanty-Hejmadi, P., & Dimond, M. T. (1986). Temperature dependent sex determination in the olive ridley turtle. Progress in Developmental Biology, Part A, 217, 159-162.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubation conditions unclear"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Substrate":"Cotton","Mean_Temp":29.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Source":"Mohanty-Hejmadi, P., & Dimond, M. T. (1986). Temperature dependent sex determination in the olive ridley turtle. Progress in Developmental Biology, Part A, 217, 159-162.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubation conditions unclear; Both males and females produced at 29.5"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Substrate":"Cotton","Mean_Temp":30,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mohanty-Hejmadi, P., & Dimond, M. T. (1986). Temperature dependent sex determination in the olive ridley turtle. Progress in Developmental Biology, Part A, 217, 159-162.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Incubation conditions unclear"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"Stage 20.5","Backswitch_Length":"Hatching","Backswitch_Temp1":31.5,"Backswitch_Temp2":27.5,"Backswitch_Temp3":27.5,"Total_Incubated_Treatment":12,"Total_Hatched":10,"Proportion_Hatched":0.83333,"Mean_Incubation_Length":63,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mohanty-Hejmadi, P., & Dimond, M. T. (1986). Temperature dependent sex determination in the olive ridley turtle. Progress in Developmental Biology, Part A, 217, 159-162.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Bhitar Kanika Sanctuary, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"Stage 15.5","Backswitch_Length":"Hatching","Backswitch_Temp1":27.5,"Backswitch_Temp2":31.5,"Backswitch_Temp3":31.5,"Total_Incubated_Treatment":10,"Total_Hatched":5,"Proportion_Hatched":0.5,"Mean_Incubation_Length":57.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Mohanty-Hejmadi, P., & Dimond, M. T. (1986). Temperature dependent sex determination in the olive ridley turtle. Progress in Developmental Biology, Part A, 217, 159-162.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Escobilla, Municipality of Santa María Tonameca, and Playa Chacahua, Municipality of San Pedro Tututepec, Oaxaca, Mexico","Latitude":15.83235,"Longitude":-97.20179,"Latitude_Range":0.30283,"Longitude_Range":1.16792,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1987,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"3.00%","Backswitch_Start":"7","Backswitch_Length":"17","Backswitch_Temp1":30,"Backswitch_Temp2":32,"Backswitch_Temp3":28,"Total_Incubated_Treatment":20,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Reyes, H. M. A., Arenas, O. P. I., Aguilar, C. E., Cortez, D. E. R. (1988). Período sensible a la temperatura para la determinación del sexo en la tortuga golfina (Lepidochelys olivacea Eschscholtz, 1829). Instituto Politécnico Nacional, Centro Interdisciplinario de Investigación para el Desarrollo Integral Regional. Unidad Oaxaca.","WoS":0,"Other":1,"Data_Location":"Table 1, Figs. 1 & 2, Text","Data_Elsewhere":"0","Notes":"Coordinates are midpoint of coordinates in Fig. 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Escobilla, Municipality of Santa María Tonameca, and Playa Chacahua, Municipality of San Pedro Tututepec, Oaxaca, Mexico","Latitude":15.83235,"Longitude":-97.20179,"Latitude_Range":0.30283,"Longitude_Range":1.16792,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1987,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"3.00%","Backswitch_Start":"10","Backswitch_Length":"9","Backswitch_Temp1":30,"Backswitch_Temp2":32,"Backswitch_Temp3":28,"Total_Incubated_Treatment":20,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":9,"Females":1,"Intersex":1,"Undetermined":0,"Proportion_Male":0.86364,"Proportion_Female":0.13636,"Source":"Reyes, H. M. A., Arenas, O. P. I., Aguilar, C. E., Cortez, D. E. R. (1988). Período sensible a la temperatura para la determinación del sexo en la tortuga golfina (Lepidochelys olivacea Eschscholtz, 1829). Instituto Politécnico Nacional, Centro Interdisciplinario de Investigación para el Desarrollo Integral Regional. Unidad Oaxaca.","WoS":0,"Other":1,"Data_Location":"Table 1, Figs. 1 & 2, Text","Data_Elsewhere":"0","Notes":"Coordinates are midpoint of coordinates in Fig. 1"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Escobilla, Municipality of Santa María Tonameca, and Playa Chacahua, Municipality of San Pedro Tututepec, Oaxaca, Mexico","Latitude":15.83235,"Longitude":-97.20179,"Latitude_Range":0.30283,"Longitude_Range":1.16792,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1987,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"3.00%","Backswitch_Start":"11","Backswitch_Length":"16","Backswitch_Temp1":30,"Backswitch_Temp2":32,"Backswitch_Temp3":28,"Total_Incubated_Treatment":20,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Reyes, H. M. A., Arenas, O. P. I., Aguilar, C. E., Cortez, D. E. R. (1988). Período sensible a la temperatura para la determinación del sexo en la tortuga golfina (Lepidochelys olivacea Eschscholtz, 1829). Instituto Politécnico Nacional, Centro Interdisciplinario de Investigación para el Desarrollo Integral Regional. Unidad Oaxaca.","WoS":0,"Other":1,"Data_Location":"Table 1, Figs. 1 & 2, Text","Data_Elsewhere":"0","Notes":"Coordinates are midpoint of coordinates in Fig. 1"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1985,"First_Month":9,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":27.5,"Mean_Temp":27.5,"Number_Clutches_Treatment":4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Merchant-Larios, H., Fierro, I. V., & Urruiza, B. C. (1989). Gonadal morphogenesis under controlled temperature in the sea turtle Lepidochelys olicavea. Herpetological Monographs, 3, 43-61.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1985,"First_Month":9,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":32,"Mean_Temp":32,"Number_Clutches_Treatment":4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., Fierro, I. V., & Urruiza, B. C. (1989). Gonadal morphogenesis under controlled temperature in the sea turtle Lepidochelys olicavea. Herpetological Monographs, 3, 43-61.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1985,"First_Month":9,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":32,"Mean_Temp":32,"Number_Clutches_Treatment":4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., Fierro, I. V., & Urruiza, B. C. (1989). Gonadal morphogenesis under controlled temperature in the sea turtle Lepidochelys olicavea. Herpetological Monographs, 3, 43-61.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"Stage 23","Backswitch_Length":"Hatching","Backswitch_Temp1":28,"Backswitch_Temp2":32,"Backswitch_Temp3":32,"Total_Incubated_Treatment":10,"Total_Hatched":3,"Proportion_Hatched":0.3,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., & Villalpando, I. (1990). Effect of temperature on gonadal sex differentiation in the sea turtle Lepidochelys olivacea: An organ culture study. Journal of Experimental Zoology, 254(3), 327-331.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shift at day 30"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"Stage 24","Backswitch_Length":"Hatching","Backswitch_Temp1":28,"Backswitch_Temp2":32,"Backswitch_Temp3":32,"Total_Incubated_Treatment":10,"Total_Hatched":5,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Merchant-Larios, H., & Villalpando, I. (1990). Effect of temperature on gonadal sex differentiation in the sea turtle Lepidochelys olivacea: An organ culture study. Journal of Experimental Zoology, 254(3), 327-331.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shift at day 35"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"Stage 26","Backswitch_Length":"Hatching","Backswitch_Temp1":28,"Backswitch_Temp2":32,"Backswitch_Temp3":32,"Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":4,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Merchant-Larios, H., & Villalpando, I. (1990). Effect of temperature on gonadal sex differentiation in the sea turtle Lepidochelys olivacea: An organ culture study. Journal of Experimental Zoology, 254(3), 327-331.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shift at day 40"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"Stage 29","Backswitch_Length":"Hatching","Backswitch_Temp1":28,"Backswitch_Temp2":32,"Backswitch_Temp3":32,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Merchant-Larios, H., & Villalpando, I. (1990). Effect of temperature on gonadal sex differentiation in the sea turtle Lepidochelys olivacea: An organ culture study. Journal of Experimental Zoology, 254(3), 327-331.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shift at day 50"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"Stage 19","Backswitch_Length":"Hatching","Backswitch_Temp1":32,"Backswitch_Temp2":28,"Backswitch_Temp3":28,"Total_Incubated_Treatment":12,"Total_Hatched":6,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Merchant-Larios, H., & Villalpando, I. (1990). Effect of temperature on gonadal sex differentiation in the sea turtle Lepidochelys olivacea: An organ culture study. Journal of Experimental Zoology, 254(3), 327-331.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shift at day 16"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"Stage 21","Backswitch_Length":"Hatching","Backswitch_Temp1":32,"Backswitch_Temp2":28,"Backswitch_Temp3":28,"Total_Incubated_Treatment":12,"Total_Hatched":8,"Proportion_Hatched":0.66667,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Merchant-Larios, H., & Villalpando, I. (1990). Effect of temperature on gonadal sex differentiation in the sea turtle Lepidochelys olivacea: An organ culture study. Journal of Experimental Zoology, 254(3), 327-331.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shift at day 20"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"Stage 23","Backswitch_Length":"Hatching","Backswitch_Temp1":32,"Backswitch_Temp2":28,"Backswitch_Temp3":28,"Total_Incubated_Treatment":12,"Total_Hatched":10,"Proportion_Hatched":0.83333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Merchant-Larios, H., & Villalpando, I. (1990). Effect of temperature on gonadal sex differentiation in the sea turtle Lepidochelys olivacea: An organ culture study. Journal of Experimental Zoology, 254(3), 327-331.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shift at day 24"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, México","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Sand","Backswitch_Start":"Stage 26","Backswitch_Length":"Hatching","Backswitch_Temp1":32,"Backswitch_Temp2":28,"Backswitch_Temp3":28,"Total_Incubated_Treatment":12,"Total_Hatched":9,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., & Villalpando, I. (1990). Effect of temperature on gonadal sex differentiation in the sea turtle Lepidochelys olivacea: An organ culture study. Journal of Experimental Zoology, 254(3), 327-331.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Shift at day 30"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1987,"Incubation_Setup":"Constant","Substrate":"Sand, cotton","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.5,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Proportion_Hatched":0.814,"Mean_Incubation_Length":73,"Mean_Incubation_Length_SD":1,"Min_Incubation_Length":72,"Max_Incubation_Length":74,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mohanty-Hejmadi, P. (1992). A study of ecology, breeding patterns, development and karyotype patterns of the olive ridley, Lepidochelys olivacea of Gahirmatha, Orissa. Pranikee, 9, 1-70. ","WoS":0,"Other":1,"Data_Location":"Tables 16, 17, 19, & 20, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1987,"First_Month":2,"Last_Month":3,"Incubation_Setup":"Constant","Substrate":"Sand, cotton","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.5,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":6,"Clutch_ID":"2-7","Proportion_Hatched":0.707,"Mean_Incubation_Length":48,"Mean_Incubation_Length_SD":2.16,"Min_Incubation_Length":45,"Max_Incubation_Length":51,"Males":0,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mohanty-Hejmadi, P. (1992). A study of ecology, breeding patterns, development and karyotype patterns of the olive ridley, Lepidochelys olivacea of Gahirmatha, Orissa. Pranikee, 9, 1-70. ","WoS":0,"Other":1,"Data_Location":"Tables 16, 17, 19, & 20, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":3,"Last_Month":4,"Incubation_Setup":"Nest","Total_Sexed":104,"Males":0,"Females":104,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mohanty-Hejmadi, P. (1992). A study of ecology, breeding patterns, development and karyotype patterns of the olive ridley, Lepidochelys olivacea of Gahirmatha, Orissa. Pranikee, 9, 1-70. ","WoS":0,"Other":1,"Data_Location":"Table 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1985,"Last_Year":1985,"First_Month":1,"Last_Month":3,"Incubation_Setup":"Nest","Total_Sexed":104,"Males":59,"Females":45,"Intersex":0,"Undetermined":0,"Proportion_Male":0.56731,"Proportion_Female":0.43269,"Source":"Mohanty-Hejmadi, P. (1992). A study of ecology, breeding patterns, development and karyotype patterns of the olive ridley, Lepidochelys olivacea of Gahirmatha, Orissa. Pranikee, 9, 1-70. ","WoS":0,"Other":1,"Data_Location":"Table 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1986,"Last_Year":1986,"First_Month":4,"Last_Month":5,"Incubation_Setup":"Nest","Total_Sexed":93,"Males":15,"Females":78,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16129,"Proportion_Female":0.83871,"Source":"Mohanty-Hejmadi, P. (1992). A study of ecology, breeding patterns, development and karyotype patterns of the olive ridley, Lepidochelys olivacea of Gahirmatha, Orissa. Pranikee, 9, 1-70. ","WoS":0,"Other":1,"Data_Location":"Table 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":1,"Last_Month":3,"Incubation_Setup":"Nest","Total_Sexed":524,"Males":456,"Females":68,"Intersex":0,"Undetermined":0,"Proportion_Male":0.87023,"Proportion_Female":0.12977,"Source":"Mohanty-Hejmadi, P. (1992). A study of ecology, breeding patterns, development and karyotype patterns of the olive ridley, Lepidochelys olivacea of Gahirmatha, Orissa. Pranikee, 9, 1-70. ","WoS":0,"Other":1,"Data_Location":"Table 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":3,"Last_Month":5,"Incubation_Setup":"Nest","Total_Sexed":418,"Males":7,"Females":411,"Intersex":0,"Undetermined":0,"Proportion_Male":0.01675,"Proportion_Female":0.98325,"Source":"Mohanty-Hejmadi, P. (1992). A study of ecology, breeding patterns, development and karyotype patterns of the olive ridley, Lepidochelys olivacea of Gahirmatha, Orissa. Pranikee, 9, 1-70. ","WoS":0,"Other":1,"Data_Location":"Table 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Gahirmatha, Orissa, India","Latitude":20.62642,"Longitude":86.91898,"Latitude_Range":0.18461,"Longitude_Range":0.2769,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":1,"Last_Month":3,"Incubation_Setup":"Nest","Total_Sexed":50,"Males":33,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66,"Proportion_Female":0.36,"Source":"Mohanty-Hejmadi, P. (1992). A study of ecology, breeding patterns, development and karyotype patterns of the olive ridley, Lepidochelys olivacea of Gahirmatha, Orissa. Pranikee, 9, 1-70. ","WoS":0,"Other":1,"Data_Location":"Table 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"20","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":20,"Total_Hatched":17,"Proportion_Hatched":0.85,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":1,"Females":14,"Intersex":2,"Undetermined":0,"Proportion_Male":0.11765,"Proportion_Female":0.88235,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"21","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":10,"Total_Hatched":4,"Proportion_Hatched":0.4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"22","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":8,"Intersex":2,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"23","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":20,"Total_Hatched":17,"Proportion_Hatched":0.85,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"23.5","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"24","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":30,"Total_Hatched":22,"Proportion_Hatched":0.73333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":0,"Females":20,"Intersex":2,"Undetermined":0,"Proportion_Male":0.04545,"Proportion_Female":0.95455,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"25","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":10,"Total_Hatched":9,"Proportion_Hatched":0.9,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"25.5","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"26","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":20,"Total_Hatched":14,"Proportion_Hatched":0.7,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"27","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":10,"Total_Hatched":6,"Proportion_Hatched":0.6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"6","Chemical_Concentration":0.00734,"Chemical_Volume_.L":3,"Applications":"1","Stage_First_Application":"28","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Total_Incubated_Treatment":10,"Total_Hatched":5,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Text says application was 6 or 12, Table 3 says only 6"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1995,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":27,"Backswitch_Temp2":32,"Backswitch_Temp3":32,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":20,"Total_Hatched":11,"Proportion_Hatched":0.55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Merchant-Larios, H., Ruiz-Ramirez, S., Moreno-Mendoza, N., & Marmolejo-Valencia, A. (1997). Correlation among thermosensitive period, estradiol response, and gonad differentiation in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 107(3), 373-385.","WoS":6,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1995,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Number_Clutches_Experiment":5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Salame?Mendez, A., Herrera?Munoz, J., Moreno?Mendoza, N., & Merchant?Larios, H. (1998). Response of diencephalon but not the gonad to female?promoting temperature with elevated estradiol levels in the sea turtle Lepidochelys olivacea. Journal of Experimental Zoology, 280(4), 304-313.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed differentiated gonads were all of expected sex"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Santa Rosa National Park, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.5,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Treatment":25,"Total_Hatched":15,"Proportion_Hatched":0.6,"Mean_Incubation_Length":70.4,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 10°45'N, 85°40'W - corrected since coordinates give location in water off beach"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Santa Rosa National Park, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Fluctuation":0.5,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Treatment":35,"Total_Hatched":24,"Proportion_Hatched":0.68571,"Mean_Incubation_Length":57.7,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":23,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95833,"Proportion_Female":0.04167,"Source":"Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 10°45'N, 85°40'W - corrected since coordinates give location in water off beach"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Santa Rosa National Park, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":30.4,"Mean_Temp":30.4,"Fluctuation":0.5,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Treatment":35,"Total_Hatched":19,"Proportion_Hatched":0.54286,"Mean_Incubation_Length":53.9,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":16,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84211,"Proportion_Female":0.15789,"Source":"Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 10°45'N, 85°40'W - corrected since coordinates give location in water off beach"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa Nancite, Santa Rosa National Park, Costa Rica","Latitude":10.80418,"Longitude":-85.69912,"Latitude_Range":0.00679,"Longitude_Range":0.00698,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.5,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Treatment":26,"Total_Hatched":19,"Proportion_Hatched":0.73077,"Mean_Incubation_Length":51.7,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., Rostal, D., & Byles, R. (1998). High pivotal temperature in the sex determination of the olive ridley sea turtle, Lepidochelys olivacea, from Playa Nancite, Costa Rica. Copeia, 1998(4), 1086-1088.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Site: 10°45'N, 85°40'W - corrected since coordinates give location in water off beach"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":28.9,"TSP_Mean_Temp":28.6,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Proportion_Hatched":0.8,"Mean_Incubation_Length":58,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":29.2,"TSP_Mean_Temp":28.9,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Proportion_Hatched":0.719,"Mean_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":30.1,"TSP_Mean_Temp":29.7,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Proportion_Hatched":0.57,"Mean_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":30.9,"TSP_Mean_Temp":30.6,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Proportion_Hatched":0.603,"Mean_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":30.9,"TSP_Mean_Temp":30.8,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Proportion_Hatched":0.614,"Mean_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":31,"TSP_Mean_Temp":30.5,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Proportion_Hatched":0.883,"Mean_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":31.5,"TSP_Mean_Temp":30.6,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Proportion_Hatched":0.816,"Mean_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":31.8,"TSP_Mean_Temp":30.9,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Proportion_Hatched":0.884,"Mean_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":6,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":32.1,"TSP_Mean_Temp":31.6,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Proportion_Hatched":0.776,"Mean_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":5,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55556,"Proportion_Female":0.44444,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Cuevita, Chocó, Colombia","Latitude":6.06607,"Longitude":-77.39443,"Latitude_Range":0.02827,"Longitude_Range":0.02827,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest bottom","Mean_Temp":32.4,"TSP_Mean_Temp":31.1,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Proportion_Hatched":0.927,"Mean_Incubation_Length":50,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Martínez, L. M., & Páez, V. P. (2000). Nesting ecology of the olive ridley turtle (Lepidochelys olivacea) at La Cuevita, Chocoan Pacific coast, Colombia, in 1998. Actualidades Biológicas, 22(73), 131-143.","Source_Alternate":"Martínez, L. M., & Páez, V. P. (2000). Ecología de anidación de la tortuga golfina (Lepidochelys olivacea) en la playa de la Cuevita, Costa Pacífica Chocoana, Colombia, en 1998. Actualidades Biológicas, 22(73), 131-143.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San José del Cabo and Las Destiladeras, Mexico","Latitude":23.0903,"Longitude":-109.60474,"Latitude_Range":0.12978,"Longitude_Range":0.22208,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"7.00%","Backswitch_Start":"19","Backswitch_Length":"3","Backswitch_Temp1":31.5,"Backswitch_Temp2":28.36,"Backswitch_Temp3":32.36,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":355,"Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":10,"Females":8,"Intersex":0,"Undetermined":3,"Proportion_Male":0.47619,"Proportion_Female":0.38095,"Source":"López-Correa, J. Y. (2010). Diferenciación gonádica en crias de Lepidochelys olivacea (Eschscholtz, 1829) (Testudinata: Cheloniidae) (Unpublished PhD dissertation, Instituto Politécnico Nacional, Centro Interdisciplinario de Ciencias Marinas, La Paz, Mexico). Retrieved from https://repositoriodigital.ipn.mx/handle/123456789/14065","WoS":0,"Other":1,"Data_Location":"Tables 2, 6, 10, & 13, Fig. 30, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San José del Cabo and Las Destiladeras, Mexico","Latitude":23.0903,"Longitude":-109.60474,"Latitude_Range":0.12978,"Longitude_Range":0.22208,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"7.00%","Backswitch_Start":"21","Backswitch_Length":"3","Backswitch_Temp1":31.77,"Backswitch_Temp2":28.37,"Backswitch_Temp3":32.34,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":355,"Total_Incubated_Treatment":24,"Total_Hatched":21,"Proportion_Hatched":0.875,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":1,"Females":14,"Intersex":0,"Undetermined":2,"Proportion_Male":0.05882,"Proportion_Female":0.82353,"Source":"López-Correa, J. Y. (2010). Diferenciación gonádica en crias de Lepidochelys olivacea (Eschscholtz, 1829) (Testudinata: Cheloniidae) (Unpublished PhD dissertation, Instituto Politécnico Nacional, Centro Interdisciplinario de Ciencias Marinas, La Paz, Mexico). Retrieved from https://repositoriodigital.ipn.mx/handle/123456789/14065","WoS":0,"Other":1,"Data_Location":"Tables 2, 6, 10, & 13, Fig. 30, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San José del Cabo and Las Destiladeras, Mexico","Latitude":23.0903,"Longitude":-109.60474,"Latitude_Range":0.12978,"Longitude_Range":0.22208,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"7.00%","Backswitch_Start":"23","Backswitch_Length":"3","Backswitch_Temp1":31.68,"Backswitch_Temp2":28.53,"Backswitch_Temp3":32.4,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":355,"Total_Incubated_Treatment":24,"Total_Hatched":23,"Proportion_Hatched":0.95833,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":7,"Females":12,"Intersex":0,"Undetermined":2,"Proportion_Male":0.33333,"Proportion_Female":0.57143,"Source":"López-Correa, J. Y. (2010). Diferenciación gonádica en crias de Lepidochelys olivacea (Eschscholtz, 1829) (Testudinata: Cheloniidae) (Unpublished PhD dissertation, Instituto Politécnico Nacional, Centro Interdisciplinario de Ciencias Marinas, La Paz, Mexico). Retrieved from https://repositoriodigital.ipn.mx/handle/123456789/14065","WoS":0,"Other":1,"Data_Location":"Tables 2, 6, 10, & 13, Fig. 30, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San José del Cabo and Las Destiladeras, Mexico","Latitude":23.0903,"Longitude":-109.60474,"Latitude_Range":0.12978,"Longitude_Range":0.22208,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"7.00%","Backswitch_Start":"25","Backswitch_Length":"3","Backswitch_Temp1":31.88,"Backswitch_Temp2":28.2,"Backswitch_Temp3":32.29,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":355,"Total_Incubated_Treatment":24,"Total_Hatched":23,"Proportion_Hatched":0.95833,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":8,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.38095,"Proportion_Female":0.61905,"Source":"López-Correa, J. Y. (2010). Diferenciación gonádica en crias de Lepidochelys olivacea (Eschscholtz, 1829) (Testudinata: Cheloniidae) (Unpublished PhD dissertation, Instituto Politécnico Nacional, Centro Interdisciplinario de Ciencias Marinas, La Paz, Mexico). Retrieved from https://repositoriodigital.ipn.mx/handle/123456789/14065","WoS":0,"Other":1,"Data_Location":"Tables 2, 6, 10, & 13, Fig. 30, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San José del Cabo and Las Destiladeras, Mexico","Latitude":23.0903,"Longitude":-109.60474,"Latitude_Range":0.12978,"Longitude_Range":0.22208,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"7.00%","Backswitch_Start":"27","Backswitch_Length":"3","Backswitch_Temp1":32.06,"Backswitch_Temp2":28.31,"Backswitch_Temp3":32.45,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":355,"Total_Incubated_Treatment":33,"Total_Hatched":21,"Proportion_Hatched":0.63636,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":10,"Females":10,"Intersex":0,"Undetermined":3,"Proportion_Male":0.43478,"Proportion_Female":0.43478,"Source":"López-Correa, J. Y. (2010). Diferenciación gonádica en crias de Lepidochelys olivacea (Eschscholtz, 1829) (Testudinata: Cheloniidae) (Unpublished PhD dissertation, Instituto Politécnico Nacional, Centro Interdisciplinario de Ciencias Marinas, La Paz, Mexico). Retrieved from https://repositoriodigital.ipn.mx/handle/123456789/14065","WoS":0,"Other":1,"Data_Location":"Tables 2, 6, 10, & 13, Fig. 30, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San José del Cabo and Las Destiladeras, Mexico","Latitude":23.0903,"Longitude":-109.60474,"Latitude_Range":0.12978,"Longitude_Range":0.22208,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Incubation_Setup":"Backswitch","Substrate":"Sand","Water_Content":"7.00%","Backswitch_Start":"29","Backswitch_Length":"3","Backswitch_Temp1":32.23,"Backswitch_Temp2":28.94,"Backswitch_Temp3":32.21,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":355,"Total_Incubated_Treatment":33,"Total_Hatched":23,"Proportion_Hatched":0.69697,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":6,"Females":11,"Intersex":0,"Undetermined":4,"Proportion_Male":0.28571,"Proportion_Female":0.52381,"Source":"López-Correa, J. Y. (2010). Diferenciación gonádica en crias de Lepidochelys olivacea (Eschscholtz, 1829) (Testudinata: Cheloniidae) (Unpublished PhD dissertation, Instituto Politécnico Nacional, Centro Interdisciplinario de Ciencias Marinas, La Paz, Mexico). Retrieved from https://repositoriodigital.ipn.mx/handle/123456789/14065","WoS":0,"Other":1,"Data_Location":"Tables 2, 6, 10, & 13, Fig. 30, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San Jose del Cabo region, Baja California Sur, Mexico","Latitude":23.00484,"Longitude":-109.73915,"Latitude_Range":0.08898,"Longitude_Range":0.11931,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Backswitch","Substrate":"5:0.35 w/w sand:water","Water_Content":"7.00%","Thermometer_Location":"Incubator center","Backswitch_Start":"17","Backswitch_Length":"3","Backswitch_Temp1":32.4,"Backswitch_Temp2":28.4,"Backswitch_Temp3":32.6,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":103,"Total_Incubated_Treatment":26,"Total_Hatched":24,"Proportion_Hatched":0.92308,"Mean_Incubation_Length":45,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":0,"Females":12,"Intersex":0,"Undetermined":12,"Proportion_Male":0,"Proportion_Female":0.5,"Source":"López-Correa, J., Porta-Gándara, M. Á., Gutiérrez, J., & Gómez–Muñoz, V. M. (2010). A novel incubator to simulate the natural thermal environment of sea turtle eggs. Journal of Thermal Biology, 35(3), 138-142.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample sizes based on % hatching success in Table 2, not # eggs"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San Jose del Cabo region, Baja California Sur, Mexico","Latitude":23.00484,"Longitude":-109.73915,"Latitude_Range":0.08898,"Longitude_Range":0.11931,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Backswitch","Substrate":"5:0.35 w/w sand:water","Water_Content":"7.00%","Thermometer_Location":"Incubator center","Backswitch_Start":"19","Backswitch_Length":"3","Backswitch_Temp1":32.3,"Backswitch_Temp2":28.6,"Backswitch_Temp3":32.4,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":103,"Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Mean_Incubation_Length":45,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":24,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"López-Correa, J., Porta-Gándara, M. Á., Gutiérrez, J., & Gómez–Muñoz, V. M. (2010). A novel incubator to simulate the natural thermal environment of sea turtle eggs. Journal of Thermal Biology, 35(3), 138-142.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample sizes based on % hatching success in Table 2, not # eggs"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San Jose del Cabo region, Baja California Sur, Mexico","Latitude":23.00484,"Longitude":-109.73915,"Latitude_Range":0.08898,"Longitude_Range":0.11931,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Backswitch","Substrate":"5:0.35 w/w sand:water","Water_Content":"7.00%","Thermometer_Location":"Incubator center","Backswitch_Start":"23","Backswitch_Length":"3","Backswitch_Temp1":32.6,"Backswitch_Temp2":28.3,"Backswitch_Temp3":32.6,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":103,"Total_Incubated_Treatment":24,"Total_Hatched":23,"Proportion_Hatched":0.95833,"Mean_Incubation_Length":45,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"López-Correa, J., Porta-Gándara, M. Á., Gutiérrez, J., & Gómez–Muñoz, V. M. (2010). A novel incubator to simulate the natural thermal environment of sea turtle eggs. Journal of Thermal Biology, 35(3), 138-142.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample sizes based on % hatching success in Table 2, not # eggs"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"San Jose del Cabo region, Baja California Sur, Mexico","Latitude":23.00484,"Longitude":-109.73915,"Latitude_Range":0.08898,"Longitude_Range":0.11931,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Backswitch","Substrate":"5:0.35 w/w sand:water","Water_Content":"7.00%","Thermometer_Location":"Incubator center","Backswitch_Start":"27","Backswitch_Length":"3","Backswitch_Temp1":32.4,"Backswitch_Temp2":28.5,"Backswitch_Temp3":32.3,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":103,"Total_Incubated_Treatment":43,"Total_Hatched":32,"Proportion_Hatched":0.74419,"Mean_Incubation_Length":45,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":0,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"López-Correa, J., Porta-Gándara, M. Á., Gutiérrez, J., & Gómez–Muñoz, V. M. (2010). A novel incubator to simulate the natural thermal environment of sea turtle eggs. Journal of Thermal Biology, 35(3), 138-142.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Sample sizes based on % hatching success in Table 2, not # eggs"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Incubation_Setup":"Nest","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos","Total_Sexed":38,"Males":17,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44737,"Proportion_Female":0.55263,"Source":"Hernández-Echeagaray, O. E., Hernández-Cornejo, R., Harfush-Meléndez, M., & García-Gasca, A. (2012). Evaluation of sex ratios of the olive ridley sea turtle (Lepidochelys olivacea) on the arribada nesting beach, La Escobilla, Mexico. Marine Turtle Newsletter, 133, 12-16.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Incubation_Setup":"Nest","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":13,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.40625,"Proportion_Female":0.59375,"Source":"Hernández-Echeagaray, O. E., Hernández-Cornejo, R., Harfush-Meléndez, M., & García-Gasca, A. (2012). Evaluation of sex ratios of the olive ridley sea turtle (Lepidochelys olivacea) on the arribada nesting beach, La Escobilla, Mexico. Marine Turtle Newsletter, 133, 12-16.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Hatchlings dead in nest"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Incubation_Setup":"Nest","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":149,"Males":55,"Females":94,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36913,"Proportion_Female":0.63087,"Source":"Hernández-Echeagaray, O. E., Hernández-Cornejo, R., Harfush-Meléndez, M., & García-Gasca, A. (2012). Evaluation of sex ratios of the olive ridley sea turtle (Lepidochelys olivacea) on the arribada nesting beach, La Escobilla, Mexico. Marine Turtle Newsletter, 133, 12-16.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Hatchlings dead after emergence"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":11,"Incubation_Setup":"Nest","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Embryos","Total_Sexed":121,"Males":51,"Females":70,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42149,"Proportion_Female":0.57851,"Source":"Hernández-Echeagaray, O. E., Hernández-Cornejo, R., Harfush-Meléndez, M., & García-Gasca, A. (2012). Evaluation of sex ratios of the olive ridley sea turtle (Lepidochelys olivacea) on the arribada nesting beach, La Escobilla, Mexico. Marine Turtle Newsletter, 133, 12-16.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":11,"Incubation_Setup":"Nest","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":96,"Males":53,"Females":43,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55208,"Proportion_Female":0.44792,"Source":"Hernández-Echeagaray, O. E., Hernández-Cornejo, R., Harfush-Meléndez, M., & García-Gasca, A. (2012). Evaluation of sex ratios of the olive ridley sea turtle (Lepidochelys olivacea) on the arribada nesting beach, La Escobilla, Mexico. Marine Turtle Newsletter, 133, 12-16.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Hatchlings dead in nest"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":11,"Incubation_Setup":"Nest","Sexing_Method":"Histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":13,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.56522,"Proportion_Female":0.43478,"Source":"Hernández-Echeagaray, O. E., Hernández-Cornejo, R., Harfush-Meléndez, M., & García-Gasca, A. (2012). Evaluation of sex ratios of the olive ridley sea turtle (Lepidochelys olivacea) on the arribada nesting beach, La Escobilla, Mexico. Marine Turtle Newsletter, 133, 12-16.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Hatchlings dead after emergence"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Campamento Tortuguero el Verde Camacho, Sinaloa, Mexico","Latitude":23.39272,"Longitude":-106.55124,"Latitude_Range":0.17052,"Longitude_Range":0.14448,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.1,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":270,"Total_Incubated_Treatment":45,"Total_Hatched":1,"Proportion_Hatched":0.02222,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Navarro Sánchez, E. J. (2015). Efecto de la temperatura de incubación y la diferenciación sexual sobre la morfología de crías de tortuga golfina Lepidochelys olivacea (Master's thesis, Universidad Nacional Autónoma de México, Mexico City, Mexico). Retrieved from http://132.248.9.195/ptd2015/enero/0724451/0724451.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Exact sex ratio data from Abreu-Grobois, F. A., Morales-Mérida, B. A., Hart, C. E., Guillon, J.-M., Godfrey, M. H., Navarro, E., & Girondot, M. (2020). Recent advances on the estimation of the thermal reaction norm for sex ratios. PeerJ, 8, e8451."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Campamento Tortuguero el Verde Camacho, Sinaloa, Mexico","Latitude":23.39272,"Longitude":-106.55124,"Latitude_Range":0.17052,"Longitude_Range":0.14448,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.1,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":270,"Total_Incubated_Treatment":45,"Total_Hatched":41,"Proportion_Hatched":0.91111,"Max_Incubation_Length":97,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":24,"Males":24,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Navarro Sánchez, E. J. (2015). Efecto de la temperatura de incubación y la diferenciación sexual sobre la morfología de crías de tortuga golfina Lepidochelys olivacea (Master's thesis, Universidad Nacional Autónoma de México, Mexico City, Mexico). Retrieved from http://132.248.9.195/ptd2015/enero/0724451/0724451.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Exact sex ratio data from Abreu-Grobois, F. A., Morales-Mérida, B. A., Hart, C. E., Guillon, J.-M., Godfrey, M. H., Navarro, E., & Girondot, M. (2020). Recent advances on the estimation of the thermal reaction norm for sex ratios. PeerJ, 8, e8451."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Campamento Tortuguero el Verde Camacho, Sinaloa, Mexico","Latitude":23.39272,"Longitude":-106.55124,"Latitude_Range":0.17052,"Longitude_Range":0.14448,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.1,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":270,"Total_Incubated_Treatment":45,"Total_Hatched":43,"Proportion_Hatched":0.95556,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":20,"Males":20,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Navarro Sánchez, E. J. (2015). Efecto de la temperatura de incubación y la diferenciación sexual sobre la morfología de crías de tortuga golfina Lepidochelys olivacea (Master's thesis, Universidad Nacional Autónoma de México, Mexico City, Mexico). Retrieved from http://132.248.9.195/ptd2015/enero/0724451/0724451.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Exact sex ratio data from Abreu-Grobois, F. A., Morales-Mérida, B. A., Hart, C. E., Guillon, J.-M., Godfrey, M. H., Navarro, E., & Girondot, M. (2020). Recent advances on the estimation of the thermal reaction norm for sex ratios. PeerJ, 8, e8451."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Campamento Tortuguero el Verde Camacho, Sinaloa, Mexico","Latitude":23.39272,"Longitude":-106.55124,"Latitude_Range":0.17052,"Longitude_Range":0.14448,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.1,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":270,"Total_Incubated_Treatment":45,"Total_Hatched":41,"Proportion_Hatched":0.91111,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":15,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78947,"Proportion_Female":0.21053,"Source":"Navarro Sánchez, E. J. (2015). Efecto de la temperatura de incubación y la diferenciación sexual sobre la morfología de crías de tortuga golfina Lepidochelys olivacea (Master's thesis, Universidad Nacional Autónoma de México, Mexico City, Mexico). Retrieved from http://132.248.9.195/ptd2015/enero/0724451/0724451.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Exact sex ratio data from Abreu-Grobois, F. A., Morales-Mérida, B. A., Hart, C. E., Guillon, J.-M., Godfrey, M. H., Navarro, E., & Girondot, M. (2020). Recent advances on the estimation of the thermal reaction norm for sex ratios. PeerJ, 8, e8451."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Campamento Tortuguero el Verde Camacho, Sinaloa, Mexico","Latitude":23.39272,"Longitude":-106.55124,"Latitude_Range":0.17052,"Longitude_Range":0.14448,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.1,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":270,"Total_Incubated_Treatment":45,"Total_Hatched":36,"Proportion_Hatched":0.8,"Min_Incubation_Length":42,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Navarro Sánchez, E. J. (2015). Efecto de la temperatura de incubación y la diferenciación sexual sobre la morfología de crías de tortuga golfina Lepidochelys olivacea (Master's thesis, Universidad Nacional Autónoma de México, Mexico City, Mexico). Retrieved from http://132.248.9.195/ptd2015/enero/0724451/0724451.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Exact sex ratio data from Abreu-Grobois, F. A., Morales-Mérida, B. A., Hart, C. E., Guillon, J.-M., Godfrey, M. H., Navarro, E., & Girondot, M. (2020). Recent advances on the estimation of the thermal reaction norm for sex ratios. PeerJ, 8, e8451."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Campamento Tortuguero el Verde Camacho, Sinaloa, Mexico","Latitude":23.39272,"Longitude":-106.55124,"Latitude_Range":0.17052,"Longitude_Range":0.14448,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":34,"Mean_Temp":34,"Fluctuation":0.1,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Experiment":270,"Total_Incubated_Treatment":45,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Navarro Sánchez, E. J. (2015). Efecto de la temperatura de incubación y la diferenciación sexual sobre la morfología de crías de tortuga golfina Lepidochelys olivacea (Master's thesis, Universidad Nacional Autónoma de México, Mexico City, Mexico). Retrieved from http://132.248.9.195/ptd2015/enero/0724451/0724451.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Exact sex ratio data from Abreu-Grobois, F. A., Morales-Mérida, B. A., Hart, C. E., Guillon, J.-M., Godfrey, M. H., Navarro, E., & Girondot, M. (2020). Recent advances on the estimation of the thermal reaction norm for sex ratios. PeerJ, 8, e8451."}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":33,"Males":33,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Venegas, D., Marmolejo-Valencia, A., Valdes-Quezada, C., Govenzensky, T., Recillas-Targa, F., & Merchant-Larios, H. (2016). Dimorphic DNA methylation during temperature-dependent sex determination in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 236, 35-41.","WoS":2,"Other":0,"Data_Location":"Table S1, Text","Data_Elsewhere":"0","Notes":"Refer to gonads as differentiated in stage 27 embryos - used to determine number of embryos sexed"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":33,"Males":0,"Females":33,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Venegas, D., Marmolejo-Valencia, A., Valdes-Quezada, C., Govenzensky, T., Recillas-Targa, F., & Merchant-Larios, H. (2016). Dimorphic DNA methylation during temperature-dependent sex determination in the sea turtle Lepidochelys olivacea. General and Comparative Endocrinology, 236, 35-41.","WoS":2,"Other":0,"Data_Location":"Table S1, Text","Data_Elsewhere":"0","Notes":"Refer to gonads as differentiated in stage 27 embryos - used to determine number of embryos sexed"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":26.3,"Fluctuation":0.3,"Mean_Temp_SD":0.15306,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":10,"Total_Hatched":2,"Proportion_Hatched":0.2,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":28.5,"Fluctuation":0.2,"Mean_Temp_SD":0.10204,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":3,"Proportion_Hatched":0.25,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":29.2,"Fluctuation":0.2,"Mean_Temp_SD":0.10204,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":9,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":29.9,"Fluctuation":0.5,"Mean_Temp_SD":0.2551,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":7,"Proportion_Hatched":0.58333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":30.4,"Fluctuation":0.2,"Mean_Temp_SD":0.10204,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":7,"Proportion_Hatched":0.58333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":31.2,"Fluctuation":1.9,"Mean_Temp_SD":0.96939,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":1,"Proportion_Hatched":0.08333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":31.8,"Fluctuation":1.2,"Mean_Temp_SD":0.61224,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":3,"Proportion_Hatched":0.25,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":32.1,"Fluctuation":0.4,"Mean_Temp_SD":0.20408,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":6,"Proportion_Hatched":0.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":32.2,"Fluctuation":0.4,"Mean_Temp_SD":0.20408,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":2,"Proportion_Hatched":0.16667,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":32.4,"Fluctuation":1.9,"Mean_Temp_SD":0.96939,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":1,"Proportion_Hatched":0.08333,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":32.9,"Fluctuation":0.6,"Mean_Temp_SD":0.30612,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":12,"Total_Hatched":5,"Proportion_Hatched":0.41667,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":33.1,"Fluctuation":0.3,"Mean_Temp_SD":0.15306,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":10,"Total_Hatched":4,"Proportion_Hatched":0.4,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Pirambu Beach, Sergipe, Brazil","Latitude":-10.73901,"Longitude":-36.84908,"Latitude_Range":0.03019,"Longitude_Range":0.03493,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator center","Mean_Temp":34.4,"Fluctuation":0.9,"Mean_Temp_SD":0.45918,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":10,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Castheloge, V. D., dos Santos, M. R. D., de Castilhos, J. C., de J. Filho, P. R., de C. Gomes, L., Clemente-Carvalho, R. B. G., & Ferreira, P. D. (2018). Pivotal temperature and hatchling sex ratio of olive ridley sea turtles Lepidochelys olivacea from the South Atlantic coast of Brazil. Herpetological Conservation and Biology, 13(2), 488-496.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Fluctuations are 95% CI around the mean temperature"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Proportion_Hatched":0.589,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Proportion_Hatched":0.934,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Proportion_Hatched":0.69,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Proportion_Hatched":0.657,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Proportion_Hatched":0.51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Proportion_Hatched":0.67,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Proportion_Hatched":0.798,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Proportion_Hatched":0.538,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Proportion_Hatched":0.42,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Proportion_Hatched":0.443,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Proportion_Hatched":0.51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Proportion_Hatched":0.702,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Proportion_Hatched":0.756,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Proportion_Hatched":0.299,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Proportion_Hatched":0.712,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Proportion_Hatched":0.307,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Proportion_Hatched":0.769,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Proportion_Hatched":0.72,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Proportion_Hatched":0.423,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Proportion_Hatched":0.589,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Proportion_Hatched":0.662,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Proportion_Hatched":0.398,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Proportion_Hatched":0.427,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Proportion_Hatched":0.23,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Proportion_Hatched":0.961,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Proportion_Hatched":0.817,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Proportion_Hatched":0.911,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Proportion_Hatched":0.781,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"36","Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Proportion_Hatched":0.868,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":38,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Proportion_Hatched":1,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"1","Notes":"Data broken down by clutch, but without associated incubation temperatures"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Mean_Temp":33.5,"Mean_Temp_SE":2.8,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":17,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.65385,"Proportion_Female":0.34615,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Mean_Temp":30.5,"Mean_Temp_SE":1.37,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":9,"Clutch_ID":"10-18","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":20,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.86957,"Proportion_Female":0.13043,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Mean_Temp":32.8,"Mean_Temp_SE":1.6,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":10,"Clutch_ID":"19-28","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":0,"Females":40,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Cheloniidae","Genus":"Lepidochelys","Species":"Lepidochelys_olivacea","SDM":"TSD","SDM_Confidence":1,"Location":"Playa La Escobilla, Oaxaca, Mexico","Latitude":15.70458,"Longitude":-96.68958,"Latitude_Range":0.0473,"Longitude_Range":0.14351,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Mean_Temp":30.8,"Mean_Temp_SE":0.6,"Number_Clutches_Experiment":38,"Number_Clutches_Treatment":10,"Clutch_ID":"29-38","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":39,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.975,"Proportion_Female":0.025,"Source":"Robledo-Avila, L. A., Phillips-Farfán, B. V., Meléndez, M. H., Toledo, L. L., Venegas, D. T., Vargas, M. A. H., Cortés, D. V. R., & Meléndez-Herrera, E. (2022). Short communication: Ex-situ conservation in hatcheries is associated with spleen development in Lepidochelys olivacea turtle hatchlings. Comparative Biochemistry and Physiology, Part A, 265, 111130.","WoS":0,"Other":1,"Data_Location":"Text, Supplementary Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":2,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":9,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.69231,"Proportion_Female":0.30769,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":10,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Number_Clutches_Treatment":35,"Total_Sexed":148,"Males":11,"Females":137,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07432,"Proportion_Female":0.92568,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Number_Clutches_Treatment":15,"Total_Sexed":27,"Males":11,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.40741,"Proportion_Female":0.59259,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Number_Clutches_Treatment":28,"Total_Sexed":47,"Males":30,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6383,"Proportion_Female":0.3617,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Number_Clutches_Treatment":32,"Total_Sexed":47,"Males":32,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.68085,"Proportion_Female":0.31915,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Number_Clutches_Treatment":28,"Total_Sexed":48,"Males":29,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.60417,"Proportion_Female":0.39583,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Treatment":7,"Total_Sexed":18,"Males":1,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05556,"Proportion_Female":0.94444,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Number_Clutches_Treatment":7,"Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Treatment":3,"Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 7","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Backswitch_Start":"Stage 15","Backswitch_Length":"10","Backswitch_Temp1":24,"Backswitch_Temp2":25,"Backswitch_Temp3":27,"Number_Clutches_Treatment":26,"Total_Sexed":71,"Males":50,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.70423,"Proportion_Female":0.29577,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 9, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/w vermiculite:water","Number_Clutches_Treatment":18,"Total_Sexed":69,"Males":42,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6087,"Proportion_Female":0.3913,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 9, Text","Data_Elsewhere":"0","Notes":"1 day at 25C, 1 day at 26C, 1 day at 27C, repeat until hatching; assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","Listed_As":"Macroclemys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Total_Sexed":20,"Males":13,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.65,"Proportion_Female":0.35,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":34.75229,"Longitude":-90.96375,"Latitude_Range":11.14033,"Longitude_Range":13.75488,"Accurate":0,"Captive":1,"Captive_Location":"Pearrow-Jones Turtle Farm, Southeastern Ozark Highlands, Independence County, Arkansas","Captive_Latitude":35.54474,"Captive_Longitude":-91.51477,"Captive_Latitude_Range":0.00393,"Captive_Longitude_Range":0.00841,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":18,"Total_Hatched":15,"Proportion_Hatched":0.83333,"Min_Incubation_Length":88,"Max_Incubation_Length":91,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Rauschenberger, R. H., Trauth, S. E., & Farris, J. L. (2004). Incubation of alligator snapping turtle (Macrochelys temminckii) eggs in natural and agricultural soils. Applied Herpetology, 1, 299-309.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":34.75229,"Longitude":-90.96375,"Latitude_Range":11.14033,"Longitude_Range":13.75488,"Accurate":0,"Captive":1,"Captive_Location":"Pearrow-Jones Turtle Farm, Southeastern Ozark Highlands, Independence County, Arkansas","Captive_Latitude":35.54474,"Captive_Longitude":-91.51477,"Captive_Latitude_Range":0.00393,"Captive_Longitude_Range":0.00841,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Natural soil","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":16,"Total_Hatched":12,"Proportion_Hatched":0.75,"Min_Incubation_Length":88,"Max_Incubation_Length":89,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":3,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Rauschenberger, R. H., Trauth, S. E., & Farris, J. L. (2004). Incubation of alligator snapping turtle (Macrochelys temminckii) eggs in natural and agricultural soils. Applied Herpetology, 1, 299-309.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":34.75229,"Longitude":-90.96375,"Latitude_Range":11.14033,"Longitude_Range":13.75488,"Accurate":0,"Captive":1,"Captive_Location":"Pearrow-Jones Turtle Farm, Southeastern Ozark Highlands, Independence County, Arkansas","Captive_Latitude":35.54474,"Captive_Longitude":-91.51477,"Captive_Latitude_Range":0.00393,"Captive_Longitude_Range":0.00841,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Agricultural soil","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.3,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":16,"Total_Hatched":12,"Proportion_Hatched":0.75,"Min_Incubation_Length":88,"Max_Incubation_Length":89,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":4,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Rauschenberger, R. H., Trauth, S. E., & Farris, J. L. (2004). Incubation of alligator snapping turtle (Macrochelys temminckii) eggs in natural and agricultural soils. Applied Herpetology, 1, 299-309.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":34.75229,"Longitude":-90.96375,"Latitude_Range":11.14033,"Longitude_Range":13.75488,"Accurate":0,"Captive":1,"Captive_Location":"Tishomingo National Fish Hatchery, Oklahoma, USA","Captive_Latitude":34.35231,"Captive_Longitude":-96.71326,"Captive_Latitude_Range":0.01064,"Captive_Longitude_Range":0.00758,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Container","Set_Temp":26.5,"Mean_Temp":26.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Treatment":53,"Total_Hatched":45,"Proportion_Hatched":0.84906,"Mean_Incubation_Length":95.3,"Mean_Incubation_Length_SE":0.4,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":43,"Males":35,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.81395,"Proportion_Female":0.18605,"Source":"Ligon, D. B., & Lovern, M. B. (2009). Temperature effects during early life stages of the alligator snapping turtle (Macrochelys temminckii). Chelonian Conservation and Biology, 8(1), 74-83.","WoS":3,"Other":0,"Data_Location":"Figs. 1, 2, & 6, Text","Data_Elsewhere":"0","Notes":"Sample sizes for sexed adjusted based on %male values given in text"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":34.75229,"Longitude":-90.96375,"Latitude_Range":11.14033,"Longitude_Range":13.75488,"Accurate":0,"Captive":1,"Captive_Location":"Tishomingo National Fish Hatchery, Oklahoma, USA","Captive_Latitude":34.35231,"Captive_Longitude":-96.71326,"Captive_Latitude_Range":0.01064,"Captive_Longitude_Range":0.00758,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Container","Set_Temp":28.5,"Mean_Temp":28.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Treatment":51,"Total_Hatched":37,"Proportion_Hatched":0.72549,"Mean_Incubation_Length":84.1,"Mean_Incubation_Length_SE":0.5,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":1,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03333,"Proportion_Female":0.96667,"Source":"Ligon, D. B., & Lovern, M. B. (2009). Temperature effects during early life stages of the alligator snapping turtle (Macrochelys temminckii). Chelonian Conservation and Biology, 8(1), 74-83.","WoS":3,"Other":0,"Data_Location":"Figs. 1, 2, & 6, Text","Data_Elsewhere":"0","Notes":"Sample sizes for sexed adjusted based on %male values given in text"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"USA","Latitude":34.75229,"Longitude":-90.96375,"Latitude_Range":11.14033,"Longitude_Range":13.75488,"Accurate":0,"Captive":1,"Captive_Location":"Tishomingo National Fish Hatchery, Oklahoma, USA","Captive_Latitude":34.35231,"Captive_Longitude":-96.71326,"Captive_Latitude_Range":0.01064,"Captive_Longitude_Range":0.00758,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Container","Set_Temp":30.5,"Mean_Temp":30.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Treatment":47,"Total_Hatched":19,"Proportion_Hatched":0.40426,"Mean_Incubation_Length":81.3,"Mean_Incubation_Length_SE":0.7,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ligon, D. B., & Lovern, M. B. (2009). Temperature effects during early life stages of the alligator snapping turtle (Macrochelys temminckii). Chelonian Conservation and Biology, 8(1), 74-83.","WoS":3,"Other":0,"Data_Location":"Figs. 1, 2, & 6, Text","Data_Elsewhere":"0","Notes":"Sample sizes for sexed adjusted based on %male values given in text"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Tishomingo National Wildlife Refuge, Oklahoma, USA","Latitude":34.17506,"Longitude":-96.64007,"Latitude_Range":0.10206,"Longitude_Range":0.12474,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","TSP_Mean_Temp":26.7,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Mean_Incubation_Length":93,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":4,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"Miller, J. L., & Ligon, D. B. (2014). Sex ratios in naturally incubating Macrochelys temminckii nests, a species with type II temperature-dependent sex determination. Journal of Thermal Biology, 39, 6-11.","WoS":2,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Reintroduced population; eggs removed in July and finished incubation at 28"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Tishomingo National Wildlife Refuge, Oklahoma, USA","Latitude":34.17506,"Longitude":-96.64007,"Latitude_Range":0.10206,"Longitude_Range":0.12474,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","TSP_Mean_Temp":28.8,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Mean_Incubation_Length":89,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Miller, J. L., & Ligon, D. B. (2014). Sex ratios in naturally incubating Macrochelys temminckii nests, a species with type II temperature-dependent sex determination. Journal of Thermal Biology, 39, 6-11.","WoS":2,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Reintroduced population; eggs removed in July and finished incubation at 28"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Tishomingo National Wildlife Refuge, Oklahoma, USA","Latitude":34.17506,"Longitude":-96.64007,"Latitude_Range":0.10206,"Longitude_Range":0.12474,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","TSP_Mean_Temp":28.8,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Mean_Incubation_Length":85,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Miller, J. L., & Ligon, D. B. (2014). Sex ratios in naturally incubating Macrochelys temminckii nests, a species with type II temperature-dependent sex determination. Journal of Thermal Biology, 39, 6-11.","WoS":2,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Reintroduced population; eggs removed in July and finished incubation at 28"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Tishomingo National Wildlife Refuge, Oklahoma, USA","Latitude":34.17506,"Longitude":-96.64007,"Latitude_Range":0.10206,"Longitude_Range":0.12474,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest bottom","TSP_Mean_Temp":29.6,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Mean_Incubation_Length":81,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Miller, J. L., & Ligon, D. B. (2014). Sex ratios in naturally incubating Macrochelys temminckii nests, a species with type II temperature-dependent sex determination. Journal of Thermal Biology, 39, 6-11.","WoS":2,"Other":0,"Data_Location":"Tables 1, 2, & 4, Text","Data_Elsewhere":"0","Notes":"Reintroduced population; eggs removed in July and finished incubation at 28"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Florida, USA","Latitude":29.87245,"Longitude":-85.06655,"Latitude_Range":0.1726,"Longitude_Range":0.11958,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":4,"Last_Month":5,"Incubation_Setup":"Nest","Number_Clutches_Experiment":51,"Number_Clutches_Treatment":24,"Clutch_ID":"1-24","Total_Incubated_Experiment":1457,"Total_Incubated_Treatment":737,"Total_Hatched":572,"Proportion_Hatched":0.77612,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.325,"Proportion_Female":0.675,"Source":"Jackson, D. R., & Ewert, M. A. (2023). Nesting ecology of the alligator snapping turtle (Macrochelys temminckii) along the Lower Apalachicola River, Florida. Southeastern Naturalist, 22(Special Issue 12), 311-334.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelydridae","Genus":"Macrochelys","Species":"Macrochelys_temminckii","SDM":"TSD","SDM_Confidence":1,"Location":"Apalachicola River, Florida, USA","Latitude":29.87245,"Longitude":-85.06655,"Latitude_Range":0.1726,"Longitude_Range":0.11958,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":4,"Last_Month":5,"Incubation_Setup":"Nest","Number_Clutches_Experiment":51,"Number_Clutches_Treatment":27,"Clutch_ID":"25-51","Total_Incubated_Experiment":1457,"Total_Incubated_Treatment":720,"Total_Hatched":474,"Proportion_Hatched":0.65833,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.332,"Proportion_Female":0.668,"Source":"Jackson, D. R., & Ewert, M. A. (2023). Nesting ecology of the alligator snapping turtle (Macrochelys temminckii) along the Lower Apalachicola River, Florida. Southeastern Naturalist, 22(Special Issue 12), 311-334.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Northern part of Sea Isle City, New Jersey, USA","Latitude":39.16267,"Longitude":-74.68246,"Latitude_Range":0.08508,"Longitude_Range":0.06992,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":25.25,"Fluctuation":0.75,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":11,"Total_Hatched":4,"Mean_Incubation_Length":82,"Min_Incubation_Length":80,"Max_Incubation_Length":84,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dimond, M. T. (1983). The effects of incubation temperature on hatching time, sex, and growth of hatchlings of the diamondback terrapin, Malaclemys terrapin (Schoepff). Pranikee, 8, 1-5.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Sex ratios from Dimond, M. T. (1989). Effects of incubation temperature and hydration on hatching time, hatchling growth, and sex determination of the diamondback terrapin, Malaclemys terrapin (Schoepff) [abstract]. First World Congress of Herpetology, University of Kent at Canterbury, United Kingdom."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Northern part of Sea Isle City, New Jersey, USA","Latitude":39.16267,"Longitude":-74.68246,"Latitude_Range":0.08508,"Longitude_Range":0.06992,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1987,"Last_Year":1987,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Humidity":1,"Mean_Temp":29,"Fluctuation":0.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":11,"Total_Hatched":4,"Mean_Incubation_Length":54,"Min_Incubation_Length":54,"Max_Incubation_Length":55,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dimond, M. T. (1983). The effects of incubation temperature on hatching time, sex, and growth of hatchlings of the diamondback terrapin, Malaclemys terrapin (Schoepff). Pranikee, 8, 1-5.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Sex ratios from Dimond, M. T. (1989). Effects of incubation temperature and hydration on hatching time, hatchling growth, and sex determination of the diamondback terrapin, Malaclemys terrapin (Schoepff) [abstract]. First World Congress of Herpetology, University of Kent at Canterbury, United Kingdom."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"centrata","SDM":"TSD","SDM_Confidence":1,"Location":"St. Catharine Island, Georgia, USA","Latitude":31.62892,"Longitude":-81.15588,"Latitude_Range":0.14119,"Longitude_Range":0.06832,"Accurate":1,"Captive":1,"Captive_Location":"Mainz, Germany","Captive_Latitude":49.96682,"Captive_Longitude":8.2392,"Captive_Latitude_Range":0.1473,"Captive_Longitude_Range":0.2092,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":1972,"Last_Year":1972,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":27,"Mean_Temp":27,"Fluctuation":2,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":7,"Total_Hatched":3,"Proportion_Hatched":0.42857,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Sachsse, W. (1984). Long term studies of the reproduction of Malaclemys terrapin centrata. Acta Zoologica et Pathologica Antverpiensia, 78, 297-308.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"centrata","SDM":"TSD","SDM_Confidence":1,"Location":"St. Catharine Island, Georgia, USA","Latitude":31.62892,"Longitude":-81.15588,"Latitude_Range":0.14119,"Longitude_Range":0.06832,"Accurate":1,"Captive":1,"Captive_Location":"Mainz, Germany","Captive_Latitude":49.96682,"Captive_Longitude":8.2392,"Captive_Latitude_Range":0.1473,"Captive_Longitude_Range":0.2092,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":1973,"Last_Year":1973,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":27,"Mean_Temp":27,"Fluctuation":2,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":7,"Total_Hatched":5,"Proportion_Hatched":0.71429,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Sachsse, W. (1984). Long term studies of the reproduction of Malaclemys terrapin centrata. Acta Zoologica et Pathologica Antverpiensia, 78, 297-308.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"centrata","SDM":"TSD","SDM_Confidence":1,"Location":"St. Catharine Island, Georgia, USA","Latitude":31.62892,"Longitude":-81.15588,"Latitude_Range":0.14119,"Longitude_Range":0.06832,"Accurate":1,"Captive":1,"Captive_Location":"Mainz, Germany","Captive_Latitude":49.96682,"Captive_Longitude":8.2392,"Captive_Latitude_Range":0.1473,"Captive_Longitude_Range":0.2092,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":1973,"Last_Year":1973,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Set_Temp":27,"Mean_Temp":27,"Fluctuation":2,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":4,"Total_Hatched":3,"Proportion_Hatched":0.75,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Sachsse, W. (1984). Long term studies of the reproduction of Malaclemys terrapin centrata. Acta Zoologica et Pathologica Antverpiensia, 78, 297-308.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":""}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"Incubation_Setup":"Backswitch","Substrate":"1:2 w/w vermiculite:water","Backswitch_Start":"40","Backswitch_Length":"5","Backswitch_Temp1":31,"Backswitch_Temp2":25,"Backswitch_Temp3":31,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"Incubation_Setup":"Backswitch","Substrate":"1:2 w/w vermiculite:water","Backswitch_Start":"45","Backswitch_Length":"5","Backswitch_Temp1":31,"Backswitch_Temp2":25,"Backswitch_Temp3":31,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Mean_Incubation_Length":69.4,"Mean_Incubation_Length_SD":2,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":29,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":46,"Males":39,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84783,"Proportion_Female":0.15217,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":53,"Males":34,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64151,"Proportion_Female":0.35849,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Mean_Incubation_Length":43.2,"Mean_Incubation_Length_SD":1.3,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":38,"Males":2,"Females":36,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05263,"Proportion_Female":0.94737,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":42,"Males":0,"Females":42,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":0,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"terrapin","SDM":"TSD","SDM_Confidence":1,"Location":"Rulers Bar Hassock, Jamaica Bay Wildlife Refuge, Kings and Queens Counties, New York, USA","Latitude":40.61741,"Longitude":-73.82585,"Latitude_Range":0.0448,"Longitude_Range":0.01906,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"Incubation_Setup":"Constant","Set_Temp":34,"Mean_Temp":34,"Total_Incubated_Treatment":20,"Total_Hatched":16,"Proportion_Hatched":0.8,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":1,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07692,"Proportion_Female":0.92308,"Source":"Burke, R. L., & Calichio, A. M. (2014). Temperature-dependent sex determination in the diamond-backed terrapin (Malaclemys terrapin). Journal of Herpetology, 48(4), 466-470.","WoS":4,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"1","Notes":"Data also in Giambanco, M. R. (2003). Comparison of Viability Rates, Hatchling Survivorship, and Sex Ratios of Laboratory and Field Incubated Nests of the Estuarine, Emydid Turtle Malaclemys Terrapin (Doctoral dissertation, Hofstra University)."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"centrata","SDM":"TSD","SDM_Confidence":1,"Location":"Jekyll Island, Glynn County, Georgia, USA","Latitude":31.06586,"Longitude":-81.44798,"Latitude_Range":0.11107,"Longitude_Range":0.09261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":4,"Last_Month":7,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Mean_Temp":29.9,"Max_Temp":35.7,"Number_Clutches_Experiment":19,"Sexing_Method":"Secondary characteristics, endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Source":"Grosse, A. M., Crawford, B. A., Maerz, J. C., Buhlmann, K. A., Norton, T., Kaylor, M., & Tuberville, T. D. (2015). Effects of vegetation structure and artificial nesting habitats on hatchling sex determination and nest survival of diamondback terrapins. Journal of Fish and Wildlife Management, 6(1), 19-28.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Grosse","Data_Elsewhere":"0","Notes":"Finished incubation indoors after 65 days"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"centrata","SDM":"TSD","SDM_Confidence":1,"Location":"Jekyll Island, Glynn County, Georgia, USA","Latitude":31.06586,"Longitude":-81.44798,"Latitude_Range":0.11107,"Longitude_Range":0.09261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":4,"Last_Month":7,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Mean_Temp":26.9,"Max_Temp":32.2,"Number_Clutches_Experiment":19,"Sexing_Method":"Secondary characteristics, endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Source":"Grosse, A. M., Crawford, B. A., Maerz, J. C., Buhlmann, K. A., Norton, T., Kaylor, M., & Tuberville, T. D. (2015). Effects of vegetation structure and artificial nesting habitats on hatchling sex determination and nest survival of diamondback terrapins. Journal of Fish and Wildlife Management, 6(1), 19-28.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Grosse","Data_Elsewhere":"0","Notes":"Finished incubation indoors after 65 days"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Malaclemys","Species":"Malaclemys_terrapin","Subspecies":"centrata","SDM":"TSD","SDM_Confidence":1,"Location":"Jekyll Island, Glynn County, Georgia, USA","Latitude":31.06586,"Longitude":-81.44798,"Latitude_Range":0.11107,"Longitude_Range":0.09261,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":4,"Last_Month":7,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Mean_Temp":32,"Max_Temp":47.1,"Number_Clutches_Experiment":19,"Sexing_Method":"Secondary characteristics, endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Source":"Grosse, A. M., Crawford, B. A., Maerz, J. C., Buhlmann, K. A., Norton, T., Kaylor, M., & Tuberville, T. D. (2015). Effects of vegetation structure and artificial nesting habitats on hatchling sex determination and nest survival of diamondback terrapins. Journal of Fish and Wildlife Management, 6(1), 19-28.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Grosse","Data_Elsewhere":"0","Notes":"Finished incubation indoors after 65 days"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Malacochersus","Species":"Malacochersus_tornieri","SDM":"TSD","SDM_Confidence":1,"Location":"Kenya, Tanzania, and Zambia","Latitude":-3.31705,"Longitude":35.91732,"Latitude_Range":12.71762,"Longitude_Range":6.18572,"Accurate":0,"Captive":1,"Captive_Location":"National Zoological Park, Washington, D. C., USA","Captive_Latitude":38.92967,"Captive_Longitude":-77.04953,"Captive_Latitude_Range":0.00608,"Captive_Longitude_Range":0.01062,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1981,"Last_Year":1981,"Incubation_Setup":"Fluctuating","Substrate":"Soil","Mean_Temp":26.7,"Min_Temp":25,"Max_Temp":30.2,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Darlington, A. F., & Davis, R. B. (1990). Reproduction in the pancake tortoise, Malacochersus tornieri, in captive collections. Herpetological Review, 21(1), 16-18.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Malacochersus","Species":"Malacochersus_tornieri","SDM":"TSD","SDM_Confidence":1,"Location":"Kenya, Tanzania, and Zambia","Latitude":-3.31705,"Longitude":35.91732,"Latitude_Range":12.71762,"Longitude_Range":6.18572,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"5:4 w/w vermiculite:water","Water_Content":"-200","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Total_Incubated_Treatment":5,"Mean_Incubation_Length":113.4,"Mean_Incubation_Length_SD":6.2,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, dead, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Hatcher, R. E., & Goode, J. M. (2004). Sex determination and ontogeny in Malacochersus tornieri, the pancake tortoise. Journal of Herpetology, 38(2), 291-295.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at this temperature after initial developmental arrest period"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Malacochersus","Species":"Malacochersus_tornieri","SDM":"TSD","SDM_Confidence":1,"Location":"Kenya, Tanzania, and Zambia","Latitude":-3.31705,"Longitude":35.91732,"Latitude_Range":12.71762,"Longitude_Range":6.18572,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"5:4 w/w vermiculite:water","Water_Content":"-200","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Total_Incubated_Treatment":13,"Mean_Incubation_Length":101.9,"Mean_Incubation_Length_SD":5.8,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, dead, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Hatcher, R. E., & Goode, J. M. (2004). Sex determination and ontogeny in Malacochersus tornieri, the pancake tortoise. Journal of Herpetology, 38(2), 291-295.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at this temperature after initial developmental arrest period"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Malacochersus","Species":"Malacochersus_tornieri","SDM":"TSD","SDM_Confidence":1,"Location":"Kenya, Tanzania, and Zambia","Latitude":-3.31705,"Longitude":35.91732,"Latitude_Range":12.71762,"Longitude_Range":6.18572,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"5:4 w/w vermiculite:water","Water_Content":"-200","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Total_Incubated_Treatment":14,"Mean_Incubation_Length":94.6,"Mean_Incubation_Length_SD":4.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Dead, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Hatcher, R. E., & Goode, J. M. (2004). Sex determination and ontogeny in Malacochersus tornieri, the pancake tortoise. Journal of Herpetology, 38(2), 291-295.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at this temperature after initial developmental arrest period"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Malacochersus","Species":"Malacochersus_tornieri","SDM":"TSD","SDM_Confidence":1,"Location":"Kenya, Tanzania, and Zambia","Latitude":-3.31705,"Longitude":35.91732,"Latitude_Range":12.71762,"Longitude_Range":6.18572,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"5:4 w/w vermiculite:water","Water_Content":"-200","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Total_Incubated_Treatment":9,"Mean_Incubation_Length":91.9,"Mean_Incubation_Length_SD":4.7,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, dead, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Ewert, M. A., Hatcher, R. E., & Goode, J. M. (2004). Sex determination and ontogeny in Malacochersus tornieri, the pancake tortoise. Journal of Herpetology, 38(2), 291-295.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at this temperature after initial developmental arrest period"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Malacochersus","Species":"Malacochersus_tornieri","SDM":"TSD","SDM_Confidence":1,"Location":"Kenya, Tanzania, and Zambia","Latitude":-3.31705,"Longitude":35.91732,"Latitude_Range":12.71762,"Longitude_Range":6.18572,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"5:4 w/w vermiculite:water","Water_Content":"-200","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Total_Incubated_Treatment":19,"Mean_Incubation_Length":81.1,"Mean_Incubation_Length_SD":8.3,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, dead, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Hatcher, R. E., & Goode, J. M. (2004). Sex determination and ontogeny in Malacochersus tornieri, the pancake tortoise. Journal of Herpetology, 38(2), 291-295.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at this temperature after initial developmental arrest period"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2007,"First_Month":12,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Number_Clutches_Experiment":43,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":235,"Total_Incubated_Treatment":39,"Total_Hatched":22,"Proportion_Hatched":0.5641,"Min_Incubation_Length":105,"Max_Incubation_Length":165,"Sexing_Method":"Morphometrics, macroscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":17,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77273,"Proportion_Female":0.22727,"Source":"Keithmaleesatti, S. (2008). An assessment of the association of organochlorine pesticide contamination and reproductive effects on the snail-eating turtle (Malayemys macrocephala) in the lower Chao Phraya River Basin, Thailand (Doctoral dissertation, Chulalongkorn University, Bangkok, Thailand). Retrieved from https://cuir.car.chula.ac.th/bitstream/123456789/31311/1/sarun_ke.pdf","WoS":0,"Other":1,"Data_Location":"Tables 3.2 & 3.5, Fig. 3.13, Text","Data_Elsewhere":"0","Notes":"Coordinates from Pewphong et al. (2016); morphometric sexing (85.3% accuracy)"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2007,"First_Month":12,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":43,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":235,"Total_Incubated_Treatment":39,"Total_Hatched":22,"Proportion_Hatched":0.5641,"Min_Incubation_Length":98,"Max_Incubation_Length":176,"Sexing_Method":"Morphometrics, macroscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":12,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54545,"Proportion_Female":0.45455,"Source":"Keithmaleesatti, S. (2008). An assessment of the association of organochlorine pesticide contamination and reproductive effects on the snail-eating turtle (Malayemys macrocephala) in the lower Chao Phraya River Basin, Thailand (Doctoral dissertation, Chulalongkorn University, Bangkok, Thailand). Retrieved from https://cuir.car.chula.ac.th/bitstream/123456789/31311/1/sarun_ke.pdf","WoS":0,"Other":1,"Data_Location":"Tables 3.2 & 3.5, Fig. 3.13, Text","Data_Elsewhere":"0","Notes":"Coordinates from Pewphong et al. (2016); morphometric sexing (85.3% accuracy)"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2007,"First_Month":12,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Number_Clutches_Experiment":43,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Experiment":235,"Total_Incubated_Treatment":39,"Total_Hatched":14,"Proportion_Hatched":0.35897,"Min_Incubation_Length":82,"Max_Incubation_Length":186,"Sexing_Method":"Morphometrics, macroscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":3,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.21429,"Proportion_Female":0.78571,"Source":"Keithmaleesatti, S. (2008). An assessment of the association of organochlorine pesticide contamination and reproductive effects on the snail-eating turtle (Malayemys macrocephala) in the lower Chao Phraya River Basin, Thailand (Doctoral dissertation, Chulalongkorn University, Bangkok, Thailand). Retrieved from https://cuir.car.chula.ac.th/bitstream/123456789/31311/1/sarun_ke.pdf","WoS":0,"Other":1,"Data_Location":"Tables 3.2 & 3.5, Fig. 3.13, Text","Data_Elsewhere":"0","Notes":"Coordinates from Pewphong et al. (2016); morphometric sexing (85.3% accuracy)"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province & Khlong 7, Rangsit agricultural area, Khlong Luang District, Pathum Thani Province, Thailand","Latitude":14.20602,"Longitude":100.58138,"Latitude_Range":0.328,"Longitude_Range":0.29588,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2007,"First_Month":12,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":43,"Number_Clutches_Treatment":24,"Clutch_ID":"20-43","Total_Incubated_Experiment":235,"Total_Incubated_Treatment":118,"Total_Hatched":79,"Proportion_Hatched":0.66949,"Min_Incubation_Length":69,"Max_Incubation_Length":199,"Sexing_Method":"Morphometrics, macroscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":79,"Males":48,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0.60759,"Proportion_Female":0.39241,"Source":"Keithmaleesatti, S. (2008). An assessment of the association of organochlorine pesticide contamination and reproductive effects on the snail-eating turtle (Malayemys macrocephala) in the lower Chao Phraya River Basin, Thailand (Doctoral dissertation, Chulalongkorn University, Bangkok, Thailand). Retrieved from https://cuir.car.chula.ac.th/bitstream/123456789/31311/1/sarun_ke.pdf","WoS":0,"Other":1,"Data_Location":"Table 5.4, Fig. 5.13, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2012,"First_Month":12,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Number_Clutches_Experiment":126,"Number_Clutches_Treatment":126,"Clutch_ID":"1-126","Total_Incubated_Experiment":712,"Total_Incubated_Treatment":237,"Mean_Incubation_Length":115,"Mean_Incubation_Length_SE":11.3,"Min_Incubation_Length":89,"Max_Incubation_Length":134,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":26,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.65,"Proportion_Female":0.35,"Source":"Pewphong, R., Kitana, N., & Kitana, J. (2016). Effect of temperature on development: The case of the Malayan snail-eating turtle Malayemys macrocephala. In I. Das & A. A. Tuen (Eds.),  Naturalists, explorers and field scientists in south-east Asia and Australasia (pp. 157-169). Springer, Cham.","WoS":2,"Other":0,"Data_Location":"Figs. 1 & 8, Text","Data_Elsewhere":"0","Notes":"Incubation length data from Pewphong et al. (2013) Asian Herpetological Research"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2012,"First_Month":12,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":126,"Number_Clutches_Treatment":126,"Clutch_ID":"1-126","Total_Incubated_Experiment":712,"Total_Incubated_Treatment":237,"Mean_Incubation_Length":115,"Mean_Incubation_Length_SE":20.3,"Min_Incubation_Length":78,"Max_Incubation_Length":150,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":13,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Pewphong, R., Kitana, N., & Kitana, J. (2016). Effect of temperature on development: The case of the Malayan snail-eating turtle Malayemys macrocephala. In I. Das & A. A. Tuen (Eds.),  Naturalists, explorers and field scientists in south-east Asia and Australasia (pp. 157-169). Springer, Cham.","WoS":2,"Other":0,"Data_Location":"Figs. 1 & 8, Text","Data_Elsewhere":"0","Notes":"Incubation length data from Pewphong et al. (2013) Asian Herpetological Research"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2012,"First_Month":12,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Number_Clutches_Experiment":126,"Number_Clutches_Treatment":126,"Clutch_ID":"1-126","Total_Incubated_Experiment":712,"Total_Incubated_Treatment":238,"Mean_Incubation_Length":109,"Mean_Incubation_Length_SE":17.8,"Min_Incubation_Length":85,"Max_Incubation_Length":131,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":3,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Pewphong, R., Kitana, N., & Kitana, J. (2016). Effect of temperature on development: The case of the Malayan snail-eating turtle Malayemys macrocephala. In I. Das & A. A. Tuen (Eds.),  Naturalists, explorers and field scientists in south-east Asia and Australasia (pp. 157-169). Springer, Cham.","WoS":2,"Other":0,"Data_Location":"Figs. 1 & 8, Text","Data_Elsewhere":"0","Notes":"Incubation length data from Pewphong et al. (2013) Asian Herpetological Research"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.40631,"Longitude":100.45346,"Latitude_Range":0.11196,"Longitude_Range":0.12222,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2017,"First_Month":11,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Number_Clutches_Experiment":95,"Total_Incubated_Experiment":570,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pewphong, R., Kitana, J., & Kitana, N. (2020). Chronology of gonadal development in the Malayan snail-eating turtle Malayemys macrocephala. Zoological Studies, 59, 20.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.40631,"Longitude":100.45346,"Latitude_Range":0.11196,"Longitude_Range":0.12222,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2017,"First_Month":11,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":32,"Mean_Temp":32,"Number_Clutches_Experiment":95,"Total_Incubated_Experiment":570,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pewphong, R., Kitana, J., & Kitana, N. (2020). Chronology of gonadal development in the Malayan snail-eating turtle Malayemys macrocephala. Zoological Studies, 59, 20.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2017,"First_Month":11,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Total_Incubated_Experiment":440,"Total_Incubated_Treatment":40,"Total_Hatched":30,"Proportion_Hatched":0.75,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":21,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Pewphong, R., Kitana, J., & Kitana, N. (2021). Thermosensitive period for sex determination of the tropical freshwater turtle Malayemys macrocephala. Integrative Zoology, 16(2), 160-169.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2017,"First_Month":11,"Last_Month":4,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Backswitch_Start":"Stage 13","Backswitch_Length":"Hatching","Backswitch_Temp1":26,"Backswitch_Temp2":32,"Backswitch_Temp3":32,"Total_Incubated_Experiment":440,"Total_Incubated_Treatment":20,"Total_Hatched":13,"Proportion_Hatched":0.65,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":4,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.30769,"Proportion_Female":0.69231,"Source":"Pewphong, R., Kitana, J., & Kitana, N. (2021). Thermosensitive period for sex determination of the tropical freshwater turtle Malayemys macrocephala. Integrative Zoology, 16(2), 160-169.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Shifted day 36"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2017,"First_Month":11,"Last_Month":4,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Backswitch_Start":"Stage 14","Backswitch_Length":"Hatching","Backswitch_Temp1":26,"Backswitch_Temp2":32,"Backswitch_Temp3":32,"Total_Incubated_Experiment":440,"Total_Incubated_Treatment":20,"Total_Hatched":11,"Proportion_Hatched":0.55,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":4,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"Pewphong, R., Kitana, J., & Kitana, N. (2021). Thermosensitive period for sex determination of the tropical freshwater turtle Malayemys macrocephala. Integrative Zoology, 16(2), 160-169.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Shifted day 40"}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Malayemys","Species":"Malayemys_macrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Bang Ban District, Phra Nakhon Si Ayutthaya Province, Thailand","Latitude":14.35324,"Longitude":100.44743,"Latitude_Range":0.06711,"Longitude_Range":0.05598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2017,"First_Month":11,"Last_Month":4,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/v vermiculite:water","Humidity":0.8,"Thermometer_Location":"Incubator","Backswitch_Start":"Stage 20","Backswitch_Length":"Hatching","Backswitch_Temp1":32,"Backswitch_Temp2":26,"Backswitch_Temp3":26,"Total_Incubated_Experiment":440,"Total_Incubated_Treatment":20,"Total_Hatched":13,"Proportion_Hatched":0.65,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":3,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23077,"Proportion_Female":0.76923,"Source":"Pewphong, R., Kitana, J., & Kitana, N. (2021). Thermosensitive period for sex determination of the tropical freshwater turtle Malayemys macrocephala. Integrative Zoology, 16(2), 160-169.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0","Notes":"Shifted day 40"}
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{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_emys","Subspecies":"emys","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.55158,"Longitude":107.24424,"Latitude_Range":14.98631,"Longitude_Range":24.0343,"Accurate":0,"Captive":1,"Captive_Location":"Zoo Atlanta, Georgia, USA","Captive_Latitude":33.7325,"Captive_Longitude":-84.37105,"Captive_Latitude_Range":0.00469,"Captive_Longitude_Range":0.00598,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2006,"Last_Year":2006,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":23,"Mean_Temp":24.99,"Fluctuation":8.7,"Mean_Temp_SD":1.58,"Min_Temp":20,"Max_Temp":28.7,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":3,"Proportion_Hatched":0.5,"Mean_Incubation_Length":92,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Emer, S. A. (2007). Temperature-dependent sex determination in Manouria emys emys, the Asian forest tortoise (Master's thesis, Georgia State University, Atlanta, USA). Retrieved from https://scholarworks.gsu.edu/cgi/viewcontent.cgi?article=1010&context=biology_theses","WoS":0,"Other":1,"Data_Location":"Table 3.3.1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_emys","Subspecies":"emys","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.55158,"Longitude":107.24424,"Latitude_Range":14.98631,"Longitude_Range":24.0343,"Accurate":0,"Captive":1,"Captive_Location":"Zoo Atlanta, Georgia, USA","Captive_Latitude":33.7325,"Captive_Longitude":-84.37105,"Captive_Latitude_Range":0.00469,"Captive_Longitude_Range":0.00598,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2006,"Last_Year":2006,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25.06,"Fluctuation":6.8,"Mean_Temp_SD":1.2,"Min_Temp":21.2,"Max_Temp":28,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Emer, S. A. (2007). Temperature-dependent sex determination in Manouria emys emys, the Asian forest tortoise (Master's thesis, Georgia State University, Atlanta, USA). Retrieved from https://scholarworks.gsu.edu/cgi/viewcontent.cgi?article=1010&context=biology_theses","WoS":0,"Other":1,"Data_Location":"Table 3.3.1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_emys","Subspecies":"emys","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.55158,"Longitude":107.24424,"Latitude_Range":14.98631,"Longitude_Range":24.0343,"Accurate":0,"Captive":1,"Captive_Location":"Zoo Atlanta, Georgia, USA","Captive_Latitude":33.7325,"Captive_Longitude":-84.37105,"Captive_Latitude_Range":0.00469,"Captive_Longitude_Range":0.00598,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2006,"Last_Year":2006,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27.18,"Fluctuation":3.2,"Mean_Temp_SD":0.66,"Min_Temp":25.4,"Max_Temp":28.6,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":4,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":72,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Emer, S. A. (2007). Temperature-dependent sex determination in Manouria emys emys, the Asian forest tortoise (Master's thesis, Georgia State University, Atlanta, USA). Retrieved from https://scholarworks.gsu.edu/cgi/viewcontent.cgi?article=1010&context=biology_theses","WoS":0,"Other":1,"Data_Location":"Table 3.3.1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_emys","Subspecies":"emys","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.55158,"Longitude":107.24424,"Latitude_Range":14.98631,"Longitude_Range":24.0343,"Accurate":0,"Captive":1,"Captive_Location":"Zoo Atlanta, Georgia, USA","Captive_Latitude":33.7325,"Captive_Longitude":-84.37105,"Captive_Latitude_Range":0.00469,"Captive_Longitude_Range":0.00598,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2006,"Last_Year":2006,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":28,"Fluctuation":2.7,"Mean_Temp_SD":0.4,"Min_Temp":26.9,"Max_Temp":29.6,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":4,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":65,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Emer, S. A. (2007). Temperature-dependent sex determination in Manouria emys emys, the Asian forest tortoise (Master's thesis, Georgia State University, Atlanta, USA). Retrieved from https://scholarworks.gsu.edu/cgi/viewcontent.cgi?article=1010&context=biology_theses","WoS":0,"Other":1,"Data_Location":"Table 3.3.1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_emys","Subspecies":"emys","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.55158,"Longitude":107.24424,"Latitude_Range":14.98631,"Longitude_Range":24.0343,"Accurate":0,"Captive":1,"Captive_Location":"Zoo Atlanta, Georgia, USA","Captive_Latitude":33.7325,"Captive_Longitude":-84.37105,"Captive_Latitude_Range":0.00469,"Captive_Longitude_Range":0.00598,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2006,"Last_Year":2006,"First_Month":8,"Last_Month":8,"Incubation_Setup":"Fluctuating","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":30.79,"Fluctuation":5.1,"Mean_Temp_SD":0.44,"Min_Temp":26.5,"Max_Temp":31.6,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":5,"Proportion_Hatched":0.83333,"Mean_Incubation_Length":60,"Sexing_Method":"Histology, endoscopy","Sexed_Condition":"Dead, live","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Emer, S. A. (2007). Temperature-dependent sex determination in Manouria emys emys, the Asian forest tortoise (Master's thesis, Georgia State University, Atlanta, USA). Retrieved from https://scholarworks.gsu.edu/cgi/viewcontent.cgi?article=1010&context=biology_theses","WoS":0,"Other":1,"Data_Location":"Table 3.3.1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_emys","Subspecies":"emys","SDM":"TSD","SDM_Confidence":1,"Location":"Brunei, Indonesia, Malaysia, and Thailand","Latitude":1.55158,"Longitude":107.24424,"Latitude_Range":14.98631,"Longitude_Range":24.0343,"Accurate":0,"Captive":1,"Captive_Location":"Zoo Atlanta, Georgia, USA","Captive_Latitude":33.7325,"Captive_Longitude":-84.37105,"Captive_Latitude_Range":0.00469,"Captive_Longitude_Range":0.00598,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"Incubation_Setup":"Constant","Mean_Temp":28.89,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Emer, S. A. (2007). Temperature-dependent sex determination in Manouria emys emys, the Asian forest tortoise (Master's thesis, Georgia State University, Atlanta, USA). Retrieved from https://scholarworks.gsu.edu/cgi/viewcontent.cgi?article=1010&context=biology_theses","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Additional hatchlings not used in study"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_impressa","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, India, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":15.52599,"Longitude":101.08944,"Latitude_Range":24.49082,"Longitude_Range":16.22696,"Accurate":0,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Constant","Set_Temp":27,"Mean_Temp":27,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":21,"Proportion_Hatched":1,"Max_Incubation_Length":79,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lawson, D. (2008). Impressed tortoise. Turtle Survival Alliance Newsletter, 2008, 17.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_impressa","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, India, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":15.52599,"Longitude":101.08944,"Latitude_Range":24.49082,"Longitude_Range":16.22696,"Accurate":0,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":21,"Proportion_Hatched":1,"Min_Incubation_Length":72,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lawson, D. (2008). Impressed tortoise. Turtle Survival Alliance Newsletter, 2008, 17.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_impressa","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, India, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":15.52599,"Longitude":101.08944,"Latitude_Range":24.49082,"Longitude_Range":16.22696,"Accurate":0,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Constant","Mean_Temp":26.1,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mislin, V., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Mislin","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_impressa","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, India, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":15.52599,"Longitude":101.08944,"Latitude_Range":24.49082,"Longitude_Range":16.22696,"Accurate":0,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Constant","Mean_Temp":26.95,"Fluctuation":0.25,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mislin, V., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Mislin","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_impressa","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, India, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":15.52599,"Longitude":101.08944,"Latitude_Range":24.49082,"Longitude_Range":16.22696,"Accurate":0,"First_Year":2018,"Last_Year":2018,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Min_Incubation_Length":79,"Max_Incubation_Length":81,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mislin, V., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Mislin","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Manouria","Species":"Manouria_impressa","SDM":"TSD","SDM_Confidence":1,"Location":"Cambodia, India, Laos, Malaysia, Myanmar, Thailand, and Vietnam","Latitude":15.52599,"Longitude":101.08944,"Latitude_Range":24.49082,"Longitude_Range":16.22696,"Accurate":0,"First_Year":2018,"Last_Year":2018,"Incubation_Setup":"Constant","Set_Temp":27,"Mean_Temp":27,"Min_Incubation_Length":91,"Max_Incubation_Length":93,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mislin, V., Unpublished data.","WoS":0,"Other":1,"Data_Location":"Personal Communication with Mislin","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_annamensis","Listed_As":"Mauremys_annamansis","SDM":"TSD","SDM_Confidence":1,"Location":"Vietnam","Latitude":14.55045,"Longitude":108.65954,"Latitude_Range":3.64412,"Longitude_Range":1.58801,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_annamensis","Listed_As":"Mauremys_annamansis","SDM":"TSD","SDM_Confidence":1,"Location":"Vietnam","Latitude":14.55045,"Longitude":108.65954,"Latitude_Range":3.64412,"Longitude_Range":1.58801,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_annamensis","Listed_As":"Mauremys_annamansis","SDM":"TSD","SDM_Confidence":1,"Location":"Vietnam","Latitude":14.55045,"Longitude":108.65954,"Latitude_Range":3.64412,"Longitude_Range":1.58801,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_annamensis","Listed_As":"Mauremys_annamansis","SDM":"TSD","SDM_Confidence":1,"Location":"Vietnam","Latitude":14.55045,"Longitude":108.65954,"Latitude_Range":3.64412,"Longitude_Range":1.58801,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_annamensis","Listed_As":"Mauremys_annamansis","SDM":"TSD","SDM_Confidence":1,"Location":"Vietnam","Latitude":14.55045,"Longitude":108.65954,"Latitude_Range":3.64412,"Longitude_Range":1.58801,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_annamensis","Listed_As":"Mauremys_annamansis","SDM":"TSD","SDM_Confidence":1,"Location":"Vietnam","Latitude":14.55045,"Longitude":108.65954,"Latitude_Range":3.64412,"Longitude_Range":1.58801,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":22,"Mean_Temp":22,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":13,"Males":12,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.92308,"Proportion_Female":0,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":23,"Mean_Temp":23,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":33,"Total_Hatched":11,"Proportion_Hatched":0.33333,"Mean_Incubation_Length":90.6,"Mean_Incubation_Length_SD":3,"Min_Incubation_Length":87,"Max_Incubation_Length":96,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":22,"Males":21,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.95455,"Proportion_Female":0,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":37,"Total_Hatched":5,"Proportion_Hatched":0.13514,"Mean_Incubation_Length":77.2,"Mean_Incubation_Length_SD":4.3,"Min_Incubation_Length":73,"Max_Incubation_Length":83,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":27,"Males":26,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.96296,"Proportion_Female":0,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":19,"Total_Hatched":5,"Proportion_Hatched":0.26316,"Mean_Incubation_Length":65,"Mean_Incubation_Length_SD":1.9,"Min_Incubation_Length":63,"Max_Incubation_Length":68,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":37,"Total_Hatched":12,"Proportion_Hatched":0.32432,"Mean_Incubation_Length":70.9,"Mean_Incubation_Length_SD":13.5,"Min_Incubation_Length":40,"Max_Incubation_Length":81,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":25,"Males":24,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.96,"Proportion_Female":0,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":37,"Total_Hatched":14,"Proportion_Hatched":0.37838,"Mean_Incubation_Length":59.7,"Mean_Incubation_Length_SD":4.4,"Min_Incubation_Length":54,"Max_Incubation_Length":67,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":36,"Total_Hatched":8,"Proportion_Hatched":0.22222,"Mean_Incubation_Length":53.4,"Mean_Incubation_Length_SD":0.9,"Min_Incubation_Length":52,"Max_Incubation_Length":55,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":27,"Males":18,"Females":8,"Intersex":0,"Undetermined":1,"Proportion_Male":0.66667,"Proportion_Female":0.2963,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":35,"Total_Hatched":27,"Proportion_Hatched":0.77143,"Mean_Incubation_Length":49.5,"Mean_Incubation_Length_SD":2,"Min_Incubation_Length":47,"Max_Incubation_Length":53,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":27,"Males":7,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25926,"Proportion_Female":0.74074,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":35,"Total_Hatched":16,"Proportion_Hatched":0.45714,"Mean_Incubation_Length":48.5,"Mean_Incubation_Length_SD":1.8,"Min_Incubation_Length":45,"Max_Incubation_Length":52,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":21,"Males":6,"Females":12,"Intersex":0,"Undetermined":3,"Proportion_Male":0.28571,"Proportion_Female":0.57143,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Incubated_Treatment":52,"Total_Hatched":29,"Proportion_Hatched":0.55769,"Mean_Incubation_Length":45.9,"Mean_Incubation_Length_SD":1.8,"Min_Incubation_Length":42,"Max_Incubation_Length":50,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":31,"Males":0,"Females":30,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0.96774,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_japonica","SDM":"TSD","SDM_Confidence":1,"Location":"Tado Town of Mie Prefecture and Atsumi Peninsula of Aichi Prefecture, Tokai District, Honshu Island, Japan","Latitude":34.88146,"Longitude":136.92533,"Latitude_Range":0.58103,"Longitude_Range":0.66474,"Accurate":1,"Captive":1,"Captive_Location":"Togo Field, Graduate School of Bioagricultural Sciences, Nagoya University, Aichi Prefecture, Japan","Captive_Latitude":35.09698,"Captive_Longitude":137.05462,"Captive_Latitude_Range":0.05744,"Captive_Longitude_Range":0.07072,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2006,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Humidity":0.9,"Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.2,"Total_Incubated_Experiment":423,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":6,"Males":0,"Females":0,"Intersex":0,"Undetermined":6,"Proportion_Male":0,"Proportion_Female":0,"Source":"Okada, Y., Yabe, T., & Oda, S.-I. (2010). Temperature-dependent sex determination in the Japanese pond turtle, Mauremys japonica (Reptilia: Geoemydidae). Current Herpetology, 29(1), 1-10.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 5, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate midpoint between Tado Town and Atsumi Peninsula; adults kept in captivity 3 years while laying "}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_mutica","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, Taiwan, and Vietnam","Latitude":24.42129,"Longitude":114.31023,"Latitude_Range":16.04574,"Longitude_Range":19.87576,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_mutica","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, Taiwan, and Vietnam","Latitude":24.42129,"Longitude":114.31023,"Latitude_Range":16.04574,"Longitude_Range":19.87576,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_mutica","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, Taiwan, and Vietnam","Latitude":24.42129,"Longitude":114.31023,"Latitude_Range":16.04574,"Longitude_Range":19.87576,"Accurate":0,"Captive":1,"Captive_Location":"Breeding farm at Pearl River Fisheries Research Institute, Chinese Academy of Fisheries Science, Guangzhou, China","Captive_Latitude":23.06878,"Captive_Longitude":113.21669,"Captive_Latitude_Range":0.00566,"Captive_Longitude_Range":0.00556,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":4,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.5,"Total_Incubated_Treatment":40,"Total_Hatched":39,"Proportion_Hatched":0.975,"Mean_Incubation_Length":108.1,"Mean_Incubation_Length_SE":1.82,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":38,"Males":29,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.76316,"Proportion_Female":0.23684,"Source":"Zhu, X.-P., Chen, Y.-L., Wei, C.-Q., Liu, Y.-H., & Gui, J.-F. (2006). Temperature effects on sex determination in yellow pond turtle (Mauremys mutica Cantor). Acta Ecologica Sinica, 26(2), 620-625.","Source_Alternate":"???, ???, ???, ???, & ???. (2006). ???????????????. ????, 26(2), 620-625.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_mutica","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, Taiwan, and Vietnam","Latitude":24.42129,"Longitude":114.31023,"Latitude_Range":16.04574,"Longitude_Range":19.87576,"Accurate":0,"Captive":1,"Captive_Location":"Breeding farm at Pearl River Fisheries Research Institute, Chinese Academy of Fisheries Science, Guangzhou, China","Captive_Latitude":23.06878,"Captive_Longitude":113.21669,"Captive_Latitude_Range":0.00566,"Captive_Longitude_Range":0.00556,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2002,"Last_Year":2002,"First_Month":4,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"Sand","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.5,"Total_Incubated_Treatment":40,"Total_Hatched":39,"Proportion_Hatched":0.975,"Mean_Incubation_Length":69.44,"Mean_Incubation_Length_SE":1.34,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":36,"Males":18,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Zhu, X.-P., Chen, Y.-L., Wei, C.-Q., Liu, Y.-H., & Gui, J.-F. (2006). Temperature effects on sex determination in yellow pond turtle (Mauremys mutica Cantor). Acta Ecologica Sinica, 26(2), 620-625.","Source_Alternate":"???, ???, ???, ???, & ???. (2006). ???????????????. ????, 26(2), 620-625.","WoS":3,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_mutica","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, Taiwan, and Vietnam","Latitude":24.42129,"Longitude":114.31023,"Latitude_Range":16.04574,"Longitude_Range":19.87576,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Haining, Zhejiang, China","Captive_Latitude":30.45647,"Captive_Longitude":120.57118,"Captive_Latitude_Range":0.27997,"Captive_Longitude_Range":0.51567,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Water_Content":"-220","Set_Temp":26,"Mean_Temp":26,"Total_Incubated_Treatment":36,"Total_Hatched":34,"Proportion_Hatched":0.94444,"Mean_Incubation_Length":79.86,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":21,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61765,"Proportion_Female":0.38235,"Source":"Du, W.-G., Wang, L., & Shen, J.-W. (2010). Optimal temperatures for egg incubation in two Geoemydid turtles: Ocadia sinensis and Mauremys mutica. Aquaculture, 305(1-4), 138-142.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_mutica","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, Taiwan, and Vietnam","Latitude":24.42129,"Longitude":114.31023,"Latitude_Range":16.04574,"Longitude_Range":19.87576,"Accurate":0,"Captive":1,"Captive_Location":"Pearl River Fisheries Research Institute of the Chinese Academy of Fishery Sciences, Guangzhou, Guangdong Province, China","Captive_Latitude":23.06878,"Captive_Longitude":113.21669,"Captive_Latitude_Range":0.00566,"Captive_Longitude_Range":0.00556,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Water_Content":"-220","Set_Temp":26,"Mean_Temp":26,"Number_Clutches_Experiment":36,"Total_Incubated_Experiment":84,"Total_Incubated_Treatment":25,"Total_Hatched":21,"Proportion_Hatched":0.84,"Mean_Incubation_Length":83.5,"Mean_Incubation_Length_SE":0.4,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":19,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90476,"Proportion_Female":0.09524,"Source":"Wu, M., Zhao, B., Zhang, W., & Lu, H. (2014). Effects of incubation temperature on embryonic development and hatchling traits in the Asian yellow pond turtle, Mauremys mutica. Acta Ecologica Sinica, 34(19), 5398-5404.","Source_Alternate":"???, ??, ??, & ???. (2014). ??????????????????????. ????, 34(19), 5398-5404.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_nigricans","Listed_As":"Chinemys_nigricans","SDM":"TSD","SDM_Confidence":1,"Location":"China","Latitude":23.91444,"Longitude":110.5486,"Latitude_Range":2.88882,"Longitude_Range":8.39013,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_nigricans","Listed_As":"Chinemys_nigricans","SDM":"TSD","SDM_Confidence":1,"Location":"China","Latitude":23.91444,"Longitude":110.5486,"Latitude_Range":2.88882,"Longitude_Range":8.39013,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_nigricans","Listed_As":"Chinemys_nigricans","SDM":"TSD","SDM_Confidence":1,"Location":"China","Latitude":23.91444,"Longitude":110.5486,"Latitude_Range":2.88882,"Longitude_Range":8.39013,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Institute of Special Sea Production, Hanshou County, Hunan Province, China","Captive_Latitude":28.87612,"Captive_Longitude":112.00025,"Captive_Latitude_Range":0.5207,"Captive_Longitude_Range":0.57678,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Min_Temp":23,"Max_Temp":27,"Total_Incubated_Treatment":25,"Total_Hatched":18,"Proportion_Hatched":0.72,"Mean_Incubation_Length":75,"Sexing_Method":"Macroscopy","Total_Sexed":18,"Males":18,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Hou, L. (1985). Sex determination by temperature for incubation in Chinemys reevesii. Acta Herpetologica Sinica, 4(1), 130.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are for Hanshou County"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Institute of Special Sea Production, Hanshou County, Hunan Province, China","Captive_Latitude":28.87612,"Captive_Longitude":112.00025,"Captive_Latitude_Range":0.5207,"Captive_Longitude_Range":0.57678,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":1984,"Last_Year":1984,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Set_Temp":32,"Mean_Temp":32,"Total_Incubated_Treatment":25,"Total_Hatched":13,"Proportion_Hatched":0.52,"Mean_Incubation_Length":58,"Sexing_Method":"Macroscopy","Total_Sexed":13,"Males":0,"Females":12,"Intersex":1,"Undetermined":0,"Proportion_Male":0.03846,"Proportion_Female":0.96154,"Source":"Hou, L. (1985). Sex determination by temperature for incubation in Chinemys reevesii. Acta Herpetologica Sinica, 4(1), 130.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are for Hanshou County"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":31,"Number_Clutches_Treatment":31,"Clutch_ID":"1-31","Total_Incubated_Treatment":254,"Total_Hatched":103,"Proportion_Hatched":0.40551,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":103,"Males":56,"Females":46,"Intersex":0,"Undetermined":1,"Proportion_Male":0.54369,"Proportion_Female":0.4466,"Source":"Ishihara, S. (1985). Temperature dependent sex determination of the freshwater turtle, Chinemys reevesii, in the terrarium. Japanese Journal of Herpetology, 11(2), 62.","Source_Alternate":"?? ??. (1985). ? ???? ???? ??? ??? ????. ????????, 11(2), 62.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"Suburbs of Kyoto, Japan","Latitude":34.99677,"Longitude":135.76857,"Latitude_Range":0.20165,"Longitude_Range":0.16878,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1982,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Moss, vermiculite","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.5,"Number_Clutches_Experiment":39,"Number_Clutches_Treatment":16,"Clutch_ID":"1-16","Total_Incubated_Treatment":76,"Total_Hatched":14,"Proportion_Hatched":0.18421,"Mean_Incubation_Length":94,"Mean_Incubation_Length_SD":9.12,"Min_Incubation_Length":87,"Max_Incubation_Length":102,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ishihara, S. (1989). Temperature-dependent sex determination (TSD) in embryo after egg-laying by freshwater turtle, Chinemys reevesi. (Reptilia; Emydidae). Bulletin of Kyoto University of Education, Ser. B, 74, 27-38.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for suburban area north of Kyoto"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"Suburbs of Kyoto, Japan","Latitude":34.99677,"Longitude":135.76857,"Latitude_Range":0.20165,"Longitude_Range":0.16878,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":0,"First_Year":1983,"Last_Year":1983,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Moss, vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.5,"Number_Clutches_Experiment":39,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Incubated_Treatment":57,"Total_Hatched":21,"Proportion_Hatched":0.36842,"Mean_Incubation_Length":66.75,"Mean_Incubation_Length_SD":3.192,"Min_Incubation_Length":62,"Max_Incubation_Length":71,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ishihara, S. (1989). Temperature-dependent sex determination (TSD) in embryo after egg-laying by freshwater turtle, Chinemys reevesi. (Reptilia; Emydidae). Bulletin of Kyoto University of Education, Ser. B, 74, 27-38.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for suburban area north of Kyoto"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"Suburbs of Kyoto, Japan","Latitude":34.99677,"Longitude":135.76857,"Latitude_Range":0.20165,"Longitude_Range":0.16878,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":0,"First_Year":1983,"Last_Year":1983,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Moss, vermiculite","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.5,"Number_Clutches_Experiment":39,"Number_Clutches_Treatment":11,"Clutch_ID":"7-17","Total_Incubated_Treatment":94,"Total_Hatched":14,"Proportion_Hatched":0.14894,"Mean_Incubation_Length":61.636,"Mean_Incubation_Length_SD":6.109,"Min_Incubation_Length":48,"Max_Incubation_Length":68,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":12,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Ishihara, S. (1989). Temperature-dependent sex determination (TSD) in embryo after egg-laying by freshwater turtle, Chinemys reevesi. (Reptilia; Emydidae). Bulletin of Kyoto University of Education, Ser. B, 74, 27-38.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for suburban area north of Kyoto"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"Suburbs of Kyoto, Japan","Latitude":34.99677,"Longitude":135.76857,"Latitude_Range":0.20165,"Longitude_Range":0.16878,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Moss, vermiculite","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.5,"Number_Clutches_Experiment":39,"Number_Clutches_Treatment":8,"Clutch_ID":"18-25","Total_Incubated_Treatment":29,"Total_Hatched":16,"Proportion_Hatched":0.55172,"Mean_Incubation_Length":79,"Min_Incubation_Length":67,"Max_Incubation_Length":95,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":6,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Ishihara, S. (1989). Temperature-dependent sex determination (TSD) in embryo after egg-laying by freshwater turtle, Chinemys reevesi. (Reptilia; Emydidae). Bulletin of Kyoto University of Education, Ser. B, 74, 27-38.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for suburban area north of Kyoto"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"Suburbs of Kyoto, Japan","Latitude":34.99677,"Longitude":135.76857,"Latitude_Range":0.20165,"Longitude_Range":0.16878,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1982,"First_Month":6,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Moss, vermiculite","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Number_Clutches_Experiment":39,"Number_Clutches_Treatment":14,"Clutch_ID":"26-39","Total_Incubated_Treatment":36,"Total_Hatched":10,"Proportion_Hatched":0.27778,"Mean_Incubation_Length":53,"Min_Incubation_Length":30,"Max_Incubation_Length":72,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ishihara, S. (1989). Temperature-dependent sex determination (TSD) in embryo after egg-laying by freshwater turtle, Chinemys reevesi. (Reptilia; Emydidae). Bulletin of Kyoto University of Education, Ser. B, 74, 27-38.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for suburban area north of Kyoto"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Huzhou, Zhejiang, China","Captive_Latitude":30.77905,"Captive_Longitude":119.85412,"Captive_Latitude_Range":0.8208,"Captive_Longitude_Range":1.23791,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":24,"Mean_Temp":24,"Total_Incubated_Treatment":46,"Total_Hatched":44,"Proportion_Hatched":0.95652,"Mean_Incubation_Length":80.85,"Mean_Incubation_Length_SE":0.7,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":30,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96774,"Proportion_Female":0.03226,"Source":"Du, W.-G., Hu, L.-J., Lu, J.-L., & Zhu, L.-J. (2007). Effects of incubation temperature on embryonic development rate, sex ratio and post-hatching growth in the Chinese three-keeled pond turtle, Chinemys reevesii. Aquaculture, 272(1-4), 747-753.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Huzhou, Zhejiang, China","Captive_Latitude":30.77905,"Captive_Longitude":119.85412,"Captive_Latitude_Range":0.8208,"Captive_Longitude_Range":1.23791,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":26,"Mean_Temp":26,"Total_Incubated_Treatment":48,"Total_Hatched":46,"Proportion_Hatched":0.95833,"Mean_Incubation_Length":70.91,"Mean_Incubation_Length_SE":0.6,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":32,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Du, W.-G., Hu, L.-J., Lu, J.-L., & Zhu, L.-J. (2007). Effects of incubation temperature on embryonic development rate, sex ratio and post-hatching growth in the Chinese three-keeled pond turtle, Chinemys reevesii. Aquaculture, 272(1-4), 747-753.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Huzhou, Zhejiang, China","Captive_Latitude":30.77905,"Captive_Longitude":119.85412,"Captive_Latitude_Range":0.8208,"Captive_Longitude_Range":1.23791,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Total_Incubated_Treatment":51,"Total_Hatched":51,"Proportion_Hatched":1,"Mean_Incubation_Length":63.18,"Mean_Incubation_Length_SE":0.3,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":45,"Males":33,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.73333,"Proportion_Female":0.26667,"Source":"Du, W.-G., Hu, L.-J., Lu, J.-L., & Zhu, L.-J. (2007). Effects of incubation temperature on embryonic development rate, sex ratio and post-hatching growth in the Chinese three-keeled pond turtle, Chinemys reevesii. Aquaculture, 272(1-4), 747-753.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Huzhou, Zhejiang, China","Captive_Latitude":30.77905,"Captive_Longitude":119.85412,"Captive_Latitude_Range":0.8208,"Captive_Longitude_Range":1.23791,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":30,"Mean_Temp":30,"Total_Incubated_Treatment":52,"Total_Hatched":49,"Proportion_Hatched":0.94231,"Mean_Incubation_Length":59.45,"Mean_Incubation_Length_SE":0.45,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":42,"Males":3,"Females":39,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07143,"Proportion_Female":0.92857,"Source":"Du, W.-G., Hu, L.-J., Lu, J.-L., & Zhu, L.-J. (2007). Effects of incubation temperature on embryonic development rate, sex ratio and post-hatching growth in the Chinese three-keeled pond turtle, Chinemys reevesii. Aquaculture, 272(1-4), 747-753.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Huzhou, Zhejiang, China","Captive_Latitude":30.77905,"Captive_Longitude":119.85412,"Captive_Latitude_Range":0.8208,"Captive_Longitude_Range":1.23791,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":32,"Mean_Temp":32,"Total_Incubated_Treatment":47,"Total_Hatched":30,"Proportion_Hatched":0.6383,"Mean_Incubation_Length":57.37,"Mean_Incubation_Length_SE":0.8,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":1,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05263,"Proportion_Female":0.94737,"Source":"Du, W.-G., Hu, L.-J., Lu, J.-L., & Zhu, L.-J. (2007). Effects of incubation temperature on embryonic development rate, sex ratio and post-hatching growth in the Chinese three-keeled pond turtle, Chinemys reevesii. Aquaculture, 272(1-4), 747-753.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Huzhou, Zhejiang, China","Captive_Latitude":30.77905,"Captive_Longitude":119.85412,"Captive_Latitude_Range":0.8208,"Captive_Longitude_Range":1.23791,"Captive_Accurate":0.5,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":34,"Mean_Temp":34,"Total_Incubated_Treatment":52,"Total_Hatched":10,"Proportion_Hatched":0.19231,"Mean_Incubation_Length":55.75,"Mean_Incubation_Length_SE":0.9,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Du, W.-G., Hu, L.-J., Lu, J.-L., & Zhu, L.-J. (2007). Effects of incubation temperature on embryonic development rate, sex ratio and post-hatching growth in the Chinese three-keeled pond turtle, Chinemys reevesii. Aquaculture, 272(1-4), 747-753.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":""}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Haining, Zhejiang, China","Captive_Latitude":30.45647,"Captive_Longitude":120.57118,"Captive_Latitude_Range":0.27997,"Captive_Longitude_Range":0.51567,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Fluctuation":3,"Total_Incubated_Treatment":33,"Total_Hatched":33,"Proportion_Hatched":1,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":9,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.27273,"Proportion_Female":0.72727,"Source":"Du, W.-G., Shen, J.-W., & Wang, L. (2009). Embryonic development rate and hatchling phenotypes in the Chinese three-keeled pond turtle (Chinemys reevesii): The influence of fluctuating temperature versus constant temperature. Journal of Thermal Biology, 34(5), 250-255.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Haining, Zhejiang, China","Captive_Latitude":30.45647,"Captive_Longitude":120.57118,"Captive_Latitude_Range":0.27997,"Captive_Longitude_Range":0.51567,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Fluctuation":6,"Total_Incubated_Treatment":27,"Total_Hatched":27,"Proportion_Hatched":1,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, dead","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":3,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"Du, W.-G., Shen, J.-W., & Wang, L. (2009). Embryonic development rate and hatchling phenotypes in the Chinese three-keeled pond turtle (Chinemys reevesii): The influence of fluctuating temperature versus constant temperature. Journal of Thermal Biology, 34(5), 250-255.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"Border area of Henan, Anhui, and Hubei, China","Latitude":32.21715,"Longitude":113.84224,"Latitude_Range":4.80571,"Longitude_Range":5.81545,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Soil, sand","Water_Content":"7.50%","Humidity":0.82,"Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.5,"Total_Incubated_Treatment":90,"Total_Hatched":76,"Proportion_Hatched":0.84444,"Mean_Incubation_Length":79.11,"Mean_Incubation_Length_SD":1.53,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":72,"Males":68,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94444,"Proportion_Female":0.05556,"Source":"Li, H.-J., & Cui, Y.-Y. (2011). Temperature effects on sex determination in Chinemys reevesii. Journal of Xinyang Normal University, Natural Science Edition, 24(1), 68-70.","Source_Alternate":"??? & ???. (2011). ?????????????. ????????: ?????, 24(1), 68-70.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for border of three provinces"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"Border area of Henan, Anhui, and Hubei, China","Latitude":32.21715,"Longitude":113.84224,"Latitude_Range":4.80571,"Longitude_Range":5.81545,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Soil, sand","Water_Content":"7.50%","Humidity":0.82,"Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.5,"Total_Incubated_Treatment":90,"Total_Hatched":82,"Proportion_Hatched":0.91111,"Mean_Incubation_Length":61.84,"Mean_Incubation_Length_SD":1.42,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":77,"Males":36,"Females":41,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46753,"Proportion_Female":0.53247,"Source":"Li, H.-J., & Cui, Y.-Y. (2011). Temperature effects on sex determination in Chinemys reevesii. Journal of Xinyang Normal University, Natural Science Edition, 24(1), 68-70.","Source_Alternate":"??? & ???. (2011). ?????????????. ????????: ?????, 24(1), 68-70.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for border of three provinces"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","Listed_As":"Chinemys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"Border area of Henan, Anhui, and Hubei, China","Latitude":32.21715,"Longitude":113.84224,"Latitude_Range":4.80571,"Longitude_Range":5.81545,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":9,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"Soil, sand","Water_Content":"7.50%","Humidity":0.82,"Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.5,"Total_Incubated_Treatment":90,"Total_Hatched":53,"Proportion_Hatched":0.58889,"Mean_Incubation_Length":57.34,"Mean_Incubation_Length_SD":1.67,"Sexing_Method":"Secondary characteristics, macroscopy","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":46,"Males":1,"Females":45,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02174,"Proportion_Female":0.97826,"Source":"Li, H.-J., & Cui, Y.-Y. (2011). Temperature effects on sex determination in Chinemys reevesii. Journal of Xinyang Normal University, Natural Science Edition, 24(1), 68-70.","Source_Alternate":"??? & ???. (2011). ?????????????. ????????: ?????, 24(1), 68-70.","WoS":0,"Other":1,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for border of three provinces"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Guangdong LVCA Industry Co., Ltd., Guangzhou, Guangdong, China","Captive_Latitude":23.24984,"Captive_Longitude":113.50711,"Captive_Latitude_Range":1.38256,"Captive_Longitude_Range":1.10821,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Total_Hatched":78,"Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":29,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96667,"Proportion_Female":0.03333,"Source":"Ru, W., Hua, L., Wei, Y., Li, W., Cao, D., Ge, Y., Chen, H., Lan, X., & Gong, S. (2017). The effect of the Cyp19a1 gene methylation modification on temperature-dependent sex determination of Reeves' turtle (Mauremys reevesii). Asian Herpetological Research, 8(3), 213-220.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Guangdong LVCA Industry Co., Ltd., Guangzhou, Guangdong, China","Captive_Latitude":23.24984,"Captive_Longitude":113.50711,"Captive_Latitude_Range":1.38256,"Captive_Longitude_Range":1.10821,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Total_Hatched":51,"Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":19,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63333,"Proportion_Female":0.36667,"Source":"Ru, W., Hua, L., Wei, Y., Li, W., Cao, D., Ge, Y., Chen, H., Lan, X., & Gong, S. (2017). The effect of the Cyp19a1 gene methylation modification on temperature-dependent sex determination of Reeves' turtle (Mauremys reevesii). Asian Herpetological Research, 8(3), 213-220.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_reevesii","SDM":"TSD","SDM_Confidence":1,"Location":"China, Japan, North Korea, South Korea, and Taiwan","Latitude":30.42953,"Longitude":122.26411,"Latitude_Range":18.50183,"Longitude_Range":38.0547,"Accurate":0,"Captive":1,"Captive_Location":"Guangdong LVCA Industry Co., Ltd., Guangzhou, Guangdong, China","Captive_Latitude":23.24984,"Captive_Longitude":113.50711,"Captive_Latitude_Range":1.38256,"Captive_Longitude_Range":1.10821,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Total_Hatched":59,"Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ru, W., Hua, L., Wei, Y., Li, W., Cao, D., Ge, Y., Chen, H., Lan, X., & Gong, S. (2017). The effect of the Cyp19a1 gene methylation modification on temperature-dependent sex determination of Reeves' turtle (Mauremys reevesii). Asian Herpetological Research, 8(3), 213-220.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
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{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","Listed_As":"Ocadia_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Haining, Zhejiang, China","Captive_Latitude":30.45647,"Captive_Longitude":120.57118,"Captive_Latitude_Range":0.27997,"Captive_Longitude_Range":0.51567,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Water_Content":"-220","Set_Temp":24,"Mean_Temp":24,"Total_Incubated_Treatment":26,"Total_Hatched":9,"Proportion_Hatched":0.34615,"Mean_Incubation_Length":71.94,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Du, W.-G., Wang, L., & Shen, J.-W. (2010). Optimal temperatures for egg incubation in two Geoemydid turtles: Ocadia sinensis and Mauremys mutica. Aquaculture, 305(1-4), 138-142.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Du","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","Listed_As":"Ocadia_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Haining, Zhejiang, China","Captive_Latitude":30.45647,"Captive_Longitude":120.57118,"Captive_Latitude_Range":0.27997,"Captive_Longitude_Range":0.51567,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Water_Content":"-220","Set_Temp":26,"Mean_Temp":26,"Total_Incubated_Treatment":33,"Total_Hatched":26,"Proportion_Hatched":0.78788,"Mean_Incubation_Length":61.21,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Du, W.-G., Wang, L., & Shen, J.-W. (2010). Optimal temperatures for egg incubation in two Geoemydid turtles: Ocadia sinensis and Mauremys mutica. Aquaculture, 305(1-4), 138-142.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","Listed_As":"Ocadia_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Haining, Zhejiang, China","Captive_Latitude":30.45647,"Captive_Longitude":120.57118,"Captive_Latitude_Range":0.27997,"Captive_Longitude_Range":0.51567,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Water_Content":"-220","Set_Temp":28,"Mean_Temp":28,"Total_Incubated_Treatment":33,"Total_Hatched":27,"Proportion_Hatched":0.81818,"Mean_Incubation_Length":48.09,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":22,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.81481,"Proportion_Female":0.18519,"Source":"Du, W.-G., Wang, L., & Shen, J.-W. (2010). Optimal temperatures for egg incubation in two Geoemydid turtles: Ocadia sinensis and Mauremys mutica. Aquaculture, 305(1-4), 138-142.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","Listed_As":"Ocadia_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Haining, Zhejiang, China","Captive_Latitude":30.45647,"Captive_Longitude":120.57118,"Captive_Latitude_Range":0.27997,"Captive_Longitude_Range":0.51567,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Water_Content":"-220","Set_Temp":30,"Mean_Temp":30,"Total_Incubated_Treatment":42,"Total_Hatched":33,"Proportion_Hatched":0.78571,"Mean_Incubation_Length":45.42,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":0,"Females":33,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Du, W.-G., Wang, L., & Shen, J.-W. (2010). Optimal temperatures for egg incubation in two Geoemydid turtles: Ocadia sinensis and Mauremys mutica. Aquaculture, 305(1-4), 138-142.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","Listed_As":"Ocadia_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery in Haining, Zhejiang, China","Captive_Latitude":30.45647,"Captive_Longitude":120.57118,"Captive_Latitude_Range":0.27997,"Captive_Longitude_Range":0.51567,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Water_Content":"-220","Set_Temp":31,"Mean_Temp":31,"Total_Incubated_Treatment":38,"Total_Hatched":18,"Proportion_Hatched":0.47368,"Mean_Incubation_Length":44.74,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Du, W.-G., Wang, L., & Shen, J.-W. (2010). Optimal temperatures for egg incubation in two Geoemydid turtles: Ocadia sinensis and Mauremys mutica. Aquaculture, 305(1-4), 138-142.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Total_Incubated_Experiment":210,"Total_Incubated_Treatment":26,"Total_Hatched":12,"Proportion_Hatched":0.46154,"Total_Sexed":12,"Males":10,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.83333,"Proportion_Female":0.16667,"Source":"Rong, Y.-Y., Ling, L., Fu, L.-R., & Shi, H.-T. (2014). Effects of temperature on incubation and sexual determination in turtle Mauremys sinensis. Fisheries Science, 33(6), 385-388.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":27,"Mean_Temp":27,"Total_Incubated_Experiment":210,"Total_Incubated_Treatment":26,"Total_Hatched":25,"Proportion_Hatched":0.96154,"Source":"Rong, Y.-Y., Ling, L., Fu, L.-R., & Shi, H.-T. (2014). Effects of temperature on incubation and sexual determination in turtle Mauremys sinensis. Fisheries Science, 33(6), 385-388.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Total_Incubated_Experiment":210,"Total_Incubated_Treatment":30,"Source":"Rong, Y.-Y., Ling, L., Fu, L.-R., & Shi, H.-T. (2014). Effects of temperature on incubation and sexual determination in turtle Mauremys sinensis. Fisheries Science, 33(6), 385-388.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":31,"Mean_Temp":31,"Total_Incubated_Experiment":210,"Total_Incubated_Treatment":30,"Source":"Rong, Y.-Y., Ling, L., Fu, L.-R., & Shi, H.-T. (2014). Effects of temperature on incubation and sexual determination in turtle Mauremys sinensis. Fisheries Science, 33(6), 385-388.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":33,"Mean_Temp":33,"Total_Incubated_Experiment":210,"Total_Incubated_Treatment":30,"Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Rong, Y.-Y., Ling, L., Fu, L.-R., & Shi, H.-T. (2014). Effects of temperature on incubation and sexual determination in turtle Mauremys sinensis. Fisheries Science, 33(6), 385-388.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Incubation_Setup":"Backswitch","Backswitch_Temp1":27,"Backswitch_Temp2":33,"Backswitch_Temp3":33,"Total_Incubated_Experiment":210,"Total_Incubated_Treatment":30,"Source":"Rong, Y.-Y., Ling, L., Fu, L.-R., & Shi, H.-T. (2014). Effects of temperature on incubation and sexual determination in turtle Mauremys sinensis. Fisheries Science, 33(6), 385-388.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Mauremys","Species":"Mauremys_sinensis","SDM":"TSD","SDM_Confidence":1,"Location":"China, Taiwan, and Vietnam","Latitude":22.89982,"Longitude":113.64102,"Latitude_Range":17.18578,"Longitude_Range":17.91509,"Accurate":0,"Incubation_Setup":"Backswitch","Backswitch_Temp1":33,"Backswitch_Temp2":27,"Backswitch_Temp3":27,"Total_Incubated_Experiment":210,"Total_Incubated_Treatment":30,"Source":"Rong, Y.-Y., Ling, L., Fu, L.-R., & Shi, H.-T. (2014). Effects of temperature on incubation and sexual determination in turtle Mauremys sinensis. Fisheries Science, 33(6), 385-388.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Melanochelys","Species":"Melanochelys_trijuga","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh, India, Myanmar, Nepal, Sri Lanka, and Thailand","Latitude":18.26726,"Longitude":86.74636,"Latitude_Range":24.67048,"Longitude_Range":28.14157,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":23.8,"Mean_Temp":23.8,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Finished incubation at 25; data also in Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Melanochelys","Species":"Melanochelys_trijuga","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh, India, Myanmar, Nepal, Sri Lanka, and Thailand","Latitude":18.26726,"Longitude":86.74636,"Latitude_Range":24.67048,"Longitude_Range":28.14157,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":7,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23333,"Proportion_Female":0.76667,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Melanochelys","Species":"Melanochelys_trijuga","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh, India, Myanmar, Nepal, Sri Lanka, and Thailand","Latitude":18.26726,"Longitude":86.74636,"Latitude_Range":24.67048,"Longitude_Range":28.14157,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":15,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55556,"Proportion_Female":0.44444,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Melanochelys","Species":"Melanochelys_trijuga","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh, India, Myanmar, Nepal, Sri Lanka, and Thailand","Latitude":18.26726,"Longitude":86.74636,"Latitude_Range":24.67048,"Longitude_Range":28.14157,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":10,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55556,"Proportion_Female":0.44444,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Melanochelys","Species":"Melanochelys_trijuga","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh, India, Myanmar, Nepal, Sri Lanka, and Thailand","Latitude":18.26726,"Longitude":86.74636,"Latitude_Range":24.67048,"Longitude_Range":28.14157,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":32,"Males":1,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03125,"Proportion_Female":0.96875,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Melanochelys","Species":"Melanochelys_trijuga","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh, India, Myanmar, Nepal, Sri Lanka, and Thailand","Latitude":18.26726,"Longitude":86.74636,"Latitude_Range":24.67048,"Longitude_Range":28.14157,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":1,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04,"Proportion_Female":0.96,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Melanochelys","Species":"Melanochelys_trijuga","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh, India, Myanmar, Nepal, Sri Lanka, and Thailand","Latitude":18.26726,"Longitude":86.74636,"Latitude_Range":24.67048,"Longitude_Range":28.14157,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":8,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Melanochelys","Species":"Melanochelys_trijuga","SDM":"TSD","SDM_Confidence":1,"Location":"Bangladesh, India, Myanmar, Nepal, Sri Lanka, and Thailand","Latitude":18.26726,"Longitude":86.74636,"Latitude_Range":24.67048,"Longitude_Range":28.14157,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":9,"Females":5,"Intersex":1,"Undetermined":0,"Proportion_Male":0.63333,"Proportion_Female":0.36667,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Chelidae","Genus":"Mesoclemmys","Species":"Mesoclemmys_gibba","Listed_As":"Phrynops_gibbus","SDM":"GSD","SDM_Confidence":1,"Location":"Bolivia, Brazil, Colombia, Ecuador, French Guiana, Guyana, Peru, Suriname, Trinidad, and Venezuela","Latitude":-1.21216,"Longitude":-62.67624,"Latitude_Range":24.1135,"Longitude_Range":30.99957,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1980,"Last_Year":1980,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":2.5,"Min_Temp":26,"Max_Temp":31,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":16,"Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Mean_Incubation_Length":141.5,"Mean_Incubation_Length_SE":2.12132,"Mean_Incubation_Length_SD":1.5,"Min_Incubation_Length":140,"Max_Incubation_Length":143,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Adults","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Goode, M. (1988). Reproduction and growth of the chelid turtle Phrynops (Mesoclemmys) gibbus at the Columbus Zoo. Herpetological Review, 19(1), 11-13.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Cheloniidae","Genus":"Natator","Species":"Natator_depressus","SDM":"TSD","SDM_Confidence":1,"Location":"Southern Great Barrier Reef, Australia","Latitude":-24.12071,"Longitude":152.17874,"Latitude_Range":1.36028,"Longitude_Range":0.53568,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":31,"Mean_Temp":31,"Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Limpus, C. J., Couper, P. J., & Couper, K. L. D. (1993). Crab Island revisited: Reassessment of the world's largest flatback turtle rookery after twelve years. Memoirs of the Queensland Museum, 33(1), 277-289.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers - coordinates for both Heron Island and Mon Repos"}
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{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"None","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Chemical_Treatment":"Anastrozole & Testosterone proprionate","Chemical_Mass_.g":"400 & 400","Chemical_Volume_.L":8,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"15","Day_First_Application":15,"Stage_Last_Application":16,"Day_Last_Application":17,"Total_Incubated_Treatment":200,"Total_Hatched":193,"Proportion_Hatched":0.965,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":193,"Males":188,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.97409,"Proportion_Female":0.02591,"Source":"Qian, G., Ge, C., Wang, L., Wang, C., Wang, W., & Li, C. (2013). Male trait inducer and induction method for Pelodiscus sinensis in embryonic periods (Chinese Patent No. 102988986A). China National Intellectual Property Administration.","Source_Alternate":"???, ???, ??, ???, ??, & ???. (2013). ??????????????????? (Chinese Patent No. 102988986A). ???????.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"None","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Total_Incubated_Treatment":200,"Total_Hatched":196,"Proportion_Hatched":0.98,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":196,"Males":103,"Females":93,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52551,"Proportion_Female":0.47449,"Source":"Qian, G., Ge, C., Wang, L., Wang, C., Wang, W., & Li, C. (2013). Male trait inducer and induction method for Pelodiscus sinensis in embryonic periods (Chinese Patent No. 102988986A). China National Intellectual Property Administration.","Source_Alternate":"???, ???, ??, ???, ??, & ???. (2013). ??????????????????? (Chinese Patent No. 102988986A). ???????.","WoS":2,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"None","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":8,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"15","Day_First_Application":15,"Stage_Last_Application":16,"Day_Last_Application":17,"Total_Incubated_Treatment":200,"Total_Hatched":196,"Proportion_Hatched":0.98,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":196,"Males":103,"Females":93,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52551,"Proportion_Female":0.47449,"Source":"Qian, G., Ge, C., Wang, L., Wang, C., Wang, W., & Li, C. (2013). Male trait inducer and induction method for Pelodiscus sinensis in embryonic periods (Chinese Patent No. 102988986A). China National Intellectual Property Administration.","Source_Alternate":"???, ???, ??, ???, ??, & ???. (2013). ??????????????????? (Chinese Patent No. 102988986A). ???????.","WoS":2,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"None","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Chemical_Treatment":"Letrozole & Testosterone","Chemical_Mass_.g":"80 & 80","Chemical_Volume_.L":8,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"15","Day_First_Application":15,"Stage_Last_Application":16,"Day_Last_Application":17,"Total_Incubated_Treatment":200,"Total_Hatched":195,"Proportion_Hatched":0.975,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":195,"Males":139,"Females":56,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71282,"Proportion_Female":0.28718,"Source":"Qian, G., Ge, C., Wang, L., Wang, C., Wang, W., & Li, C. (2013). Male trait inducer and induction method for Pelodiscus sinensis in embryonic periods (Chinese Patent No. 102988986A). China National Intellectual Property Administration.","Source_Alternate":"???, ???, ??, ???, ??, & ???. (2013). ??????????????????? (Chinese Patent No. 102988986A). ???????.","WoS":2,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"None","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Chemical_Treatment":"Letrozole & Testosterone","Chemical_Mass_.g":"400 & 400","Chemical_Volume_.L":8,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"15","Day_First_Application":15,"Stage_Last_Application":16,"Day_Last_Application":17,"Total_Incubated_Treatment":200,"Total_Hatched":194,"Proportion_Hatched":0.97,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":194,"Males":190,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.97938,"Proportion_Female":0.02062,"Source":"Qian, G., Ge, C., Wang, L., Wang, C., Wang, W., & Li, C. (2013). Male trait inducer and induction method for Pelodiscus sinensis in embryonic periods (Chinese Patent No. 102988986A). China National Intellectual Property Administration.","Source_Alternate":"???, ???, ??, ???, ??, & ???. (2013). ??????????????????? (Chinese Patent No. 102988986A). ???????.","WoS":2,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"None","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Chemical_Treatment":"Letrozole & Testosterone","Chemical_Mass_.g":"1200 & 1200","Chemical_Volume_.L":8,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"15","Day_First_Application":15,"Stage_Last_Application":16,"Day_Last_Application":17,"Total_Incubated_Treatment":200,"Total_Hatched":193,"Proportion_Hatched":0.965,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":193,"Males":193,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Qian, G., Ge, C., Wang, L., Wang, C., Wang, W., & Li, C. (2013). Male trait inducer and induction method for Pelodiscus sinensis in embryonic periods (Chinese Patent No. 102988986A). China National Intellectual Property Administration.","Source_Alternate":"???, ???, ??, ???, ??, & ???. (2013). ??????????????????? (Chinese Patent No. 102988986A). ???????.","WoS":2,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Shijiazhuang County, China","Latitude":38.1405,"Longitude":114.46586,"Latitude_Range":1.25717,"Longitude_Range":1.91162,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":26,"Mean_Temp":26,"Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":11,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.39286,"Proportion_Female":0.60714,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Shijiazhuang County, China","Latitude":38.1405,"Longitude":114.46586,"Latitude_Range":1.25717,"Longitude_Range":1.91162,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":13,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48148,"Proportion_Female":0.51852,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Shijiazhuang County, China","Latitude":38.1405,"Longitude":114.46586,"Latitude_Range":1.25717,"Longitude_Range":1.91162,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":30,"Mean_Temp":30,"Sexed_Age_Class":"Hatchlings","Total_Sexed":48,"Males":18,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Shijiazhuang County, China","Latitude":38.1405,"Longitude":114.46586,"Latitude_Range":1.25717,"Longitude_Range":1.91162,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":32,"Mean_Temp":32,"Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":16,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jinxian County, China","Latitude":28.45331,"Longitude":116.29639,"Latitude_Range":0.59525,"Longitude_Range":0.53696,"Accurate":1,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":26,"Mean_Temp":26,"Sexed_Age_Class":"Hatchlings","Total_Sexed":54,"Males":27,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jinxian County, China","Latitude":28.45331,"Longitude":116.29639,"Latitude_Range":0.59525,"Longitude_Range":0.53696,"Accurate":1,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Sexed_Age_Class":"Hatchlings","Total_Sexed":60,"Males":26,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.43333,"Proportion_Female":0.56667,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jinxian County, China","Latitude":28.45331,"Longitude":116.29639,"Latitude_Range":0.59525,"Longitude_Range":0.53696,"Accurate":1,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":30,"Mean_Temp":30,"Sexed_Age_Class":"Hatchlings","Total_Sexed":71,"Males":39,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5493,"Proportion_Female":0.4507,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jinxian County, China","Latitude":28.45331,"Longitude":116.29639,"Latitude_Range":0.59525,"Longitude_Range":0.53696,"Accurate":1,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":32,"Mean_Temp":32,"Sexed_Age_Class":"Hatchlings","Total_Sexed":49,"Males":31,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63265,"Proportion_Female":0.36735,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Changsha County, China","Latitude":28.25676,"Longitude":113.07811,"Latitude_Range":0.80803,"Longitude_Range":2.35382,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":26,"Mean_Temp":26,"Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":9,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36,"Proportion_Female":0.64,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Changsha County, China","Latitude":28.25676,"Longitude":113.07811,"Latitude_Range":0.80803,"Longitude_Range":2.35382,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":15,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57692,"Proportion_Female":0.42308,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Changsha County, China","Latitude":28.25676,"Longitude":113.07811,"Latitude_Range":0.80803,"Longitude_Range":2.35382,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":30,"Mean_Temp":30,"Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":17,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.51515,"Proportion_Female":0.48485,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Changsha County, China","Latitude":28.25676,"Longitude":113.07811,"Latitude_Range":0.80803,"Longitude_Range":2.35382,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":32,"Mean_Temp":32,"Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":11,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36667,"Proportion_Female":0.63333,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Guigang County, China","Latitude":23.35028,"Longitude":109.93811,"Latitude_Range":1.37677,"Longitude_Range":1.45569,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":26,"Mean_Temp":26,"Sexed_Age_Class":"Hatchlings","Total_Sexed":73,"Males":39,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53425,"Proportion_Female":0.46575,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Guigang County, China","Latitude":23.35028,"Longitude":109.93811,"Latitude_Range":1.37677,"Longitude_Range":1.45569,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Sexed_Age_Class":"Hatchlings","Total_Sexed":62,"Males":33,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53226,"Proportion_Female":0.46774,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Guigang County, China","Latitude":23.35028,"Longitude":109.93811,"Latitude_Range":1.37677,"Longitude_Range":1.45569,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":30,"Mean_Temp":30,"Sexed_Age_Class":"Hatchlings","Total_Sexed":45,"Males":24,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53333,"Proportion_Female":0.46667,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Guigang County, China","Latitude":23.35028,"Longitude":109.93811,"Latitude_Range":1.37677,"Longitude_Range":1.45569,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":32,"Mean_Temp":32,"Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":17,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.425,"Proportion_Female":0.575,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Heze County, China","Latitude":35.213,"Longitude":115.62842,"Latitude_Range":1.31941,"Longitude_Range":1.59302,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":24,"Mean_Temp":24,"Sexed_Age_Class":"Hatchlings","Total_Sexed":123,"Males":71,"Females":52,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57724,"Proportion_Female":0.42276,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Heze County, China","Latitude":35.213,"Longitude":115.62842,"Latitude_Range":1.31941,"Longitude_Range":1.59302,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Sexed_Age_Class":"Hatchlings","Total_Sexed":104,"Males":53,"Females":51,"Intersex":0,"Undetermined":0,"Proportion_Male":0.50962,"Proportion_Female":0.49038,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Heze County, China","Latitude":35.213,"Longitude":115.62842,"Latitude_Range":1.31941,"Longitude_Range":1.59302,"Accurate":0.5,"Captive":0,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":32,"Mean_Temp":32,"Sexed_Age_Class":"Hatchlings","Total_Sexed":137,"Males":64,"Females":73,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46715,"Proportion_Female":0.53285,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jiashan County, China","Latitude":30.89341,"Longitude":120.88796,"Latitude_Range":0.2463,"Longitude_Range":0.28153,"Accurate":1,"Captive":0,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":24,"Mean_Temp":24,"Sexed_Age_Class":"Hatchlings","Total_Sexed":107,"Males":54,"Females":53,"Intersex":0,"Undetermined":0,"Proportion_Male":0.50467,"Proportion_Female":0.49533,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jiashan County, China","Latitude":30.89341,"Longitude":120.88796,"Latitude_Range":0.2463,"Longitude_Range":0.28153,"Accurate":1,"Captive":0,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":28,"Mean_Temp":28,"Sexed_Age_Class":"Hatchlings","Total_Sexed":101,"Males":57,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0.56436,"Proportion_Female":0.43564,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jiashan County, China","Latitude":30.89341,"Longitude":120.88796,"Latitude_Range":0.2463,"Longitude_Range":0.28153,"Accurate":1,"Captive":0,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-12","Set_Temp":32,"Mean_Temp":32,"Sexed_Age_Class":"Hatchlings","Total_Sexed":88,"Males":41,"Females":47,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46591,"Proportion_Female":0.53409,"Source":"Mu, Y., Zhao, B., Tang, W.-Q., Sun, B.-J., Zeng, Z.-G., Valenzuela, N., & Du, W.-G. (2015). Temperature-dependent sex determination ruled out in the Chinese soft-shelled turtle (Pelodiscus sinensis) via molecular cytogenetics and incubation experiments across populations. Sexual Development, 9(2), 111-117.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Eggs from private hatcheries, but sounds like they were collected from the immediate area"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sand, clay","Water_Content":"6%","Humidity":0.775,"Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Total_Incubated_Treatment":40,"Total_Hatched":39,"Proportion_Hatched":0.975,"Min_Incubation_Length":38,"Max_Incubation_Length":45,"Total_Sexed":39,"Males":21,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53846,"Proportion_Female":0.46154,"Source":"Le, S., Ren, Q., & Ye, S. (2017). A kind of hatching method of the complete female Trionyx sinensis (Wiegmann) for obtaining high hatchability (Chinese Patent No. 106489845A). China National Intellectual Property Administration.","Source_Alternate":"???, ??, & ???. (2017). ??????????????????? (Chinese Patent No. 106489845A). ???????.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sand, clay","Water_Content":"6%","Humidity":0.775,"Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"25","Stage_First_Application":"14","Total_Incubated_Treatment":40,"Total_Hatched":39,"Proportion_Hatched":0.975,"Min_Incubation_Length":38,"Max_Incubation_Length":45,"Total_Sexed":39,"Males":1,"Females":38,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02564,"Proportion_Female":0.97436,"Source":"Le, S., Ren, Q., & Ye, S. (2017). A kind of hatching method of the complete female Trionyx sinensis (Wiegmann) for obtaining high hatchability (Chinese Patent No. 106489845A). China National Intellectual Property Administration.","Source_Alternate":"???, ??, & ???. (2017). ??????????????????? (Chinese Patent No. 106489845A). ???????.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite, sand, clay","Water_Content":"6%","Humidity":0.775,"Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Stage_First_Application":"14","Total_Incubated_Treatment":40,"Total_Hatched":39,"Proportion_Hatched":0.975,"Min_Incubation_Length":38,"Max_Incubation_Length":45,"Total_Sexed":39,"Males":0,"Females":39,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Le, S., Ren, Q., & Ye, S. (2017). A kind of hatching method of the complete female Trionyx sinensis (Wiegmann) for obtaining high hatchability (Chinese Patent No. 106489845A). China National Intellectual Property Administration.","Source_Alternate":"???, ??, & ???. (2017). ??????????????????? (Chinese Patent No. 106489845A). ???????.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Boseong River at Moksadong-myun and Seokgok-myun, Gokseong-gun, Jeollanamdo, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":31.2,"Fluctuation":1,"Min_Temp":29,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Mean_Incubation_Length":53,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":53,"Max_Incubation_Length":53,"Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Oh, Y. N., & Kim, S. H. (2017). Constant temperature artificial incubation of spawned eggs in natural nests from the Chinese freshwater soft-shelled turtle, Tryonyx sinensis Strauch (1862). Development & Reproduction, 21(1), 101-110.","WoS":1,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Boseong River at Moksadong-myun and Seokgok-myun, Gokseong-gun, Jeollanamdo, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":31.2,"Fluctuation":1,"Min_Temp":29,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Mean_Incubation_Length":54,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":54,"Max_Incubation_Length":54,"Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Oh, Y. N., & Kim, S. H. (2017). Constant temperature artificial incubation of spawned eggs in natural nests from the Chinese freshwater soft-shelled turtle, Tryonyx sinensis Strauch (1862). Development & Reproduction, 21(1), 101-110.","WoS":1,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Boseong River at Moksadong-myun and Seokgok-myun, Gokseong-gun, Jeollanamdo, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":31.2,"Fluctuation":1,"Min_Temp":29,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Mean_Incubation_Length":55,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":55,"Max_Incubation_Length":55,"Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Oh, Y. N., & Kim, S. H. (2017). Constant temperature artificial incubation of spawned eggs in natural nests from the Chinese freshwater soft-shelled turtle, Tryonyx sinensis Strauch (1862). Development & Reproduction, 21(1), 101-110.","WoS":1,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Boseong River at Moksadong-myun and Seokgok-myun, Gokseong-gun, Jeollanamdo, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":32.1,"Fluctuation":1,"Min_Temp":29,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":2,"Total_Hatched":2,"Proportion_Hatched":1,"Mean_Incubation_Length":47,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":47,"Max_Incubation_Length":47,"Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Oh, Y. N., & Kim, S. H. (2017). Constant temperature artificial incubation of spawned eggs in natural nests from the Chinese freshwater soft-shelled turtle, Tryonyx sinensis Strauch (1862). Development & Reproduction, 21(1), 101-110.","WoS":1,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Boseong River at Moksadong-myun and Seokgok-myun, Gokseong-gun, Jeollanamdo, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":32.1,"Fluctuation":1,"Min_Temp":29,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Mean_Incubation_Length":48,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":48,"Max_Incubation_Length":48,"Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Oh, Y. N., & Kim, S. H. (2017). Constant temperature artificial incubation of spawned eggs in natural nests from the Chinese freshwater soft-shelled turtle, Tryonyx sinensis Strauch (1862). Development & Reproduction, 21(1), 101-110.","WoS":1,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Boseong River at Moksadong-myun and Seokgok-myun, Gokseong-gun, Jeollanamdo, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":32.1,"Fluctuation":1,"Min_Temp":29,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Mean_Incubation_Length":49,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":49,"Max_Incubation_Length":49,"Total_Sexed":7,"Males":4,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57143,"Proportion_Female":0.42857,"Source":"Oh, Y. N., & Kim, S. H. (2017). Constant temperature artificial incubation of spawned eggs in natural nests from the Chinese freshwater soft-shelled turtle, Tryonyx sinensis Strauch (1862). Development & Reproduction, 21(1), 101-110.","WoS":1,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Boseong River at Moksadong-myun and Seokgok-myun, Gokseong-gun, Jeollanamdo, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":32.1,"Fluctuation":1,"Min_Temp":29,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":50,"Max_Incubation_Length":50,"Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Oh, Y. N., & Kim, S. H. (2017). Constant temperature artificial incubation of spawned eggs in natural nests from the Chinese freshwater soft-shelled turtle, Tryonyx sinensis Strauch (1862). Development & Reproduction, 21(1), 101-110.","WoS":1,"Other":0,"Data_Location":"Tables 3 & 4, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jeollanam-do, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":31.2,"Min_Temp":26.5,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Mean_Incubation_Length":53,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":53,"Max_Incubation_Length":53,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kim, S. H. (2017). Sex ratios of juveniles hatched by constant temperatures artificial incubation from eggs collected in the natural nest of soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 29(3), 702-710.","Source_Alternate":"???. (2017). ??? ??, Trionyx sinensis (1862)? ???????? ??? ??? ??????? ?? ??? ?????? ??. ????????, 29(3), 702-710.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jeollanam-do, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":31.2,"Min_Temp":26.5,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":5,"Total_Hatched":5,"Proportion_Hatched":1,"Mean_Incubation_Length":54,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":54,"Max_Incubation_Length":54,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Kim, S. H. (2017). Sex ratios of juveniles hatched by constant temperatures artificial incubation from eggs collected in the natural nest of soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 29(3), 702-710.","Source_Alternate":"???. (2017). ??? ??, Trionyx sinensis (1862)? ???????? ??? ??? ??????? ?? ??? ?????? ??. ????????, 29(3), 702-710.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jeollanam-do, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":31.2,"Min_Temp":26.5,"Max_Temp":35.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Mean_Incubation_Length":55,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":55,"Max_Incubation_Length":55,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kim, S. H. (2017). Sex ratios of juveniles hatched by constant temperatures artificial incubation from eggs collected in the natural nest of soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 29(3), 702-710.","Source_Alternate":"???. (2017). ??? ??, Trionyx sinensis (1862)? ???????? ??? ??? ??????? ?? ??? ?????? ??. ????????, 29(3), 702-710.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jeollanam-do, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":32.1,"Min_Temp":28,"Max_Temp":36.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Mean_Incubation_Length":48,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":48,"Max_Incubation_Length":48,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kim, S. H. (2017). Sex ratios of juveniles hatched by constant temperatures artificial incubation from eggs collected in the natural nest of soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 29(3), 702-710.","Source_Alternate":"???. (2017). ??? ??, Trionyx sinensis (1862)? ???????? ??? ??? ??????? ?? ??? ?????? ??. ????????, 29(3), 702-710.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jeollanam-do, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":32.1,"Min_Temp":28,"Max_Temp":36.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Mean_Incubation_Length":48,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":48,"Max_Incubation_Length":48,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Kim, S. H. (2017). Sex ratios of juveniles hatched by constant temperatures artificial incubation from eggs collected in the natural nest of soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 29(3), 702-710.","Source_Alternate":"???. (2017). ??? ??, Trionyx sinensis (1862)? ???????? ??? ??? ??????? ?? ??? ?????? ??. ????????, 29(3), 702-710.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Jeollanam-do, South Korea","Latitude":35.11349,"Longitude":127.28229,"Latitude_Range":0.0943,"Longitude_Range":0.10968,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Sand","Mean_Temp":32.1,"Min_Temp":28,"Max_Temp":36.5,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":4,"Total_Hatched":4,"Proportion_Hatched":1,"Mean_Incubation_Length":49,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":49,"Max_Incubation_Length":49,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kim, S. H. (2017). Sex ratios of juveniles hatched by constant temperatures artificial incubation from eggs collected in the natural nest of soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 29(3), 702-710.","Source_Alternate":"???. (2017). ??? ??, Trionyx sinensis (1862)? ???????? ??? ??? ??????? ?? ??? ?????? ??. ????????, 29(3), 702-710.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data unclear"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Southwestern South Korea","Latitude":35.23745,"Longitude":127.10372,"Latitude_Range":0.57653,"Longitude_Range":0.6784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Indoor container","Thermometer_Location":"Incubator","Mean_Temp":30.7,"Fluctuation":1,"Min_Temp":21.5,"Max_Temp":41,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1-6","Total_Incubated_Treatment":12,"Total_Hatched":7,"Proportion_Hatched":0.58333,"Mean_Incubation_Length":54.85714,"Min_Incubation_Length":53,"Max_Incubation_Length":56,"Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Kim, S.-H. (2018). Sex ratios of hatched juveniles and required days for hatching according to artificial incubation at room temperatures of eggs collected by the abdominal caesarean operation of the Korean soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 30(1), 1-9.","Source_Alternate":"???. (2018). ??? ??? ?????? ??? ??? ???? ?????? ??? ?? ???? ??? ?????. ????????, 30(1), 1-9.","WoS":1,"Other":0,"Data_Location":"Table 5, Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Southwestern South Korea","Latitude":35.23745,"Longitude":127.10372,"Latitude_Range":0.57653,"Longitude_Range":0.6784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Indoor container","Thermometer_Location":"Incubator","Mean_Temp":30.8,"Fluctuation":1,"Min_Temp":21.5,"Max_Temp":41,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1-6","Total_Incubated_Treatment":13,"Total_Hatched":5,"Proportion_Hatched":0.38462,"Mean_Incubation_Length":54.8,"Min_Incubation_Length":54,"Max_Incubation_Length":56,"Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Kim, S.-H. (2018). Sex ratios of hatched juveniles and required days for hatching according to artificial incubation at room temperatures of eggs collected by the abdominal caesarean operation of the Korean soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 30(1), 1-9.","Source_Alternate":"???. (2018). ??? ??? ?????? ??? ??? ???? ?????? ??? ?? ???? ??? ?????. ????????, 30(1), 1-9.","WoS":1,"Other":0,"Data_Location":"Table 5, Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Southwestern South Korea","Latitude":35.23745,"Longitude":127.10372,"Latitude_Range":0.57653,"Longitude_Range":0.6784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Indoor container","Thermometer_Location":"Incubator","Mean_Temp":30.8,"Fluctuation":1,"Min_Temp":21.5,"Max_Temp":41,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1-6","Total_Incubated_Treatment":8,"Total_Hatched":2,"Proportion_Hatched":0.25,"Mean_Incubation_Length":54,"Min_Incubation_Length":53,"Max_Incubation_Length":55,"Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Kim, S.-H. (2018). Sex ratios of hatched juveniles and required days for hatching according to artificial incubation at room temperatures of eggs collected by the abdominal caesarean operation of the Korean soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 30(1), 1-9.","Source_Alternate":"???. (2018). ??? ??? ?????? ??? ??? ???? ?????? ??? ?? ???? ??? ?????. ????????, 30(1), 1-9.","WoS":1,"Other":0,"Data_Location":"Table 5, Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Southwestern South Korea","Latitude":35.23745,"Longitude":127.10372,"Latitude_Range":0.57653,"Longitude_Range":0.6784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Indoor container","Thermometer_Location":"Incubator","Mean_Temp":30.4,"Fluctuation":1,"Min_Temp":21.5,"Max_Temp":41,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1-6","Total_Incubated_Treatment":9,"Total_Hatched":2,"Proportion_Hatched":0.22222,"Mean_Incubation_Length":56.5,"Min_Incubation_Length":56,"Max_Incubation_Length":57,"Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Kim, S.-H. (2018). Sex ratios of hatched juveniles and required days for hatching according to artificial incubation at room temperatures of eggs collected by the abdominal caesarean operation of the Korean soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 30(1), 1-9.","Source_Alternate":"???. (2018). ??? ??? ?????? ??? ??? ???? ?????? ??? ?? ???? ??? ?????. ????????, 30(1), 1-9.","WoS":1,"Other":0,"Data_Location":"Table 5, Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Southwestern South Korea","Latitude":35.23745,"Longitude":127.10372,"Latitude_Range":0.57653,"Longitude_Range":0.6784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Indoor container","Thermometer_Location":"Incubator","Mean_Temp":30.4,"Fluctuation":1,"Min_Temp":21.5,"Max_Temp":41,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1-6","Total_Incubated_Treatment":16,"Total_Hatched":5,"Proportion_Hatched":0.3125,"Mean_Incubation_Length":57,"Min_Incubation_Length":56,"Max_Incubation_Length":58,"Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Kim, S.-H. (2018). Sex ratios of hatched juveniles and required days for hatching according to artificial incubation at room temperatures of eggs collected by the abdominal caesarean operation of the Korean soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 30(1), 1-9.","Source_Alternate":"???. (2018). ??? ??? ?????? ??? ??? ???? ?????? ??? ?? ???? ??? ?????. ????????, 30(1), 1-9.","WoS":1,"Other":0,"Data_Location":"Table 5, Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","Listed_As":"Trionyx_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"Southwestern South Korea","Latitude":35.23745,"Longitude":127.10372,"Latitude_Range":0.57653,"Longitude_Range":0.6784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Indoor container","Thermometer_Location":"Incubator","Mean_Temp":30.4,"Fluctuation":1,"Min_Temp":21.5,"Max_Temp":41,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1-6","Total_Incubated_Treatment":9,"Total_Hatched":3,"Proportion_Hatched":0.33333,"Mean_Incubation_Length":57.33333,"Min_Incubation_Length":57,"Max_Incubation_Length":58,"Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Kim, S.-H. (2018). Sex ratios of hatched juveniles and required days for hatching according to artificial incubation at room temperatures of eggs collected by the abdominal caesarean operation of the Korean soft-shelled turtle, Trionyx sinensis Strauch (1862). Journal of Fisheries and Marine Sciences Education, 30(1), 1-9.","Source_Alternate":"???. (2018). ??? ??? ?????? ??? ??? ???? ?????? ??? ?? ???? ??? ?????. ????????, 30(1), 1-9.","WoS":1,"Other":0,"Data_Location":"Table 5, Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Mean_Temp_SD":0.5,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":1,"Applications":"1","Day_First_Application":15,"Total_Incubated_Treatment":200,"Mean_Incubation_Length":42,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":190,"Males":101,"Females":89,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53158,"Proportion_Female":0.46842,"Source":"Liang, H., Meng, Y., Cao, L., Li, X., & Zou, G. (2019). Effect of exogenous hormones on R-spondin 1 (RSPO1) gene expression and embryo development in Pelodiscus sinensis. Reproduction, Fertility and Development, 31(9), 1425-1433.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sample sizes estimated based on number of eggs incubated and sex ratios"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Mean_Temp_SD":0.5,"Chemical_Treatment":"Letrozole","Chemical_Concentration":0.00876,"Chemical_Volume_.L":1,"Applications":"1","Day_First_Application":15,"Total_Incubated_Treatment":200,"Min_Incubation_Length":43,"Max_Incubation_Length":44,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":199,"Males":96,"Females":103,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48241,"Proportion_Female":0.51759,"Source":"Liang, H., Meng, Y., Cao, L., Li, X., & Zou, G. (2019). Effect of exogenous hormones on R-spondin 1 (RSPO1) gene expression and embryo development in Pelodiscus sinensis. Reproduction, Fertility and Development, 31(9), 1425-1433.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sample sizes estimated based on number of eggs incubated and sex ratios"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Mean_Temp_SD":0.5,"Chemical_Treatment":"Letrozole","Chemical_Concentration":0.01753,"Chemical_Volume_.L":1,"Applications":"1","Day_First_Application":15,"Total_Incubated_Treatment":200,"Min_Incubation_Length":43,"Max_Incubation_Length":44,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":180,"Males":91,"Females":89,"Intersex":0,"Undetermined":0,"Proportion_Male":0.50556,"Proportion_Female":0.49444,"Source":"Liang, H., Meng, Y., Cao, L., Li, X., & Zou, G. (2019). Effect of exogenous hormones on R-spondin 1 (RSPO1) gene expression and embryo development in Pelodiscus sinensis. Reproduction, Fertility and Development, 31(9), 1425-1433.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sample sizes estimated based on number of eggs incubated and sex ratios"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Mean_Temp_SD":0.5,"Chemical_Treatment":"Letrozole","Chemical_Concentration":0.03505,"Chemical_Volume_.L":1,"Applications":"1","Day_First_Application":15,"Total_Incubated_Treatment":200,"Min_Incubation_Length":43,"Max_Incubation_Length":44,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":197,"Males":124,"Females":73,"Intersex":0,"Undetermined":0,"Proportion_Male":0.62944,"Proportion_Female":0.37056,"Source":"Liang, H., Meng, Y., Cao, L., Li, X., & Zou, G. (2019). Effect of exogenous hormones on R-spondin 1 (RSPO1) gene expression and embryo development in Pelodiscus sinensis. Reproduction, Fertility and Development, 31(9), 1425-1433.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sample sizes estimated based on number of eggs incubated and sex ratios"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Mean_Temp_SD":0.5,"Chemical_Treatment":"Estradiol","Chemical_Concentration":0.00918,"Chemical_Volume_.L":1,"Applications":"1","Day_First_Application":15,"Total_Incubated_Treatment":200,"Min_Incubation_Length":43,"Max_Incubation_Length":44,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":196,"Males":106,"Females":90,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54082,"Proportion_Female":0.45918,"Source":"Liang, H., Meng, Y., Cao, L., Li, X., & Zou, G. (2019). Effect of exogenous hormones on R-spondin 1 (RSPO1) gene expression and embryo development in Pelodiscus sinensis. Reproduction, Fertility and Development, 31(9), 1425-1433.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sample sizes estimated based on number of eggs incubated and sex ratios"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Mean_Temp_SD":0.5,"Chemical_Treatment":"Estradiol","Chemical_Concentration":0.01836,"Chemical_Volume_.L":1,"Applications":"1","Day_First_Application":15,"Total_Incubated_Treatment":200,"Min_Incubation_Length":43,"Max_Incubation_Length":44,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":189,"Males":91,"Females":98,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48148,"Proportion_Female":0.51852,"Source":"Liang, H., Meng, Y., Cao, L., Li, X., & Zou, G. (2019). Effect of exogenous hormones on R-spondin 1 (RSPO1) gene expression and embryo development in Pelodiscus sinensis. Reproduction, Fertility and Development, 31(9), 1425-1433.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sample sizes estimated based on number of eggs incubated and sex ratios"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Mean_Temp_SD":0.5,"Chemical_Treatment":"Estradiol","Chemical_Concentration":0.03671,"Chemical_Volume_.L":1,"Applications":"1","Day_First_Application":15,"Total_Incubated_Treatment":200,"Min_Incubation_Length":43,"Max_Incubation_Length":44,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":196,"Males":91,"Females":105,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46429,"Proportion_Female":0.53571,"Source":"Liang, H., Meng, Y., Cao, L., Li, X., & Zou, G. (2019). Effect of exogenous hormones on R-spondin 1 (RSPO1) gene expression and embryo development in Pelodiscus sinensis. Reproduction, Fertility and Development, 31(9), 1425-1433.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sample sizes estimated based on number of eggs incubated and sex ratios"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.825,"Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":55,"Males":26,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47273,"Proportion_Female":0.52727,"Source":"Zhou, T., Sha, H., Chen, M., Chen, G., Zou, G., & Liang, H. (2021). MicroRNAs may play an important role in sexual reversal process of Chinese soft-shelled turtle, Pelodiscus sinensis. Genes, 12(11), 1696.","WoS":0,"Other":1,"Data_Location":"Fig. S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.825,"Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":56,"Males":31,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55357,"Proportion_Female":0.44643,"Source":"Zhou, T., Sha, H., Chen, M., Chen, G., Zou, G., & Liang, H. (2021). MicroRNAs may play an important role in sexual reversal process of Chinese soft-shelled turtle, Pelodiscus sinensis. Genes, 12(11), 1696.","WoS":0,"Other":1,"Data_Location":"Fig. S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.825,"Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":31,"Males":16,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.51613,"Proportion_Female":0.48387,"Source":"Zhou, T., Sha, H., Chen, M., Chen, G., Zou, G., & Liang, H. (2021). MicroRNAs may play an important role in sexual reversal process of Chinese soft-shelled turtle, Pelodiscus sinensis. Genes, 12(11), 1696.","WoS":0,"Other":1,"Data_Location":"Fig. S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.825,"Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.03671,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Day_First_Application":15,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":54,"Males":11,"Females":43,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2037,"Proportion_Female":0.7963,"Source":"Zhou, T., Sha, H., Chen, M., Chen, G., Zou, G., & Liang, H. (2021). MicroRNAs may play an important role in sexual reversal process of Chinese soft-shelled turtle, Pelodiscus sinensis. Genes, 12(11), 1696.","WoS":0,"Other":1,"Data_Location":"Fig. S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.825,"Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.03671,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Day_First_Application":15,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":55,"Males":17,"Females":38,"Intersex":0,"Undetermined":0,"Proportion_Male":0.30909,"Proportion_Female":0.69091,"Source":"Zhou, T., Sha, H., Chen, M., Chen, G., Zou, G., & Liang, H. (2021). MicroRNAs may play an important role in sexual reversal process of Chinese soft-shelled turtle, Pelodiscus sinensis. Genes, 12(11), 1696.","WoS":0,"Other":1,"Data_Location":"Fig. S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Anhui Xijia Agricultural Development Co. Ltd., Bengbu, China","Captive_Latitude":33.10909,"Captive_Longitude":117.38595,"Captive_Latitude_Range":0.80521,"Captive_Longitude_Range":1.29913,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.825,"Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.5,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.03671,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Day_First_Application":15,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":110,"Males":31,"Females":79,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28182,"Proportion_Female":0.71818,"Source":"Zhou, T., Sha, H., Chen, M., Chen, G., Zou, G., & Liang, H. (2021). MicroRNAs may play an important role in sexual reversal process of Chinese soft-shelled turtle, Pelodiscus sinensis. Genes, 12(11), 1696.","WoS":0,"Other":1,"Data_Location":"Fig. S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Dafan Turtle Farm, Shaoxing, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Day_First_Application":16,"Total_Incubated_Treatment":400,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":91,"Males":47,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0.51648,"Proportion_Female":0.48352,"Source":"Li, P., Guo, Y., Jin, L., Liang, X., Chen, G., Sun, W., Xiao, L., Qian, G., & Ge, C. (2022). ESR1 mediates estrogen-induced feminization of genetic male Chinese soft-shelled turtle. Biology of Reproduction, 107(3), 779-789.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Notes":"Coordinates for Shaoxing; both ZZ and ZW embryos"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Dafan Turtle Farm, Shaoxing, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"100","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Day_First_Application":16,"Total_Incubated_Treatment":200,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":37,"Males":0,"Females":37,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Li, P., Guo, Y., Jin, L., Liang, X., Chen, G., Sun, W., Xiao, L., Qian, G., & Ge, C. (2022). ESR1 mediates estrogen-induced feminization of genetic male Chinese soft-shelled turtle. Biology of Reproduction, 107(3), 779-789.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Notes":"Coordinates for Shaoxing; only ZZ embryos"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Dafan Turtle Farm, Shaoxing, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Estradiol & MPP","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Day_First_Application":16,"Total_Incubated_Treatment":200,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":26,"Males":13,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Li, P., Guo, Y., Jin, L., Liang, X., Chen, G., Sun, W., Xiao, L., Qian, G., & Ge, C. (2022). ESR1 mediates estrogen-induced feminization of genetic male Chinese soft-shelled turtle. Biology of Reproduction, 107(3), 779-789.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Notes":"Coordinates for Shaoxing; only ZZ embryos"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Dafan Turtle Farm, Shaoxing, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Estradiol & PHTPP","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Day_First_Application":16,"Total_Incubated_Treatment":200,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Li, P., Guo, Y., Jin, L., Liang, X., Chen, G., Sun, W., Xiao, L., Qian, G., & Ge, C. (2022). ESR1 mediates estrogen-induced feminization of genetic male Chinese soft-shelled turtle. Biology of Reproduction, 107(3), 779-789.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Notes":"Coordinates for Shaoxing; only ZZ embryos"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Dafan Turtle Farm, Shaoxing, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Estradiol & G-15","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Day_First_Application":16,"Total_Incubated_Treatment":200,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Li, P., Guo, Y., Jin, L., Liang, X., Chen, G., Sun, W., Xiao, L., Qian, G., & Ge, C. (2022). ESR1 mediates estrogen-induced feminization of genetic male Chinese soft-shelled turtle. Biology of Reproduction, 107(3), 779-789.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Notes":"Coordinates for Shaoxing; only ZZ embryos"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Dafan Turtle Farm, Shaoxing, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Estradiol, MPP, PHTPP, & G-15","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Day_First_Application":16,"Total_Incubated_Treatment":200,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":18,"Males":11,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61111,"Proportion_Female":0.38889,"Source":"Li, P., Guo, Y., Jin, L., Liang, X., Chen, G., Sun, W., Xiao, L., Qian, G., & Ge, C. (2022). ESR1 mediates estrogen-induced feminization of genetic male Chinese soft-shelled turtle. Biology of Reproduction, 107(3), 779-789.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Notes":"Coordinates for Shaoxing; only ZZ embryos"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Dafan Turtle Farm, Shaoxing, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Estradiol & PPT","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"15","Day_First_Application":16,"Total_Incubated_Treatment":200,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos, hatchlings","Total_Sexed":25,"Males":0,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Li, P., Guo, Y., Jin, L., Liang, X., Chen, G., Sun, W., Xiao, L., Qian, G., & Ge, C. (2022). ESR1 mediates estrogen-induced feminization of genetic male Chinese soft-shelled turtle. Biology of Reproduction, 107(3), 779-789.","WoS":0,"Other":1,"Data_Location":"Fig. 5, Text","Notes":"Coordinates for Shaoxing; only ZZ embryos"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Shaoxing Dafan Fisheries Professional Cooperative, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"LV-NC (Control)","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14","Total_Incubated_Experiment":1000,"Total_Incubated_Treatment":500,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":111,"Males":55,"Females":56,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4955,"Proportion_Female":0.5045,"Source":"Yang, B., Sun, W., Jin, L., Li, P., Zhou, Y., Qian, G., Ge, C., & Xiao, L. (2023). SOX8 is essential for male sexual differentiation in the Chinese soft-shelled turtle Pelodiscus sinensis. Biology of Reproduction, 108(6), 988-996.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Trionychidae","Genus":"Pelodiscus","Species":"Pelodiscus_sinensis","SDM":"GSD","SDM_Confidence":1,"Location":"China and Taiwan","Latitude":31.96512,"Longitude":113.04588,"Latitude_Range":19.79234,"Longitude_Range":18.8229,"Accurate":0,"Captive":1,"Captive_Location":"Shaoxing Dafan Fisheries Professional Cooperative, China","Captive_Latitude":29.74792,"Captive_Longitude":120.56484,"Captive_Latitude_Range":1.03864,"Captive_Longitude_Range":1.34229,"Captive_Accurate":0.5,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":0.8,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"LV-SOX8-shRNA","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14","Total_Incubated_Experiment":1000,"Total_Incubated_Treatment":500,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":80,"Males":0,"Females":80,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Yang, B., Sun, W., Jin, L., Li, P., Zhou, Y., Qian, G., Ge, C., & Xiao, L. (2023). SOX8 is essential for male sexual differentiation in the Chinese soft-shelled turtle Pelodiscus sinensis. Biology of Reproduction, 108(6), 988-996.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Fig. 1 indicates sample size of 12; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":12,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.70588,"Proportion_Female":0.29412,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":10,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Held at 30C until stage 8; data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 1","Data_Elsewhere":"1","Notes":"Data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Total_Sexed":18,"Males":11,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61111,"Proportion_Female":0.38889,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 1","Data_Elsewhere":"1","Notes":"Data also in Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC."}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":34,"Mean_Temp":34,"Fluctuation":0.3,"Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 1","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":12,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":8,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.72727,"Proportion_Female":0.27273,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":12,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63158,"Proportion_Female":0.36842,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Fig. 3.1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelomedusa","Species":"Pelomedusa_subrufa","SDM":"TSD","SDM_Confidence":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":34,"Mean_Temp":34,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":0,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Fig. 3.1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15."}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Peltocephalus","Species":"Peltocephalus_dumerilianus","SDM":"TSD","SDM_Confidence":1,"Location":"Igarapés Mungubau, Biological Reserve of Rio Trombetas, Oriximiná, Pará, Brazil","Latitude":-1.24305,"Longitude":-56.56935,"Latitude_Range":0.00058,"Longitude_Range":0.14781,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"First_Month":8,"Last_Month":9,"Incubation_Setup":"Outdoor container","Thermometer_Location":"Container center","TSP_Min_Temp":23.1,"TSP_Max_Temp":33.7,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":16,"Total_Hatched":14,"Proportion_Hatched":0.875,"Min_Incubation_Length":124,"Max_Incubation_Length":155,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":14,"Males":8,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57143,"Proportion_Female":0.42857,"Source":"Vogt, R. C., Cantarelli, V. H., & de Carvalho, A. G. (1994). Reproduction of the cabeçudo, Peltocephalus dumerilianus, in the biological reserve of Rio Trombetas, Pará, Brazil. Chelonian Conservation and Biology, 1(2), 145-148.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Peltocephalus","Species":"Peltocephalus_dumerilianus","SDM":"TSD","SDM_Confidence":1,"Location":"Río Itú, Barcelos, Amazonas, Brasil","Latitude":-0.40681,"Longitude":-63.44736,"Latitude_Range":0.00806,"Longitude_Range":0.02528,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"First_Month":10,"Last_Month":11,"Incubation_Setup":"Constant","Thermometer_Location":"Incubator","Mean_Temp":30.16,"Min_Temp":28.6,"Max_Temp":31.5,"TSP_Mean_Temp":29.73,"TSP_Min_Temp":28.93,"TSP_Max_Temp":30.83,"Number_Clutches_Experiment":8,"Number_Clutches_Treatment":8,"Clutch_ID":"1-8","Total_Incubated_Treatment":79,"Total_Hatched":56,"Proportion_Hatched":0.70886,"Mean_Incubation_Length":97,"Min_Incubation_Length":96,"Max_Incubation_Length":98,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":56,"Males":45,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.80357,"Proportion_Female":0.19643,"Source":"de la Ossa, J., V,  Vogt, R. C., & de la Ossa-Lacayo, A. (2014). Temperature-dependent sex determination and their relationship with the suitability in neonates of Peltocephalus dumerilianus (Testudines, Podocnemididae). Revista de la Asociación Colombiana de Ciencias Biológicas, 1(26), 145-151.","Source_Alternate":"de la Ossa, J., V, Vogt, R. C., & de la Ossa-Lacayo, A. (2014). Sexo termo dependencia y su relación con la idoneidad en neonatos de Peltocephalus Dumerilianus (Testudines, Podocnemididae). Revista de la Asociación Colombiana de Ciencias Biológicas, 1(26), 145-151.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelusios","Species":"Pelusios_broadleyi","SDM":"TSD","SDM_Confidence":1,"Location":"Ethiopia and Kenya","Latitude":3.70495,"Longitude":36.2786,"Latitude_Range":2.7351,"Longitude_Range":1.25244,"Accurate":0.5,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2008,"Incubation_Setup":"Constant","Mean_Temp":26.5,"Fluctuation":0.5,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"Prokop, H. (2010). Breeding of the endemic Turkana Mud Turtle, Pelusios broadleyi Bour, 1986. Radiata, 2, 2-27","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Prokop","Data_Elsewhere":"0","Notes":"Adults originally from Lake Turkana and an oasis near Loiyangalani, Kenya"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelusios","Species":"Pelusios_broadleyi","SDM":"TSD","SDM_Confidence":1,"Location":"Ethiopia and Kenya","Latitude":3.70495,"Longitude":36.2786,"Latitude_Range":2.7351,"Longitude_Range":1.25244,"Accurate":0.5,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2008,"Incubation_Setup":"Constant","Mean_Temp":28,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Prokop, H. (2010). Breeding of the endemic Turkana Mud Turtle, Pelusios broadleyi Bour, 1986. Radiata, 2, 2-27","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Prokop","Data_Elsewhere":"0","Notes":"Adults originally from Lake Turkana and an oasis near Loiyangalani, Kenya"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelusios","Species":"Pelusios_broadleyi","SDM":"TSD","SDM_Confidence":1,"Location":"Ethiopia and Kenya","Latitude":3.70495,"Longitude":36.2786,"Latitude_Range":2.7351,"Longitude_Range":1.25244,"Accurate":0.5,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2008,"Incubation_Setup":"Constant","Mean_Temp":29.5,"Fluctuation":0.5,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Prokop, H. (2010). Breeding of the endemic Turkana Mud Turtle, Pelusios broadleyi Bour, 1986. Radiata, 2, 2-27","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Prokop","Data_Elsewhere":"0","Notes":"Adults originally from Lake Turkana and an oasis near Loiyangalani, Kenya"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelusios","Species":"Pelusios_broadleyi","SDM":"TSD","SDM_Confidence":1,"Location":"Ethiopia and Kenya","Latitude":3.70495,"Longitude":36.2786,"Latitude_Range":2.7351,"Longitude_Range":1.25244,"Accurate":0.5,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2008,"Incubation_Setup":"Constant","Mean_Temp":32,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.05,"Proportion_Female":0.95,"Source":"Prokop, H. (2010). Breeding of the endemic Turkana Mud Turtle, Pelusios broadleyi Bour, 1986. Radiata, 2, 2-27","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Prokop","Data_Elsewhere":"0","Notes":"Adults originally from Lake Turkana and an oasis near Loiyangalani, Kenya"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelusios","Species":"Pelusios_castaneus","SDM":"TSD","SDM_Confidence":1,"Location":"West Africa","Latitude":1.39774,"Longitude":2.26626,"Latitude_Range":25.42046,"Longitude_Range":38.05863,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelusios","Species":"Pelusios_castaneus","SDM":"TSD","SDM_Confidence":1,"Location":"West Africa","Latitude":1.39774,"Longitude":2.26626,"Latitude_Range":25.42046,"Longitude_Range":38.05863,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelusios","Species":"Pelusios_castaneus","SDM":"TSD","SDM_Confidence":1,"Location":"West Africa","Latitude":1.39774,"Longitude":2.26626,"Latitude_Range":25.42046,"Longitude_Range":38.05863,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":14,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82353,"Proportion_Female":0.17647,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Pelomedusidae","Genus":"Pelusios","Species":"Pelusios_castaneus","SDM":"TSD","SDM_Confidence":1,"Location":"West Africa","Latitude":1.39774,"Longitude":2.26626,"Latitude_Range":25.42046,"Longitude_Range":38.05863,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Phrynops","Species":"Phrynops_geoffroanus","SDM":"GSD","SDM_Confidence":1,"Location":"Argentina, Bolivia, Brazil, Colombia, Ecuador, Paraguay, Peru, and Venezuela","Latitude":-11.55137,"Longitude":-56.27555,"Latitude_Range":35.47949,"Longitude_Range":42.97835,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":11,"Females":10,"Intersex":1,"Undetermined":0,"Proportion_Male":0.52273,"Proportion_Female":0.47727,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Phrynops","Species":"Phrynops_geoffroanus","SDM":"GSD","SDM_Confidence":1,"Location":"Argentina, Bolivia, Brazil, Colombia, Ecuador, Paraguay, Peru, and Venezuela","Latitude":-11.55137,"Longitude":-56.27555,"Latitude_Range":35.47949,"Longitude_Range":42.97835,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":10,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Phrynops","Species":"Phrynops_geoffroanus","SDM":"GSD","SDM_Confidence":1,"Location":"Argentina, Bolivia, Brazil, Colombia, Ecuador, Paraguay, Peru, and Venezuela","Latitude":-11.55137,"Longitude":-56.27555,"Latitude_Range":35.47949,"Longitude_Range":42.97835,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":9,"Females":8,"Intersex":1,"Undetermined":0,"Proportion_Male":0.52778,"Proportion_Female":0.47222,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Phrynops","Species":"Phrynops_geoffroanus","SDM":"GSD","SDM_Confidence":1,"Location":"Argentina, Bolivia, Brazil, Colombia, Ecuador, Paraguay, Peru, and Venezuela","Latitude":-11.55137,"Longitude":-56.27555,"Latitude_Range":35.47949,"Longitude_Range":42.97835,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":11,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6875,"Proportion_Female":0.3125,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Phrynops","Species":"Phrynops_hilarii","SDM":"GSD","SDM_Confidence":1,"Location":"Argentina, Brazil, Paraguay, and Uruguay","Latitude":-30.99466,"Longitude":-57.25121,"Latitude_Range":10.73675,"Longitude_Range":15.30786,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":10,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Phrynops","Species":"Phrynops_hilarii","SDM":"GSD","SDM_Confidence":1,"Location":"Argentina, Brazil, Paraguay, and Uruguay","Latitude":-30.99466,"Longitude":-57.25121,"Latitude_Range":10.73675,"Longitude_Range":15.30786,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":8,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.32,"Proportion_Female":0.68,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Phrynops","Species":"Phrynops_hilarii","SDM":"GSD","SDM_Confidence":1,"Location":"Argentina, Brazil, Paraguay, and Uruguay","Latitude":-30.99466,"Longitude":-57.25121,"Latitude_Range":10.73675,"Longitude_Range":15.30786,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":9,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5625,"Proportion_Female":0.4375,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Chelidae","Genus":"Phrynops","Species":"Phrynops_hilarii","SDM":"GSD","SDM_Confidence":1,"Location":"Argentina, Brazil, Paraguay, and Uruguay","Latitude":-30.99466,"Longitude":-57.25121,"Latitude_Range":10.73675,"Longitude_Range":15.30786,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":3,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_erythrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Río Itú, Barcelos, Amazonas, Brasil","Latitude":-0.40681,"Longitude":-63.44736,"Latitude_Range":0.00806,"Longitude_Range":0.02528,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Indoor container","Thermometer_Location":"Container","Mean_Temp":27.49,"Min_Temp":25.62,"Max_Temp":32.49,"TSP_Variance":0.827,"Max_Incubation_Length":75,"Sexing_Method":"Macroscopy","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Vogt, R. C. (2001). Turtles of the Rio Negro. In N. L. Chao, P. Petry, G. Prang, L. Sonneschien, & M. Tlusty (Eds.), Conservation and management of ornamental fish resources of the Rio Negro Basin, Amazonia, Brazil - Project Piaba (pp. 245-262). Editoria de Universidade do Amazonas, Manaus, Brasil.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from de la Ossa et al. (2014) Revista de la Asociación Colombiana de Ciencias Biológicas"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_erythrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Río Itú, Barcelos, Amazonas, Brasil","Latitude":-0.40681,"Longitude":-63.44736,"Latitude_Range":0.00806,"Longitude_Range":0.02528,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1997,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Indoor container","Thermometer_Location":"Container","Mean_Temp":29.8,"Min_Temp":25.62,"Max_Temp":32.02,"TSP_Variance":0.61,"Min_Incubation_Length":58,"Max_Incubation_Length":64,"Sexing_Method":"Macroscopy","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":11,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36667,"Proportion_Female":0.63333,"Source":"Vogt, R. C. (2001). Turtles of the Rio Negro. In N. L. Chao, P. Petry, G. Prang, L. Sonneschien, & M. Tlusty (Eds.), Conservation and management of ornamental fish resources of the Rio Negro Basin, Amazonia, Brazil - Project Piaba (pp. 245-262). Editoria de Universidade do Amazonas, Manaus, Brasil.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from de la Ossa et al. (2014) Revista de la Asociación Colombiana de Ciencias Biológicas"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_erythrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Río Itú, Barcelos, Amazonas, Brasil","Latitude":-0.40681,"Longitude":-63.44736,"Latitude_Range":0.00806,"Longitude_Range":0.02528,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Indoor container","Thermometer_Location":"Container","Min_Temp":28,"Max_Temp":30,"Min_Incubation_Length":58,"Max_Incubation_Length":64,"Sexing_Method":"Macroscopy","Sexed_Age_Class":"Hatchlings","Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Vogt, R. C. (2001). Turtles of the Rio Negro. In N. L. Chao, P. Petry, G. Prang, L. Sonneschien, & M. Tlusty (Eds.), Conservation and management of ornamental fish resources of the Rio Negro Basin, Amazonia, Brazil - Project Piaba (pp. 245-262). Editoria de Universidade do Amazonas, Manaus, Brasil.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates from de la Ossa et al. (2014) Revista de la Asociación Colombiana de Ciencias Biológicas"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_erythrocephala","SDM":"TSD","SDM_Confidence":1,"Location":"Brazil, Colombia, and Venezuela","Latitude":-0.69167,"Longitude":-61.38029,"Latitude_Range":9.5491,"Longitude_Range":14.57982,"Accurate":0,"Captive":1,"Captive_Location":"Washington, USA","Captive_Latitude":47.85901,"Captive_Longitude":-122.20025,"Captive_Latitude_Range":0.04411,"Captive_Longitude_Range":0.05648,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1998,"Incubation_Setup":"Constant","Substrate":"Vermiculite","TSP_Mean_Temp":30.7,"Total_Hatched":3,"Mean_Incubation_Length":65,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Adults","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Drajeske, D. (2011). Incubation at TSD threshold temperature: Impact on sexual behavior in Podocnemis erythrocephala. Turtle and Tortoise Newsletter, 15, 31–32.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Reserva Biológica do Rio Trombetas, Pará, Brazil","Latitude":-1.37014,"Longitude":-56.8508,"Latitude_Range":0.01918,"Longitude_Range":0.0115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":34.557,"Mean_Temp_SD":1.01,"Min_Temp":32,"Max_Temp":38.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Mean_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":1,"Females":35,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02778,"Proportion_Female":0.97222,"Source":"Alho, C. J. R., Danni, T. M. S., & Pádua, L. F. M. (1984). Influência da temperatura de incubação na determinação do sexo da tartaruga da Amazônia Podocnemis expansa (Testudinata: Pelomedusidae). Revista Brasileira de Biologia, 44(3), 305-311.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Location from Alho, Carvalho, & Padua (1979) Brasil Florestal, Brasília"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Reserva Biológica do Rio Trombetas, Pará, Brazil","Latitude":-1.37014,"Longitude":-56.8508,"Latitude_Range":0.01918,"Longitude_Range":0.0115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":34.327,"Mean_Temp_SD":0.924,"Min_Temp":31.8,"Max_Temp":36.2,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Mean_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":1,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03846,"Proportion_Female":0.96154,"Source":"Alho, C. J. R., Danni, T. M. S., & Pádua, L. F. M. (1984). Influência da temperatura de incubação na determinação do sexo da tartaruga da Amazônia Podocnemis expansa (Testudinata: Pelomedusidae). Revista Brasileira de Biologia, 44(3), 305-311.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Location from Alho, Carvalho, & Padua (1979) Brasil Florestal, Brasília"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Reserva Biológica do Rio Trombetas, Pará, Brazil","Latitude":-1.37014,"Longitude":-56.8508,"Latitude_Range":0.01918,"Longitude_Range":0.0115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":33.89,"Mean_Temp_SD":0.765,"Min_Temp":31.8,"Max_Temp":36,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Mean_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":22,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64706,"Proportion_Female":0.35294,"Source":"Alho, C. J. R., Danni, T. M. S., & Pádua, L. F. M. (1984). Influência da temperatura de incubação na determinação do sexo da tartaruga da Amazônia Podocnemis expansa (Testudinata: Pelomedusidae). Revista Brasileira de Biologia, 44(3), 305-311.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Location from Alho, Carvalho, & Padua (1979) Brasil Florestal, Brasília"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Reserva Biológica do Rio Trombetas, Pará, Brazil","Latitude":-1.37014,"Longitude":-56.8508,"Latitude_Range":0.01918,"Longitude_Range":0.0115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":33.975,"Mean_Temp_SD":0.805,"Min_Temp":31.8,"Max_Temp":36,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Mean_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":22,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64706,"Proportion_Female":0.35294,"Source":"Alho, C. J. R., Danni, T. M. S., & Pádua, L. F. M. (1984). Influência da temperatura de incubação na determinação do sexo da tartaruga da Amazônia Podocnemis expansa (Testudinata: Pelomedusidae). Revista Brasileira de Biologia, 44(3), 305-311.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Location from Alho, Carvalho, & Padua (1979) Brasil Florestal, Brasília"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Reserva Biológica do Rio Trombetas, Pará, Brazil","Latitude":-1.37014,"Longitude":-56.8508,"Latitude_Range":0.01918,"Longitude_Range":0.0115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":33.377,"Mean_Temp_SD":0.812,"Min_Temp":31,"Max_Temp":35.5,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Mean_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":35,"Males":26,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.74286,"Proportion_Female":0.25714,"Source":"Alho, C. J. R., Danni, T. M. S., & Pádua, L. F. M. (1984). Influência da temperatura de incubação na determinação do sexo da tartaruga da Amazônia Podocnemis expansa (Testudinata: Pelomedusidae). Revista Brasileira de Biologia, 44(3), 305-311.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Location from Alho, Carvalho, & Padua (1979) Brasil Florestal, Brasília"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Reserva Biológica do Rio Trombetas, Pará, Brazil","Latitude":-1.37014,"Longitude":-56.8508,"Latitude_Range":0.01918,"Longitude_Range":0.0115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest bottom","Mean_Temp":34.509,"Mean_Temp_SD":1.168,"Min_Temp":30,"Max_Temp":36.8,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Mean_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":1,"Females":35,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02778,"Proportion_Female":0.97222,"Source":"Alho, C. J. R., Danni, T. M. S., & Pádua, L. F. M. (1984). Influência da temperatura de incubação na determinação do sexo da tartaruga da Amazônia Podocnemis expansa (Testudinata: Pelomedusidae). Revista Brasileira de Biologia, 44(3), 305-311.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Location from Alho, Carvalho, & Padua (1979) Brasil Florestal, Brasília"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Amazon region of Colombia","Latitude":-1.00852,"Longitude":-71.64148,"Latitude_Range":0.30698,"Longitude_Range":0.32812,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Sexing_Method":"Hormone assay, macroscopy, histology","Sexed_Condition":"Live, sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":144,"Males":0,"Females":144,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lance, V. A., Valenzuela, N., & von Hildebrand, P. (1992). A hormonal method to determine the sex of hatchling giant river turtles, Podocnemis expansa: Application to endangered species research. American Zoologist, 32(5), 16A.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sample size, coordinates, and sexing methods from Valenzuela et al. (1997) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Guadual Beach, Middle Caquetá River, Colombia","Latitude":-1.00947,"Longitude":-71.55785,"Latitude_Range":0.06832,"Longitude_Range":0.03026,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Mean_Incubation_Length":73,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":2,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.09091,"Proportion_Female":0.90909,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Guadual Beach, Middle Caquetá River, Colombia","Latitude":-1.00947,"Longitude":-71.55785,"Latitude_Range":0.06832,"Longitude_Range":0.03026,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Mean_Incubation_Length":77,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":6,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26087,"Proportion_Female":0.73913,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Guadual Beach, Middle Caquetá River, Colombia","Latitude":-1.00947,"Longitude":-71.55785,"Latitude_Range":0.06832,"Longitude_Range":0.03026,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Mean_Incubation_Length":75,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":6,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26087,"Proportion_Female":0.73913,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Guadual Beach, Middle Caquetá River, Colombia","Latitude":-1.00947,"Longitude":-71.55785,"Latitude_Range":0.06832,"Longitude_Range":0.03026,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Mean_Incubation_Length":74,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":4,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Guadual Beach, Middle Caquetá River, Colombia","Latitude":-1.00947,"Longitude":-71.55785,"Latitude_Range":0.06832,"Longitude_Range":0.03026,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Mean_Incubation_Length":54,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":42,"Males":5,"Females":37,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11905,"Proportion_Female":0.88095,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Guadual Beach, Middle Caquetá River, Colombia","Latitude":-1.00947,"Longitude":-71.55785,"Latitude_Range":0.06832,"Longitude_Range":0.03026,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Mean_Incubation_Length":62,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":1,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04348,"Proportion_Female":0.95652,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Yarumal Beach, Middle Caquetá River, Colombia","Latitude":-1.08807,"Longitude":-71.57974,"Latitude_Range":0.08549,"Longitude_Range":0.01295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Mean_Incubation_Length":75,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":43,"Males":0,"Females":43,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Yarumal Beach, Middle Caquetá River, Colombia","Latitude":-1.08807,"Longitude":-71.57974,"Latitude_Range":0.08549,"Longitude_Range":0.01295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Mean_Incubation_Length":75,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Yarumal Beach, Middle Caquetá River, Colombia","Latitude":-1.08807,"Longitude":-71.57974,"Latitude_Range":0.08549,"Longitude_Range":0.01295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Mean_Incubation_Length":62,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":1,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03704,"Proportion_Female":0.96296,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Yarumal Beach, Middle Caquetá River, Colombia","Latitude":-1.08807,"Longitude":-71.57974,"Latitude_Range":0.08549,"Longitude_Range":0.01295,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Mean_Incubation_Length":69,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":1,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05263,"Proportion_Female":0.94737,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Centro Beach, Middle Caquetá River, Colombia","Latitude":-1.15841,"Longitude":-71.49715,"Latitude_Range":0.00719,"Longitude_Range":0.03945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Mean_Incubation_Length":82,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":2,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0.06667,"Proportion_Female":0.93333,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Centro Beach, Middle Caquetá River, Colombia","Latitude":-1.15841,"Longitude":-71.49715,"Latitude_Range":0.00719,"Longitude_Range":0.03945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Mean_Incubation_Length":82,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Centro Beach, Middle Caquetá River, Colombia","Latitude":-1.15841,"Longitude":-71.49715,"Latitude_Range":0.00719,"Longitude_Range":0.03945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Mean_Incubation_Length":83,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Centro Beach, Middle Caquetá River, Colombia","Latitude":-1.15841,"Longitude":-71.49715,"Latitude_Range":0.00719,"Longitude_Range":0.03945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Mean_Incubation_Length":66,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":0,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Centro Beach, Middle Caquetá River, Colombia","Latitude":-1.15841,"Longitude":-71.49715,"Latitude_Range":0.00719,"Longitude_Range":0.03945,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Mean_Incubation_Length":62,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":4,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11765,"Proportion_Female":0.88235,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Locations identified from Valenzuela (2001) Herpetologica"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Caquetá River, Colombia","Latitude":-1.00852,"Longitude":-71.64148,"Latitude_Range":0.30698,"Longitude_Range":0.32812,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.5,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates based on known Podocnemis expansa field sites"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Caquetá River, Colombia","Latitude":-1.00852,"Longitude":-71.64148,"Latitude_Range":0.30698,"Longitude_Range":0.32812,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.5,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates based on known Podocnemis expansa field sites"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Caquetá River, Colombia","Latitude":-1.00852,"Longitude":-71.64148,"Latitude_Range":0.30698,"Longitude_Range":0.32812,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":13,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Text, Personal Communication with Valenzuela","Data_Elsewhere":"0","Notes":"Coordinates based on known Podocnemis expansa field sites; personal communication with Valenzuela indicates sample size uncertainty"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Caquetá River, Colombia","Latitude":-1.00852,"Longitude":-71.64148,"Latitude_Range":0.30698,"Longitude_Range":0.32812,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"Incubation_Setup":"Constant","Set_Temp":32.5,"Mean_Temp":32.5,"Fluctuation":0.5,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":16,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7619,"Proportion_Female":0.2381,"Source":"Valenzuela, N., Botero, R., & Martínez, E. (1997). Field study of sex determination in Podocnemis expansa from Colombian Amazonia. Herpetologica, 53(5), 390-398.","WoS":3,"Other":0,"Data_Location":"Text, Personal Communication with Valenzuela","Data_Elsewhere":"0","Notes":"21 sexed, but no number of hatchlings gives provided sex ratio - assumed sex ratios closest to Lance et al. (1992); coordinates based on known Podocnemis expansa field sites; personal communication with Valenzuela indicates sample size uncertainty"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Tamanco and Playa Roja, Tamanco Region, Middle Caquetá River, Colombian Amazonia","Latitude":-0.83878,"Longitude":-71.86674,"Latitude_Range":0.15987,"Longitude_Range":0.11784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"First_Month":10,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1:1 vermiculite:sand:water","Set_Temp":30.5,"Mean_Temp":30.5,"Fluctuation":0.5,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":24,"Total_Hatched":22,"Proportion_Hatched":0.91667,"Mean_Incubation_Length":58.2,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":18,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Valenzuela, N. (2001). Constant, shift, and natural temperature effects on sex determination in Podocnemis expansa turtles. Ecology, 82(11), 3010-3024.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Tamanco and Playa Roja, Tamanco Region, Middle Caquetá River, Colombian Amazonia","Latitude":-0.83878,"Longitude":-71.86674,"Latitude_Range":0.15987,"Longitude_Range":0.11784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"First_Month":10,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1:1 vermiculite:sand:water","Set_Temp":32.5,"Mean_Temp":32.5,"Fluctuation":0.5,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":47,"Total_Hatched":12,"Proportion_Hatched":0.25532,"Mean_Incubation_Length":49.4,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Valenzuela, N. (2001). Constant, shift, and natural temperature effects on sex determination in Podocnemis expansa turtles. Ecology, 82(11), 3010-3024.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Tamanco and Playa Roja, Tamanco Region, Middle Caquetá River, Colombian Amazonia","Latitude":-0.83878,"Longitude":-71.86674,"Latitude_Range":0.15987,"Longitude_Range":0.11784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"First_Month":10,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:1:1 vermiculite:sand:water","Set_Temp":33.5,"Mean_Temp":33.5,"Fluctuation":0.5,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Total_Incubated_Treatment":68,"Total_Hatched":12,"Proportion_Hatched":0.17647,"Mean_Incubation_Length":48.5,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":2,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18182,"Proportion_Female":0.81818,"Source":"Valenzuela, N. (2001). Constant, shift, and natural temperature effects on sex determination in Podocnemis expansa turtles. Ecology, 82(11), 3010-3024.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Tamanco and Playa Roja, Tamanco Region, Middle Caquetá River, Colombian Amazonia","Latitude":-0.83878,"Longitude":-71.86674,"Latitude_Range":0.15987,"Longitude_Range":0.11784,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1997,"Last_Year":1998,"First_Month":10,"Last_Month":2,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Total_Incubated_Treatment":63,"Total_Hatched":57,"Proportion_Hatched":0.90476,"Mean_Incubation_Length":61,"Sexing_Method":"Hormone assay","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":26,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.86667,"Proportion_Female":0.13333,"Source":"Valenzuela, N. (2001). Constant, shift, and natural temperature effects on sex determination in Podocnemis expansa turtles. Ecology, 82(11), 3010-3024.","WoS":2,"Other":0,"Data_Location":"Tables 1, 3, & 5, Text","Data_Elsewhere":"0","Notes":"Sun"}
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{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Jaburu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.96417,"Longitude":-50.11106,"Latitude_Range":0.00277,"Longitude_Range":0.00959,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":32.8,"Min_Temp":30.8,"Max_Temp":35.4,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Mean_Incubation_Length":58,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":75,"Males":69,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92,"Proportion_Female":0.08,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Tables 3, 4, & 6, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Canguçu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":33.8,"Min_Temp":30.4,"Max_Temp":38.1,"TSP_Mean_Temp":33.7,"TSP_Min_Temp":30.5,"TSP_Max_Temp":36.1,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Mean_Incubation_Length":55,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":57,"Males":25,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4386,"Proportion_Female":0.5614,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Tables 3, 4, & 6, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Canguçu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":33.4,"Min_Temp":30.9,"Max_Temp":35.3,"TSP_Mean_Temp":33.6,"TSP_Min_Temp":31.3,"TSP_Max_Temp":35.1,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Mean_Incubation_Length":55,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":69,"Males":16,"Females":53,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23188,"Proportion_Female":0.76812,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Tables 3, 4, & 6, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Marreca, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.90849,"Longitude":-50.11549,"Latitude_Range":0.00816,"Longitude_Range":0.00425,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":31.3,"Min_Temp":29.4,"Max_Temp":33.2,"TSP_Mean_Temp":33.8,"TSP_Min_Temp":31.8,"TSP_Max_Temp":35.3,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Mean_Incubation_Length":58,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":58,"Males":12,"Females":46,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2069,"Proportion_Female":0.7931,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Tables 3, 4, & 6, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Canguçu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":33.1,"Min_Temp":32.7,"Max_Temp":34.1,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Mean_Incubation_Length":54,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":58,"Males":4,"Females":54,"Intersex":0,"Undetermined":0,"Proportion_Male":0.06897,"Proportion_Female":0.93103,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Tables 3, 4, & 6, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Canguçu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":34.1,"Min_Temp":30.4,"Max_Temp":37.4,"TSP_Mean_Temp":34.8,"TSP_Min_Temp":31.7,"TSP_Max_Temp":37.8,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Mean_Incubation_Length":54,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":68,"Males":33,"Females":35,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48529,"Proportion_Female":0.51471,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Tables 3, 4, & 6, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":28.4,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.291,"Proportion_Female":0.709,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Fig. 18, Text","Data_Elsewhere":"1","Notes":"Data also in Bonach et al. (2011) Iheringia. Série Zoologia"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":29.8,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.654,"Proportion_Female":0.346,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Fig. 18, Text","Data_Elsewhere":"1","Notes":"Data also in Bonach et al. (2011) Iheringia. Série Zoologia"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.1,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.82,"Proportion_Female":0.18,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Fig. 18, Text","Data_Elsewhere":"1","Notes":"Data also in Bonach et al. (2011) Iheringia. Série Zoologia"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.7,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.597,"Proportion_Female":0.403,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Fig. 18, Text","Data_Elsewhere":"1","Notes":"Data also in Bonach et al. (2011) Iheringia. Série Zoologia"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":31.2,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.288,"Proportion_Female":0.712,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Fig. 18, Text","Data_Elsewhere":"1","Notes":"Data also in Bonach et al. (2011) Iheringia. Série Zoologia"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"06MT and 04GO, Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.37915,"Longitude":-50.6609,"Latitude_Range":0.02631,"Longitude_Range":0.01864,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Indoor container","Substrate":"Sand","Humidity":0.9382,"Thermometer_Location":"Incubator","Mean_Temp":31.678,"Mean_Temp_SE":0.205,"Mean_Temp_SD":1.465,"Min_Temp":25.38,"Max_Temp":35.2,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Mean_Incubation_Length":48,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.134,"Proportion_Female":0.866,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Figs. 20 & 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"06MT and 04GO, Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.37915,"Longitude":-50.6609,"Latitude_Range":0.02631,"Longitude_Range":0.01864,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Indoor container","Substrate":"Sand","Humidity":0.8974,"Thermometer_Location":"Incubator","Mean_Temp":31.441,"Mean_Temp_SE":0.213,"Mean_Temp_SD":1.566,"Min_Temp":29.4,"Max_Temp":36.8,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Mean_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.503,"Proportion_Female":0.497,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Figs. 20 & 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"06MT and 04GO, Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.37915,"Longitude":-50.6609,"Latitude_Range":0.02631,"Longitude_Range":0.01864,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Indoor container","Substrate":"Sand","Humidity":0.907,"Thermometer_Location":"Incubator","Mean_Temp":31.027,"Mean_Temp_SE":0.222,"Mean_Temp_SD":1.643,"Min_Temp":28.5,"Max_Temp":34.5,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Mean_Incubation_Length":52,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.981,"Proportion_Female":0.019,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Figs. 20 & 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"06MT and 04GO, Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.37915,"Longitude":-50.6609,"Latitude_Range":0.02631,"Longitude_Range":0.01864,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Indoor container","Substrate":"Sand","Humidity":0.93988,"Thermometer_Location":"Incubator","Mean_Temp":31.692,"Mean_Temp_SE":0.27,"Mean_Temp_SD":1.95,"Min_Temp":26.9,"Max_Temp":36.6,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Mean_Incubation_Length":49,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.068,"Proportion_Female":0.932,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Figs. 20 & 24, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"06MT and 04GO, Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.37915,"Longitude":-50.6609,"Latitude_Range":0.02631,"Longitude_Range":0.01864,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Indoor container","Substrate":"Sand","Humidity":0.94154,"Thermometer_Location":"Incubator","Mean_Temp":32.11,"Mean_Temp_SE":0.218,"Mean_Temp_SD":1.554,"Min_Temp":28.9,"Max_Temp":34.2,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Mean_Incubation_Length":48,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.109,"Proportion_Female":0.891,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Figs. 20 & 24, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"06MT and 04GO, Rio Araguaia, Goiás and Mato Grosso, Brasil","Latitude":-13.37915,"Longitude":-50.6609,"Latitude_Range":0.02631,"Longitude_Range":0.01864,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Indoor container","Substrate":"Sand","Humidity":0.8731,"Thermometer_Location":"Incubator","Mean_Temp":28.94,"Mean_Temp_SE":0.113,"Mean_Temp_SD":0.871,"Min_Temp":27.5,"Max_Temp":32.4,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":1,"Mean_Incubation_Length":61,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":1,"Proportion_Female":0,"Source":"Bonach, K. (2003). Manejo de ninhos da tartaruga-da-Amazônia (Podocnemis expansa) (Master's thesis, Universidade de São Paulo, Butantã, Brasil). Retrieved from https://www.teses.usp.br/teses/disponiveis/11/11139/tde-20191218-180418/publico/BonachKelly.pdf","WoS":0,"Other":1,"Data_Location":"Table 4, Figs. 20 & 24, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Canguçu Beach, Javaés River, Bananal Island, Tocantins, Brazil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.1,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":30,"Total_Hatched":21,"Proportion_Hatched":0.7,"Mean_Incubation_Length":62.8,"Mean_Incubation_Length_SE":8.38,"Min_Incubation_Length":50,"Max_Incubation_Length":68,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":11,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Lubiana, A., & Ferreira Júnior, P. D. (2009). Pivotal temperature and sexual dimorphism of Podocnemis expansa hatchlings (Testudines: Podocnemididae) from Bananal Island, Brazil. Zoologia, 26(3), 527-533.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Malvasio et al. (2002)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Canguçu Beach, Javaés River, Bananal Island, Tocantins, Brazil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.1,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":30,"Total_Hatched":22,"Proportion_Hatched":0.73333,"Mean_Incubation_Length":55.8,"Mean_Incubation_Length_SE":5.83,"Min_Incubation_Length":45,"Max_Incubation_Length":60,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lubiana, A., & Ferreira Júnior, P. D. (2009). Pivotal temperature and sexual dimorphism of Podocnemis expansa hatchlings (Testudines: Podocnemididae) from Bananal Island, Brazil. Zoologia, 26(3), 527-533.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Malvasio et al. (2002)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Canguçu Beach, Javaés River, Bananal Island, Tocantins, Brazil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.1,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":30,"Total_Hatched":14,"Proportion_Hatched":0.46667,"Mean_Incubation_Length":46.4,"Mean_Incubation_Length_SE":5.53,"Min_Incubation_Length":38,"Max_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Lubiana, A., & Ferreira Júnior, P. D. (2009). Pivotal temperature and sexual dimorphism of Podocnemis expansa hatchlings (Testudines: Podocnemididae) from Bananal Island, Brazil. Zoologia, 26(3), 527-533.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Malvasio et al. (2002)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Canguçu Beach, Javaés River, Bananal Island, Tocantins, Brazil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.1,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":30,"Total_Hatched":23,"Proportion_Hatched":0.76667,"Mean_Incubation_Length":46.1,"Mean_Incubation_Length_SE":5.6,"Min_Incubation_Length":38,"Max_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":13,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8125,"Proportion_Female":0.1875,"Source":"Lubiana, A., & Ferreira Júnior, P. D. (2009). Pivotal temperature and sexual dimorphism of Podocnemis expansa hatchlings (Testudines: Podocnemididae) from Bananal Island, Brazil. Zoologia, 26(3), 527-533.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Malvasio et al. (2002)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Canguçu Beach, Javaés River, Bananal Island, Tocantins, Brazil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":34,"Mean_Temp":34,"Fluctuation":0.1,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":30,"Total_Hatched":17,"Proportion_Hatched":0.56667,"Mean_Incubation_Length":39.8,"Mean_Incubation_Length_SE":5.69,"Min_Incubation_Length":35,"Max_Incubation_Length":47,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":2,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Lubiana, A., & Ferreira Júnior, P. D. (2009). Pivotal temperature and sexual dimorphism of Podocnemis expansa hatchlings (Testudines: Podocnemididae) from Bananal Island, Brazil. Zoologia, 26(3), 527-533.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Malvasio et al. (2002)"}
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{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Canguçu Beach, Javaés River, Bananal Island, Tocantins, Brazil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":36,"Mean_Temp":36,"Fluctuation":0.1,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":30,"Total_Hatched":14,"Proportion_Hatched":0.46667,"Mean_Incubation_Length":36.5,"Mean_Incubation_Length_SE":3.42,"Min_Incubation_Length":33,"Max_Incubation_Length":41,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":1,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"Lubiana, A., & Ferreira Júnior, P. D. (2009). Pivotal temperature and sexual dimorphism of Podocnemis expansa hatchlings (Testudines: Podocnemididae) from Bananal Island, Brazil. Zoologia, 26(3), 527-533.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Malvasio et al. (2002)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Canguçu Beach, Javaés River, Bananal Island, Tocantins, Brazil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":37,"Mean_Temp":37,"Fluctuation":0.1,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Treatment":30,"Total_Hatched":4,"Proportion_Hatched":0.13333,"Mean_Incubation_Length":34,"Mean_Incubation_Length_SE":1.15,"Min_Incubation_Length":33,"Max_Incubation_Length":35,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lubiana, A., & Ferreira Júnior, P. D. (2009). Pivotal temperature and sexual dimorphism of Podocnemis expansa hatchlings (Testudines: Podocnemididae) from Bananal Island, Brazil. Zoologia, 26(3), 527-533.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates from Malvasio et al. (2002)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28.3,"Mean_Temp_SE":0.12,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":4,"Proportion_Hatched":0.13333,"Mean_Incubation_Length":84,"Mean_Incubation_Length_SE":1.15,"Min_Incubation_Length":83,"Max_Incubation_Length":85,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29.1,"Mean_Temp_SE":0.14,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":12,"Proportion_Hatched":0.4,"Mean_Incubation_Length":73.3,"Mean_Incubation_Length_SD":3.98,"Min_Incubation_Length":70,"Max_Incubation_Length":85,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32.5,"Mean_Temp_SE":0.12,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":16,"Proportion_Hatched":0.53333,"Mean_Incubation_Length":48.8,"Mean_Incubation_Length_SD":0.34,"Min_Incubation_Length":48,"Max_Incubation_Length":49,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":16,"Males":12,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33.6,"Mean_Temp_SE":0.17,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":15,"Proportion_Hatched":0.5,"Mean_Incubation_Length":44.2,"Mean_Incubation_Length_SD":0.7,"Min_Incubation_Length":43,"Max_Incubation_Length":45,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":15,"Males":3,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":34,"Mean_Temp":34,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":35,"Mean_Temp":35.3,"Mean_Temp_SE":0.17,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":12,"Proportion_Hatched":0.4,"Mean_Incubation_Length":39.5,"Mean_Incubation_Length_SD":0.66,"Min_Incubation_Length":39,"Max_Incubation_Length":41,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":36,"Mean_Temp":36.1,"Mean_Temp_SE":0.21,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":10,"Proportion_Hatched":0.33333,"Mean_Incubation_Length":38.5,"Mean_Incubation_Length_SD":0.7,"Min_Incubation_Length":38,"Max_Incubation_Length":40,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Montaria, Goiás, Brazil","Latitude":-13.39438,"Longitude":-50.65836,"Latitude_Range":0.1047,"Longitude_Range":0.0515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":37,"Mean_Temp":36.9,"Mean_Temp_SE":0.14,"Number_Clutches_Experiment":70,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":300,"Total_Incubated_Treatment":30,"Total_Hatched":3,"Proportion_Hatched":0.1,"Mean_Incubation_Length":38,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":38,"Max_Incubation_Length":38,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.9,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":11,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.91667,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":18,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94737,"Proportion_Female":0.05263,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":13,"Females":1,"Intersex":0,"Undetermined":2,"Proportion_Male":0.8125,"Proportion_Female":0.0625,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":12,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92308,"Proportion_Female":0.07692,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":8,"Females":1,"Intersex":0,"Undetermined":3,"Proportion_Male":0.66667,"Proportion_Female":0.08333,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":7,"Females":1,"Intersex":0,"Undetermined":1,"Proportion_Male":0.77778,"Proportion_Female":0.11111,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":9,"Females":2,"Intersex":0,"Undetermined":1,"Proportion_Male":0.75,"Proportion_Female":0.16667,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":7,"Females":2,"Intersex":0,"Undetermined":3,"Proportion_Male":0.58333,"Proportion_Female":0.16667,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":12,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":10,"Females":3,"Intersex":0,"Undetermined":1,"Proportion_Male":0.71429,"Proportion_Female":0.21429,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":3,"Intersex":0,"Undetermined":4,"Proportion_Male":0.3,"Proportion_Female":0.3,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":5,"Females":4,"Intersex":0,"Undetermined":4,"Proportion_Male":0.38462,"Proportion_Female":0.30769,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":11,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64706,"Proportion_Female":0.35294,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":5,"Females":5,"Intersex":0,"Undetermined":3,"Proportion_Male":0.38462,"Proportion_Female":0.38462,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":5,"Females":6,"Intersex":0,"Undetermined":2,"Proportion_Male":0.38462,"Proportion_Female":0.46154,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":3,"Females":6,"Intersex":0,"Undetermined":3,"Proportion_Male":0.25,"Proportion_Female":0.5,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Base do Projeto Quelônios da Amazônia no Rio Araguaia, Luiz Alves (GO), Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":2,"Females":9,"Intersex":0,"Undetermined":1,"Proportion_Male":0.16667,"Proportion_Female":0.75,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 7, Text","Data_Elsewhere":"0","Notes":"Coordinates approximate likely source of eggs"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Mean_Incubation_Length":62,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":12,"Females":0,"Intersex":0,"Undetermined":3,"Proportion_Male":0.8,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Mean_Incubation_Length":59,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":13,"Females":0,"Intersex":0,"Undetermined":2,"Proportion_Male":0.86667,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Mean_Incubation_Length":67,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":11,"Females":0,"Intersex":0,"Undetermined":4,"Proportion_Male":0.73333,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Mean_Incubation_Length":63,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":15,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.9375,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Mean_Incubation_Length":64,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":19,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.95,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"36","Mean_Incubation_Length":64,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":19,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.95,"Proportion_Female":0,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Mean_Incubation_Length":63,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":22,"Females":1,"Intersex":0,"Undetermined":1,"Proportion_Male":0.91667,"Proportion_Female":0.04167,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Mean_Incubation_Length":57,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":16,"Females":1,"Intersex":0,"Undetermined":3,"Proportion_Male":0.8,"Proportion_Female":0.05,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Mean_Incubation_Length":65,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":19,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95,"Proportion_Female":0.05,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Mean_Incubation_Length":64,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":18,"Females":1,"Intersex":0,"Undetermined":1,"Proportion_Male":0.9,"Proportion_Female":0.05,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Mean_Incubation_Length":57,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":12,"Females":1,"Intersex":0,"Undetermined":2,"Proportion_Male":0.8,"Proportion_Female":0.06667,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"42","Mean_Incubation_Length":55,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":9,"Females":1,"Intersex":0,"Undetermined":5,"Proportion_Male":0.6,"Proportion_Female":0.06667,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"43","Mean_Incubation_Length":63,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":17,"Females":2,"Intersex":0,"Undetermined":1,"Proportion_Male":0.85,"Proportion_Female":0.1,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Mean_Incubation_Length":64,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":15,"Females":2,"Intersex":0,"Undetermined":3,"Proportion_Male":0.75,"Proportion_Female":0.1,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"45","Mean_Incubation_Length":64,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":11,"Females":2,"Intersex":0,"Undetermined":7,"Proportion_Male":0.55,"Proportion_Female":0.1,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"51","Mean_Incubation_Length":65,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":10,"Females":4,"Intersex":0,"Undetermined":6,"Proportion_Male":0.5,"Proportion_Female":0.2,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"52","Mean_Incubation_Length":68,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":12,"Females":4,"Intersex":0,"Undetermined":4,"Proportion_Male":0.6,"Proportion_Female":0.2,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"53","Mean_Incubation_Length":52,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":8,"Females":4,"Intersex":0,"Undetermined":7,"Proportion_Male":0.42105,"Proportion_Female":0.21053,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"54","Mean_Incubation_Length":61,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":5,"Females":3,"Intersex":0,"Undetermined":6,"Proportion_Male":0.35714,"Proportion_Female":0.21429,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"55","Mean_Incubation_Length":61,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":5,"Females":3,"Intersex":0,"Undetermined":5,"Proportion_Male":0.38462,"Proportion_Female":0.23077,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"56","Mean_Incubation_Length":57,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":9,"Females":4,"Intersex":0,"Undetermined":4,"Proportion_Male":0.52941,"Proportion_Female":0.23529,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"57","Mean_Incubation_Length":57,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":10,"Females":5,"Intersex":0,"Undetermined":5,"Proportion_Male":0.5,"Proportion_Female":0.25,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"58","Mean_Incubation_Length":59,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":12,"Females":5,"Intersex":0,"Undetermined":3,"Proportion_Male":0.6,"Proportion_Female":0.25,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"59","Mean_Incubation_Length":61,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":5,"Females":4,"Intersex":0,"Undetermined":6,"Proportion_Male":0.33333,"Proportion_Female":0.26667,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"60","Mean_Incubation_Length":65,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":9,"Females":6,"Intersex":0,"Undetermined":5,"Proportion_Male":0.45,"Proportion_Female":0.3,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"61","Mean_Incubation_Length":61,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":6,"Females":5,"Intersex":0,"Undetermined":4,"Proportion_Male":0.4,"Proportion_Female":0.33333,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"62","Mean_Incubation_Length":59,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":7,"Females":5,"Intersex":0,"Undetermined":3,"Proportion_Male":0.46667,"Proportion_Female":0.33333,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"63","Mean_Incubation_Length":57,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":8,"Females":8,"Intersex":0,"Undetermined":4,"Proportion_Male":0.4,"Proportion_Female":0.4,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"64","Mean_Incubation_Length":52,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":10,"Females":8,"Intersex":0,"Undetermined":2,"Proportion_Male":0.5,"Proportion_Female":0.4,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"66","Mean_Incubation_Length":57,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":6,"Females":9,"Intersex":0,"Undetermined":5,"Proportion_Male":0.3,"Proportion_Female":0.45,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"67","Mean_Incubation_Length":63,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":2,"Females":10,"Intersex":0,"Undetermined":8,"Proportion_Male":0.1,"Proportion_Female":0.5,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"68","Mean_Incubation_Length":68,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":4,"Females":11,"Intersex":0,"Undetermined":5,"Proportion_Male":0.2,"Proportion_Female":0.55,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"69","Mean_Incubation_Length":53,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":2,"Females":15,"Intersex":0,"Undetermined":3,"Proportion_Male":0.1,"Proportion_Female":0.75,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias do Canguçu, Bonita, Coco, Comprida, Goiaba, and Marreca, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"Incubation_Setup":"Nest","Number_Clutches_Experiment":70,"Number_Clutches_Treatment":1,"Clutch_ID":"70","Mean_Incubation_Length":55,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":2,"Females":12,"Intersex":0,"Undetermined":1,"Proportion_Male":0.13333,"Proportion_Female":0.8,"Source":"Lubiana Neto, A. (2009). Temperatura pivotal e dimorfismo sexual em filhotes de Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) de duas populações dos estados de Goiás e Tocantins (Master's thesis, Centro Universitário Vila Velha, Vilha Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/697","WoS":0,"Other":1,"Data_Location":"Table 8, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praia Alta near Santo Antônio, Rondônia, Brasil","Latitude":-12.45999,"Longitude":-63.83629,"Latitude_Range":0.00214,"Longitude_Range":0.01008,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2004,"Last_Year":2004,"Incubation_Setup":"Nest","Substrate":"Sand","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":267,"Males":15,"Females":185,"Intersex":0,"Undetermined":67,"Proportion_Male":0.05618,"Proportion_Female":0.69288,"Source":"Raeder, F. L., & Bisaggio, E. L. (2011). Projeto Quelônios da Amazônia em Costa Marques/RO - Base Praia Alta, Rio Guaporé. 1° WORKSHOP: ESTRATÉGIAS PARA CONSERVAÇÃO DE QUELÔNIOS DA AMAZÔNIA: PROTEÇÃO DE PRAIAS","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Araguaia River Basin, Goiás and Mato Grosso, Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":28.4,"Mean_Temp_SE":0.15,"TSP_Mean_Temp":29.8,"TSP_Mean_Temp_SE":0.15,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":494,"Total_Incubated_Treatment":96,"Mean_Incubation_Length":53,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":53,"Max_Incubation_Length":53,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.181,"Proportion_Female":0.819,"Source":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Temperature-sex determination in Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","Source_Alternate":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Determinação do sexo pela temperatura em Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are average of 4 beach coordinates"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Araguaia River Basin, Goiás and Mato Grosso, Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":31.2,"Mean_Temp_SE":0.15,"TSP_Mean_Temp":32.3,"TSP_Mean_Temp_SE":0.15,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":494,"Total_Incubated_Treatment":104,"Mean_Incubation_Length":58,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":58,"Max_Incubation_Length":58,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.109,"Proportion_Female":0.891,"Source":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Temperature-sex determination in Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","Source_Alternate":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Determinação do sexo pela temperatura em Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are average of 4 beach coordinates"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Araguaia River Basin, Goiás and Mato Grosso, Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":29.8,"Mean_Temp_SE":0.15,"TSP_Mean_Temp":31.7,"TSP_Mean_Temp_SE":0.15,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":494,"Total_Incubated_Treatment":101,"Mean_Incubation_Length":72,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":72,"Max_Incubation_Length":72,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.557,"Proportion_Female":0.443,"Source":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Temperature-sex determination in Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","Source_Alternate":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Determinação do sexo pela temperatura em Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are average of 4 beach coordinates"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Araguaia River Basin, Goiás and Mato Grosso, Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.1,"Mean_Temp_SE":0.15,"TSP_Mean_Temp":31.5,"TSP_Mean_Temp_SE":0.15,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":494,"Total_Incubated_Treatment":94,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":61,"Max_Incubation_Length":61,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.414,"Proportion_Female":0.586,"Source":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Temperature-sex determination in Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","Source_Alternate":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Determinação do sexo pela temperatura em Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are average of 4 beach coordinates"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Araguaia River Basin, Goiás and Mato Grosso, Brazil","Latitude":-13.4204,"Longitude":-50.68101,"Latitude_Range":0.13744,"Longitude_Range":0.08519,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest top","Mean_Temp":30.7,"Mean_Temp_SE":0.15,"TSP_Mean_Temp":32,"TSP_Mean_Temp_SE":0.15,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":494,"Total_Incubated_Treatment":99,"Mean_Incubation_Length":56,"Mean_Incubation_Length_SE":0,"Mean_Incubation_Length_SD":0,"Min_Incubation_Length":56,"Max_Incubation_Length":56,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.474,"Proportion_Female":0.526,"Source":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Temperature-sex determination in Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","Source_Alternate":"Bonach, K., Malvasio, A., Matushima, E. R., & Verdade, L. M. (2011). Determinação do sexo pela temperatura em Podocnemis expansa (Testudines, Podocnemididae). Iheringia. Série Zoologia, 101(3), 151-155.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are average of 4 beach coordinates"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"RAN/ICMBio Outpost on Crixás-Açú River, Nova Crixás, Goiás, Brazil","Latitude":-13.60718,"Longitude":-50.20579,"Latitude_Range":0.07727,"Longitude_Range":0.11094,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":34,"Mean_Temp_SD":1.73,"Min_Temp":30.1,"Max_Temp":37,"TSP_Mean_Temp":33.5,"TSP_Mean_Temp_SD":1.37,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":130,"Total_Hatched":67,"Proportion_Hatched":0.51538,"Mean_Incubation_Length":48,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Management and relocation of nests of Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) on the Crixás-Açu river, Brazil. Brazilian Journal of Biology, 71(4), 975-982.","Source_Alternate":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Manejo e transferência de ninhos de Podocnemis expansa (Schweigger 1812) (Testudines, Podocnemididae) no Rio Crixás-Açu, Brasil. Brazilian Journal of Biology, 71(4), 975-982.","WoS":3,"Other":0,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Site: 13°03'13\"S, 50°14'27\"W - does not appear to be near Crixas-Acu River"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"RAN/ICMBio Outpost on Crixás-Açú River, Nova Crixás, Goiás, Brazil","Latitude":-13.60718,"Longitude":-50.20579,"Latitude_Range":0.07727,"Longitude_Range":0.11094,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33.7,"Mean_Temp_SD":1.63,"Min_Temp":31,"Max_Temp":36.7,"TSP_Mean_Temp":32.9,"TSP_Mean_Temp_SD":1,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":103,"Total_Hatched":57,"Proportion_Hatched":0.5534,"Mean_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Management and relocation of nests of Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) on the Crixás-Açu river, Brazil. Brazilian Journal of Biology, 71(4), 975-982.","Source_Alternate":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Manejo e transferência de ninhos de Podocnemis expansa (Schweigger 1812) (Testudines, Podocnemididae) no Rio Crixás-Açu, Brasil. Brazilian Journal of Biology, 71(4), 975-982.","WoS":3,"Other":0,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Site: 13°03'13\"S, 50°14'27\"W - does not appear to be near Crixas-Acu River"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"RAN/ICMBio Outpost on Crixás-Açú River, Nova Crixás, Goiás, Brazil","Latitude":-13.60718,"Longitude":-50.20579,"Latitude_Range":0.07727,"Longitude_Range":0.11094,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":34.1,"Mean_Temp_SD":1.67,"Min_Temp":31.4,"Max_Temp":37.3,"TSP_Mean_Temp":33.2,"TSP_Mean_Temp_SD":1.18,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":114,"Total_Hatched":50,"Proportion_Hatched":0.4386,"Mean_Incubation_Length":51,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Management and relocation of nests of Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) on the Crixás-Açu river, Brazil. Brazilian Journal of Biology, 71(4), 975-982.","Source_Alternate":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Manejo e transferência de ninhos de Podocnemis expansa (Schweigger 1812) (Testudines, Podocnemididae) no Rio Crixás-Açu, Brasil. Brazilian Journal of Biology, 71(4), 975-982.","WoS":3,"Other":0,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Site: 13°03'13\"S, 50°14'27\"W - does not appear to be near Crixas-Acu River"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"RAN/ICMBio Outpost on Crixás-Açú River, Nova Crixás, Goiás, Brazil","Latitude":-13.60718,"Longitude":-50.20579,"Latitude_Range":0.07727,"Longitude_Range":0.11094,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33.9,"Mean_Temp_SD":1.37,"Min_Temp":31.5,"Max_Temp":36,"TSP_Mean_Temp":33.2,"TSP_Mean_Temp_SD":1.08,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":109,"Total_Hatched":52,"Proportion_Hatched":0.47706,"Mean_Incubation_Length":49,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Management and relocation of nests of Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) on the Crixás-Açu river, Brazil. Brazilian Journal of Biology, 71(4), 975-982.","Source_Alternate":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Manejo e transferência de ninhos de Podocnemis expansa (Schweigger 1812) (Testudines, Podocnemididae) no Rio Crixás-Açu, Brasil. Brazilian Journal of Biology, 71(4), 975-982.","WoS":3,"Other":0,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Site: 13°03'13\"S, 50°14'27\"W - does not appear to be near Crixas-Acu River"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"RAN/ICMBio Outpost on Crixás-Açú River, Nova Crixás, Goiás, Brazil","Latitude":-13.60718,"Longitude":-50.20579,"Latitude_Range":0.07727,"Longitude_Range":0.11094,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":34.1,"Mean_Temp_SD":1.4,"Min_Temp":31.4,"Max_Temp":36.9,"TSP_Mean_Temp":33.5,"TSP_Mean_Temp_SD":1.22,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":93,"Total_Hatched":46,"Proportion_Hatched":0.49462,"Mean_Incubation_Length":48,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Management and relocation of nests of Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) on the Crixás-Açu river, Brazil. Brazilian Journal of Biology, 71(4), 975-982.","Source_Alternate":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Manejo e transferência de ninhos de Podocnemis expansa (Schweigger 1812) (Testudines, Podocnemididae) no Rio Crixás-Açu, Brasil. Brazilian Journal of Biology, 71(4), 975-982.","WoS":3,"Other":0,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Site: 13°03'13\"S, 50°14'27\"W - does not appear to be near Crixas-Acu River"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"RAN/ICMBio Outpost on Crixás-Açú River, Nova Crixás, Goiás, Brazil","Latitude":-13.60718,"Longitude":-50.20579,"Latitude_Range":0.07727,"Longitude_Range":0.11094,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":33,"Mean_Temp_SD":1.56,"Min_Temp":29.6,"Max_Temp":35.8,"TSP_Mean_Temp":31.9,"TSP_Mean_Temp_SD":0.95,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":95,"Total_Hatched":52,"Proportion_Hatched":0.54737,"Mean_Incubation_Length":49,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Management and relocation of nests of Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) on the Crixás-Açu river, Brazil. Brazilian Journal of Biology, 71(4), 975-982.","Source_Alternate":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Manejo e transferência de ninhos de Podocnemis expansa (Schweigger 1812) (Testudines, Podocnemididae) no Rio Crixás-Açu, Brasil. Brazilian Journal of Biology, 71(4), 975-982.","WoS":3,"Other":0,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Site: 13°03'13\"S, 50°14'27\"W - does not appear to be near Crixas-Acu River"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"RAN/ICMBio Outpost on Crixás-Açú River, Nova Crixás, Goiás, Brazil","Latitude":-13.60718,"Longitude":-50.20579,"Latitude_Range":0.07727,"Longitude_Range":0.11094,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":34,"Mean_Temp_SD":1.79,"Min_Temp":30.4,"Max_Temp":37.4,"TSP_Mean_Temp":33.2,"TSP_Mean_Temp_SD":1.12,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":128,"Total_Hatched":42,"Proportion_Hatched":0.32812,"Mean_Incubation_Length":48,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":1,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Management and relocation of nests of Podocnemis expansa (Schweigger, 1812) (Testudines, Podocnemididae) on the Crixás-Açu river, Brazil. Brazilian Journal of Biology, 71(4), 975-982.","Source_Alternate":"Gomes, A. S., & Ferreira Júnior, P. D. (2011). Manejo e transferência de ninhos de Podocnemis expansa (Schweigger 1812) (Testudines, Podocnemididae) no Rio Crixás-Açu, Brasil. Brazilian Journal of Biology, 71(4), 975-982.","WoS":3,"Other":0,"Data_Location":"Table 4, Text","Data_Elsewhere":"0","Notes":"Site: 13°03'13\"S, 50°14'27\"W - does not appear to be near Crixas-Acu River"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":10,"Proportion_Hatched":0.81,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":100,"Males":8,"Females":92,"Intersex":0,"Undetermined":0,"Proportion_Male":0.08,"Proportion_Female":0.92,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":9,"Proportion_Hatched":0.23,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":90,"Males":0,"Females":90,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":11,"Proportion_Hatched":0.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":110,"Males":0,"Females":110,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Praias Canguçu, Comprida, & Bonita along the Rio Javaés, Parque Nacional do Araguaia, Tocantins, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":11,"Last_Month":12,"Incubation_Setup":"Nest","Mean_Temp":31.4,"Number_Clutches_Experiment":3,"Number_Clutches_Treatment":3,"Clutch_ID":"1-3","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":187,"Males":35,"Females":152,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18717,"Proportion_Female":0.81283,"Source":"Malvasio, A., do Nascimento-Rocha, J. M., Santos, H. D., de Ataídes, A. G., Portelinha, T. C. G. (2012). Morphometry and histology of the gonads of males and females hatchlings of Podocnemis expansa and Podocnemis. unifilis (Testudines, Podocnemididae). Acta Scientiarum, 34(1), 105-112.","Source_Alternate":"Malvasio, A., do Nascimento-Rocha, J. M., Santos, H. D., de Ataídes, A. G., Portelinha, T. C. G. (2012). Morfometria e histologia das gônadas de machos e fêmeas recémeclodidos de Podocnemis expansa e Podocnemis unifilis (Testudines, Podocnemididae). Acta Scientiarum, 34(1), 105-112.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_expansa","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Aliança, Lago do Piraruacá, Terra Santa, Pará, Brasil","Latitude":-2.00192,"Longitude":-56.35067,"Latitude_Range":0.00436,"Longitude_Range":0.0039,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2012,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Mean_Temp":31.7,"Mean_Temp_SD":0.9,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Proportion_Hatched":0.576,"Mean_Incubation_Length":57.1,"Mean_Incubation_Length_SD":4.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":45,"Males":26,"Females":18,"Intersex":1,"Undetermined":0,"Proportion_Male":0.58889,"Proportion_Female":0.41111,"Source":"Andrade, P. C. M. (2017). Efeitos da transferência de ninhos de Podocnemis unifilis, P. sextuberculata e P. expansa no lago do Piraruacá, Terra Santa, Brasil. In P. C. M. Andrade (Ed.), Manejo comunitário de quelônios no Médio Amazonas: Projeto Pé-de-pincha (pp. 208-260). Manaus/AM.","WoS":0,"Other":1,"Data_Location":"Table 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":16,"Males":3,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1875,"Proportion_Female":0.8125,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":13,"Males":1,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07692,"Proportion_Female":0.92308,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":15,"Males":14,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93333,"Proportion_Female":0.06667,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Isla Pava, La Rinconada Wetland, Magdalena River Drainage, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":9,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":18,"Males":5,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.27778,"Proportion_Female":0.72222,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":13,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":18,"Males":1,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05556,"Proportion_Female":0.94444,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
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{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.4,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Treatment":38,"Total_Hatched":14,"Proportion_Hatched":0.36842,"Mean_Incubation_Length":85.2,"Mean_Incubation_Length_SD":2.9,"Max_Incubation_Length":88,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.4,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Treatment":43,"Total_Hatched":38,"Proportion_Hatched":0.88372,"Mean_Incubation_Length":69.5,"Mean_Incubation_Length_SD":2.4,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":38,"Males":38,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.4,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Treatment":39,"Total_Hatched":27,"Proportion_Hatched":0.69231,"Mean_Incubation_Length":56.1,"Mean_Incubation_Length_SD":1.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":27,"Males":27,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.4,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":7,"Clutch_ID":"1-7","Total_Incubated_Treatment":29,"Total_Hatched":28,"Proportion_Hatched":0.96552,"Mean_Incubation_Length":52.7,"Mean_Incubation_Length_SD":1.3,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33.4,"Mean_Temp":33.4,"Fluctuation":0.4,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":14,"Total_Hatched":10,"Proportion_Hatched":0.71429,"Mean_Incubation_Length":52.1,"Mean_Incubation_Length_SD":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'; data also in Gallego-García & Páez (2016) Journal of Herpetology"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Canal and Isla La Bella, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":34.7,"Mean_Temp":34.7,"Fluctuation":0.4,"Number_Clutches_Experiment":2,"Number_Clutches_Treatment":2,"Clutch_ID":"1-2","Total_Incubated_Treatment":13,"Total_Hatched":7,"Proportion_Hatched":0.53846,"Mean_Incubation_Length":50,"Mean_Incubation_Length_SD":0.2,"Min_Incubation_Length":50,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., Correa, J. C., Cano, A. M., & Bock, B. C. (2009). A comparison of maternal and temperature effects on sex, size, and growth of hatchlings of the Magdalena River turtle (Podocnemis lewyana) incubated under field and controlled laboratory conditions. Copeia, 2009(4), 698-704.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Latitude for Isla La Bella incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"La Pava Island, La Rinconada Wetland, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":30.8,"Mean_Temp_SD":1.4,"Min_Temp":28.7,"Max_Temp":32.8,"TSP_Mean_Temp":31.4,"TSP_Mean_Temp_SD":1.5,"Number_Clutches_Experiment":53,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Mean_Incubation_Length":64.7,"Mean_Incubation_Length_SD":11,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":88,"Males":44,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Correa-H, J. C., Cano-Castaño, A. M., Páez, V. P., & Restrepo, A. (2010). Reproductive ecology of the Magdalena River turtle (Podocnemis lewyana) in the Mompos Depression, Colombia. Chelonian Conservation and Biology, 9(1), 70-78.","WoS":0,"Other":1,"Data_Location":"Tables 1, 4, & 5, Text, Personal Communication with Páez","Data_Elsewhere":"1","Notes":"Temperature and sex ratio data from subset of nests; both natural and oviductal nests"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Channel and La Bella Island, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Mean_Temp":33.1,"Mean_Temp_SD":0.9,"Min_Temp":31.8,"Max_Temp":34,"TSP_Mean_Temp":34,"TSP_Mean_Temp_SD":1.6,"Number_Clutches_Experiment":53,"Number_Clutches_Treatment":8,"Clutch_ID":"22-29","Mean_Incubation_Length":60.2,"Mean_Incubation_Length_SD":3.7,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":65,"Males":18,"Females":47,"Intersex":0,"Undetermined":0,"Proportion_Male":0.27692,"Proportion_Female":0.72308,"Source":"Correa-H, J. C., Cano-Castaño, A. M., Páez, V. P., & Restrepo, A. (2010). Reproductive ecology of the Magdalena River turtle (Podocnemis lewyana) in the Mompos Depression, Colombia. Chelonian Conservation and Biology, 9(1), 70-78.","WoS":0,"Other":1,"Data_Location":"Tables 1, 4, & 5, Text, Personal Communication with Páez","Data_Elsewhere":"0","Notes":"Temperature and sex ratio data from subset of nests; latitude for La Bella Island incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Jorobado Channel and La Bella Island, Chicagua River, Colombia","Latitude":9.16792,"Longitude":-74.67847,"Latitude_Range":0.00726,"Longitude_Range":0.01932,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":2,"Last_Month":5,"Incubation_Setup":"Artificial nest","Thermometer_Location":"Nest adjacent","Mean_Temp":34.1,"Mean_Temp_SD":0.2,"Min_Temp":33.7,"Max_Temp":34.6,"TSP_Mean_Temp":34.1,"TSP_Mean_Temp_SD":0.7,"Number_Clutches_Experiment":53,"Number_Clutches_Treatment":24,"Clutch_ID":"30-53","Mean_Incubation_Length":54.4,"Mean_Incubation_Length_SD":2.7,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":122,"Males":2,"Females":120,"Intersex":0,"Undetermined":0,"Proportion_Male":0.01639,"Proportion_Female":0.98361,"Source":"Correa-H, J. C., Cano-Castaño, A. M., Páez, V. P., & Restrepo, A. (2010). Reproductive ecology of the Magdalena River turtle (Podocnemis lewyana) in the Mompos Depression, Colombia. Chelonian Conservation and Biology, 9(1), 70-78.","WoS":0,"Other":1,"Data_Location":"Tables 1, 4, & 5, Text","Data_Elsewhere":"0","Notes":"Temperature and sex ratio data from subset of nests; latitude for La Bella Island incorrect - adjusted to 40'"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Rio Clara Cocorná Sur, Estación Cocorná, Puerto Triunfo, Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Sánchez-Ospina, A. C., Rodríguez, B., & Ceballos, C. P. (2014). Histological description of the reproductive system of male and female hatchlings of the Magdalena River turtle (Podocnemis lewyana). Acta Biológica Colombiana, 19(3), 427-435.","Source_Alternate":"Sánchez-Ospina, A. C., Rodríguez, B., & Ceballos, C. P. (2014). Descripción histológica del sistema reproductivo de machos y hembras de la tortuga del Río Magdalena (Podocnemis lewyana). Acta Biológica Colombiana, 19(3), 427-435.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Data also in Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered magdalena river turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53."}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Rio Clara Cocorná Sur, Estación Cocorná, Puerto Triunfo, Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":31,"Mean_Temp":31,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Sánchez-Ospina, A. C., Rodríguez, B., & Ceballos, C. P. (2014). Histological description of the reproductive system of male and female hatchlings of the Magdalena River turtle (Podocnemis lewyana). Acta Biológica Colombiana, 19(3), 427-435.","Source_Alternate":"Sánchez-Ospina, A. C., Rodríguez, B., & Ceballos, C. P. (2014). Descripción histológica del sistema reproductivo de machos y hembras de la tortuga del Río Magdalena (Podocnemis lewyana). Acta Biológica Colombiana, 19(3), 427-435.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Data also in Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered magdalena river turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53."}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Rio Clara Cocorná Sur, Estación Cocorná, Puerto Triunfo, Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":34,"Mean_Temp":34,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Sánchez-Ospina, A. C., Rodríguez, B., & Ceballos, C. P. (2014). Histological description of the reproductive system of male and female hatchlings of the Magdalena River turtle (Podocnemis lewyana). Acta Biológica Colombiana, 19(3), 427-435.","Source_Alternate":"Sánchez-Ospina, A. C., Rodríguez, B., & Ceballos, C. P. (2014). Descripción histológica del sistema reproductivo de machos y hembras de la tortuga del Río Magdalena (Podocnemis lewyana). Acta Biológica Colombiana, 19(3), 427-435.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Data also in Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered magdalena river turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53."}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Pava Island, Department of Magdalena, Colombia","Latitude":9.22611,"Longitude":-74.23993,"Latitude_Range":0.00882,"Longitude_Range":0.00569,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33.4,"Mean_Temp":33.3,"Fluctuation":0.4,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Total_Incubated_Treatment":96,"Total_Hatched":57,"Proportion_Hatched":0.59375,"Mean_Incubation_Length":54.9,"Mean_Incubation_Length_SD":1.2,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":57,"Proportion_Male":0.413,"Proportion_Female":0.587,"Source":"Páez, V. P., Echeverri-G, L., Bock, B. C., Bowden, R. M., & Hinestroza, L. M. (2015). Preovulatory maternal effects on intra- and interpopulation variation in sex ratios and phenotypic characteristics of Magdalena River turtles (Podocnemis lewyana). Herpetologica, 71(3), 196-202.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Total number of males from all populations (146) does not make sense with sex ratios and sample sizes for each population in Table 1"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Chicagua River, Department of Bolivar, Colombia","Latitude":9.16825,"Longitude":-74.68864,"Latitude_Range":0.00885,"Longitude_Range":0.0174,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2010,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33.4,"Mean_Temp":33.3,"Fluctuation":0.4,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":9,"Clutch_ID":"6-14","Total_Incubated_Treatment":197,"Total_Hatched":123,"Proportion_Hatched":0.62437,"Mean_Incubation_Length":49.6,"Mean_Incubation_Length_SD":5.8,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":123,"Proportion_Male":0.207,"Proportion_Female":0.793,"Source":"Páez, V. P., Echeverri-G, L., Bock, B. C., Bowden, R. M., & Hinestroza, L. M. (2015). Preovulatory maternal effects on intra- and interpopulation variation in sex ratios and phenotypic characteristics of Magdalena River turtles (Podocnemis lewyana). Herpetologica, 71(3), 196-202.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Total number of males from all populations (146) does not make sense with sex ratios and sample sizes for each population in Table 1"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Puerto Berrío, Department of Antioquia, Colombia","Latitude":6.49161,"Longitude":-74.40572,"Latitude_Range":0.05622,"Longitude_Range":0.0404,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2010,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33.4,"Mean_Temp":33.3,"Fluctuation":0.4,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":7,"Clutch_ID":"15-21","Total_Incubated_Treatment":150,"Total_Hatched":136,"Proportion_Hatched":0.90667,"Mean_Incubation_Length":49.7,"Mean_Incubation_Length_SD":2,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":136,"Proportion_Male":0.497,"Proportion_Female":0.503,"Source":"Páez, V. P., Echeverri-G, L., Bock, B. C., Bowden, R. M., & Hinestroza, L. M. (2015). Preovulatory maternal effects on intra- and interpopulation variation in sex ratios and phenotypic characteristics of Magdalena River turtles (Podocnemis lewyana). Herpetologica, 71(3), 196-202.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Total number of males from all populations (146) does not make sense with sex ratios and sample sizes for each population in Table 1"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Puerto Berrío (Department of Antioquia), Chicagüa River (Department of Bolivar), and Pava Island (Department of Magdalena), Colombia","Latitude":7.84701,"Longitude":-74.43778,"Latitude_Range":2.76702,"Longitude_Range":0.40139,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2010,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33.4,"Mean_Temp":33.3,"Fluctuation":0.4,"Number_Clutches_Experiment":21,"Number_Clutches_Treatment":21,"Clutch_ID":"1-21","Total_Incubated_Treatment":443,"Total_Hatched":316,"Proportion_Hatched":0.71332,"Mean_Incubation_Length":50.9,"Mean_Incubation_Length_SD":4.5,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":316,"Males":142,"Females":174,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44937,"Proportion_Female":0.55063,"Source":"Páez, V. P., Echeverri-G, L., Bock, B. C., Bowden, R. M., & Hinestroza, L. M. (2015). Preovulatory maternal effects on intra- and interpopulation variation in sex ratios and phenotypic characteristics of Magdalena River turtles (Podocnemis lewyana). Herpetologica, 71(3), 196-202.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Puerto Berrío, Pava Island, and Chicagüa River, Magdalena River, Colombia","Latitude":7.84701,"Longitude":-74.43778,"Latitude_Range":2.76702,"Longitude_Range":0.40139,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":6,"Clutch_ID":"1-6","Total_Hatched":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Gallego-García, N., & Páez, V. P. (2016). Geographic variation in sex determination patterns in the river turtle Podocnemis lewyana: Implications for global warming. Journal of Herpetology, 50(2), 256-262.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Páez et al. (2009) Copeia"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Puerto Berrío, Pava Island, and Chicagüa River, Magdalena River, Colombia","Latitude":7.84701,"Longitude":-74.43778,"Latitude_Range":2.76702,"Longitude_Range":0.40139,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":33,"Mean_Temp":33.3,"Fluctuation":0.3,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":10,"Clutch_ID":"7-16","Total_Hatched":54,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":54,"Males":22,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0.40741,"Proportion_Female":0.59259,"Source":"Gallego-García, N., & Páez, V. P. (2016). Geographic variation in sex determination patterns in the river turtle Podocnemis lewyana: Implications for global warming. Journal of Herpetology, 50(2), 256-262.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Puerto Berrío, Pava Island, and Chicagüa River, Magdalena River, Colombia","Latitude":7.84701,"Longitude":-74.43778,"Latitude_Range":2.76702,"Longitude_Range":0.40139,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2009,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":34.7,"Mean_Temp":34.7,"Fluctuation":0.3,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":2,"Clutch_ID":"17-18","Total_Hatched":7,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gallego-García, N., & Páez, V. P. (2016). Geographic variation in sex determination patterns in the river turtle Podocnemis lewyana: Implications for global warming. Journal of Herpetology, 50(2), 256-262.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Páez et al. (2009) Copeia"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"La Ganga Beach and Mompós Beach, Sinú River, Colombia","Latitude":9.03293,"Longitude":-75.86998,"Latitude_Range":0.43622,"Longitude_Range":0.06003,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":9,"Clutch_ID":"19-27","Total_Hatched":36,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":36,"Males":36,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Gallego-García, N., & Páez, V. P. (2016). Geographic variation in sex determination patterns in the river turtle Podocnemis lewyana: Implications for global warming. Journal of Herpetology, 50(2), 256-262.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"La Ganga Beach and Mompós Beach, Sinú River, Colombia","Latitude":9.03293,"Longitude":-75.86998,"Latitude_Range":0.43622,"Longitude_Range":0.06003,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":33,"Mean_Temp":33.3,"Fluctuation":0.3,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":8,"Clutch_ID":"19-26","Total_Hatched":41,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":41,"Males":11,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26829,"Proportion_Female":0.73171,"Source":"Gallego-García, N., & Páez, V. P. (2016). Geographic variation in sex determination patterns in the river turtle Podocnemis lewyana: Implications for global warming. Journal of Herpetology, 50(2), 256-262.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"La Ganga Beach and Mompós Beach, Sinú River, Colombia","Latitude":9.03293,"Longitude":-75.86998,"Latitude_Range":0.43622,"Longitude_Range":0.06003,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":34.7,"Mean_Temp":34.7,"Fluctuation":0.3,"Number_Clutches_Experiment":27,"Number_Clutches_Treatment":7,"Clutch_ID":"19-25","Total_Hatched":25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":25,"Males":5,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Gallego-García, N., & Páez, V. P. (2016). Geographic variation in sex determination patterns in the river turtle Podocnemis lewyana: Implications for global warming. Journal of Herpetology, 50(2), 256-262.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates estimated based on Fig. 1"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29.2,"Fluctuation":0.8,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":31,"Total_Hatched":26,"Proportion_Hatched":0.83871,"Mean_Incubation_Length":81.4,"Mean_Incubation_Length_SD":0.85,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"1","Notes":"Sex ratios included in morphometric analysis; Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31.2,"Fluctuation":0.4,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":30,"Total_Hatched":17,"Proportion_Hatched":0.56667,"Mean_Incubation_Length":64.3,"Mean_Incubation_Length_SD":0.77,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"1","Notes":"Sex ratios included in morphometric analysis; Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":34.7,"Mean_Temp":34.6,"Fluctuation":1.2,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":30,"Total_Hatched":22,"Proportion_Hatched":0.73333,"Mean_Incubation_Length":51.1,"Mean_Incubation_Length_SD":0.56,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"1","Notes":"Sex ratios included in morphometric analysis; Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29.2,"Fluctuation":0.8,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":31,"Total_Hatched":26,"Proportion_Hatched":0.83871,"Mean_Incubation_Length":81.4,"Mean_Incubation_Length_SD":0.85,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":24,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92308,"Proportion_Female":0.07692,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31.2,"Fluctuation":0.4,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":30,"Total_Hatched":17,"Proportion_Hatched":0.56667,"Mean_Incubation_Length":64.3,"Mean_Incubation_Length_SD":0.77,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":14,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82353,"Proportion_Female":0.17647,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":34.7,"Mean_Temp":34.6,"Fluctuation":1.2,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":4,"Total_Incubated_Treatment":30,"Total_Hatched":22,"Proportion_Hatched":0.73333,"Mean_Incubation_Length":51.1,"Mean_Incubation_Length_SD":0.56,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":3,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13636,"Proportion_Female":0.86364,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"21","Backswitch_Length":"10","Backswitch_Temp1":29.3,"Backswitch_Temp2":35.5,"Backswitch_Temp3":29.3,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":20,"Total_Hatched":19,"Proportion_Hatched":0.95,"Mean_Incubation_Length":70.4,"Mean_Incubation_Length_SD":0.5,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":12,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63158,"Proportion_Female":0.36842,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"31","Backswitch_Length":"10","Backswitch_Temp1":29.4,"Backswitch_Temp2":35.1,"Backswitch_Temp3":29.4,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":25,"Total_Hatched":25,"Proportion_Hatched":1,"Mean_Incubation_Length":70.8,"Mean_Incubation_Length_SD":0.4,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":20,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"41","Backswitch_Length":"10","Backswitch_Temp1":29.5,"Backswitch_Temp2":35.3,"Backswitch_Temp3":29.5,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":24,"Total_Hatched":24,"Proportion_Hatched":1,"Mean_Incubation_Length":71.8,"Mean_Incubation_Length_SD":0.48,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":23,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95833,"Proportion_Female":0.04167,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"21","Backswitch_Length":"10","Backswitch_Temp1":31.3,"Backswitch_Temp2":35.5,"Backswitch_Temp3":31.3,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":19,"Total_Hatched":19,"Proportion_Hatched":1,"Mean_Incubation_Length":57.1,"Mean_Incubation_Length_SD":0.33,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":8,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42105,"Proportion_Female":0.57895,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"31","Backswitch_Length":"10","Backswitch_Temp1":31.4,"Backswitch_Temp2":35.1,"Backswitch_Temp3":31.4,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":24,"Total_Hatched":19,"Proportion_Hatched":0.79167,"Mean_Incubation_Length":56.5,"Mean_Incubation_Length_SD":0.77,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":13,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.68421,"Proportion_Female":0.31579,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_lewyana","SDM":"TSD","SDM_Confidence":1,"Location":"Claro Cocorná Sur River near Estación Cocorná, Puerto Triunfo Municipality, Department of Antioquia, Colombia","Latitude":6.04305,"Longitude":-74.64659,"Latitude_Range":0.02277,"Longitude_Range":0.06785,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":12,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"41","Backswitch_Length":"10","Backswitch_Temp1":31.3,"Backswitch_Temp2":35.3,"Backswitch_Temp3":31.3,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":2,"Total_Incubated_Treatment":24,"Total_Hatched":24,"Proportion_Hatched":1,"Mean_Incubation_Length":59.5,"Mean_Incubation_Length_SD":2.22,"Sexing_Method":"Morphometrics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":8,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Gómez-Saldarriaga, C., Valenzuela, N., & Ceballos, C. P. (2016). Effects of incubation temperature on sex determination in the endangered Magdalena River turtle, Podocnemis lewyana. Chelonian Conservation and Biology, 15(1), 43-53.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates from Ceballos, CP, Romero, I., Gómez-Saldarriaga, C., & Miranda, K. (2014). Reproduction and conservation of the Magdalena River turtle (Podocnemis lewyana) in the Clarococorná Sur River, Colombia. Colombian Biological Act , 19 (3), 393-400.)"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Pirapucu, Setor Jarauá, Amazonas, Brasil","Latitude":-2.88322,"Longitude":-64.87416,"Latitude_Range":0.02544,"Longitude_Range":0.02213,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":29.3,"Mean_Incubation_Length":64,"Min_Incubation_Length":55,"Max_Incubation_Length":70,"Total_Sexed":30,"Males":29,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96667,"Proportion_Female":0.03333,"Source":"Pezzuti, J. C. B. (1998). Ecologia reprodutiva de iaçá, Podocnemis sextuberculata (Testudines, Pelomedusidae), na Reserva de Desenvolvimento Sustentável Mamirauá, Amazonas, Brasil (Master's thesis, Instituto Nacional de Pesquisas da Amazônia / Universidade Federal do Amazonas, Manaus, Brasil). ","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"No access to source; estimated sample size of sexed individuals based on sex ratio data; data from Andrade, P. C. M. et al. (2017). Manejo comunitário de quelônios no Médio Amazonas: Projeto Pé-de-pincha. Manaus/AM. "}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":10,"Proportion_Hatched":0.65,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":50,"Males":17,"Females":33,"Intersex":0,"Undetermined":0,"Proportion_Male":0.34,"Proportion_Female":0.66,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":9,"Proportion_Hatched":0.69,"Mean_Incubation_Length":55.3,"Mean_Incubation_Length_SD":5.2,"Min_Incubation_Length":47,"Max_Incubation_Length":70,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":45,"Males":3,"Females":42,"Intersex":0,"Undetermined":0,"Proportion_Male":0.06667,"Proportion_Female":0.93333,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":8,"Proportion_Hatched":0.3,"Mean_Incubation_Length":60,"Mean_Incubation_Length_SD":6,"Min_Incubation_Length":53,"Max_Incubation_Length":71,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":2,"Females":38,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05,"Proportion_Female":0.95,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Aliança, Lago do Piraruacá, Terra Santa, Pará, Brasil","Latitude":-2.00192,"Longitude":-56.35067,"Latitude_Range":0.00436,"Longitude_Range":0.0039,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2012,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":31.9,"Mean_Temp_SD":0.2,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":13,"Clutch_ID":"1-13","Proportion_Hatched":0.475,"Mean_Incubation_Length":61.9,"Mean_Incubation_Length_SD":3.7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":65,"Males":52,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Andrade, P. C. M. (2017). Efeitos da transferência de ninhos de Podocnemis unifilis, P. sextuberculata e P. expansa no lago do Piraruacá, Terra Santa, Brasil. In P. C. M. Andrade (Ed.), Manejo comunitário de quelônios no Médio Amazonas: Projeto Pé-de-pincha (pp. 208-260). Manaus/AM.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Aliança, Lago do Piraruacá, Terra Santa, Pará, Brasil","Latitude":-2.00192,"Longitude":-56.35067,"Latitude_Range":0.00436,"Longitude_Range":0.0039,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2012,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Mean_Temp":32.1,"Mean_Temp_SD":1.1,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":7,"Clutch_ID":"14-20","Proportion_Hatched":0.62,"Mean_Incubation_Length":61.9,"Mean_Incubation_Length_SD":1.8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":35,"Males":13,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.37143,"Proportion_Female":0.62857,"Source":"Andrade, P. C. M. (2017). Efeitos da transferência de ninhos de Podocnemis unifilis, P. sextuberculata e P. expansa no lago do Piraruacá, Terra Santa, Brasil. In P. C. M. Andrade (Ed.), Manejo comunitário de quelônios no Médio Amazonas: Projeto Pé-de-pincha (pp. 208-260). Manaus/AM.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Pirapucú Nesting Beach, Japurá River, southeastern portion of the Mamirauá Sustainable Development Reserve, Amazonas, Brazil","Latitude":-2.88322,"Longitude":-64.87416,"Latitude_Range":0.02544,"Longitude_Range":0.02213,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31,"Mean_Temp_SD":3.7,"Min_Temp":24.4,"Max_Temp":40.8,"Number_Clutches_Experiment":30,"Number_Clutches_Treatment":15,"Clutch_ID":"1-15","Proportion_Hatched":0.92,"Mean_Incubation_Length":60.7,"Mean_Incubation_Length_SD":2.7,"Min_Incubation_Length":56,"Max_Incubation_Length":65,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":75,"Males":50,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Eisemberg, C. C., Drummond, G. M., & Vogt, R. C. (2017). Boosting female hatchling production in endangered, male?biased turtle populations. Wildlife Society Bulletin, 41(4), 810-815.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures from 2 nests"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Pirapucú Nesting Beach, Japurá River, southeastern portion of the Mamirauá Sustainable Development Reserve, Amazonas, Brazil","Latitude":-2.88322,"Longitude":-64.87416,"Latitude_Range":0.02544,"Longitude_Range":0.02213,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":32,"Mean_Temp_SD":3.8,"Min_Temp":24.9,"Max_Temp":42.4,"Number_Clutches_Experiment":30,"Number_Clutches_Treatment":15,"Clutch_ID":"16-30","Proportion_Hatched":0.8,"Mean_Incubation_Length":57.4,"Mean_Incubation_Length_SD":2,"Min_Incubation_Length":55,"Max_Incubation_Length":63,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":75,"Males":22,"Females":53,"Intersex":0,"Undetermined":0,"Proportion_Male":0.29333,"Proportion_Female":0.70667,"Source":"Eisemberg, C. C., Drummond, G. M., & Vogt, R. C. (2017). Boosting female hatchling production in endangered, male?biased turtle populations. Wildlife Society Bulletin, 41(4), 810-815.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperatures from 6 nests"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Fluctuating","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":22,"Mean_Temp":22.86,"Mean_Temp_SD":1.01,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Fluctuating","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":23,"Mean_Temp":23.22,"Mean_Temp_SD":0.65,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":28,"Mean_Temp":27.89,"Mean_Temp_SD":0.19,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":5,"Proportion_Hatched":0.5,"Mean_Incubation_Length":106,"Mean_Incubation_Length_SD":1.22,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":29,"Mean_Temp":29.14,"Mean_Temp_SD":0.2,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Mean_Incubation_Length":89.63,"Mean_Incubation_Length_SD":3.5,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":30,"Mean_Temp":29.99,"Mean_Temp_SD":0.23,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Mean_Incubation_Length":79.43,"Mean_Incubation_Length_SD":2.82,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":31,"Mean_Temp":31.11,"Mean_Temp_SD":0.21,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Mean_Incubation_Length":70.29,"Mean_Incubation_Length_SD":1.7,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Fluctuating","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":32,"Mean_Temp":31.7,"Mean_Temp_SD":1.71,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Mean_Incubation_Length":66.9,"Mean_Incubation_Length_SD":1.79,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":33,"Mean_Temp":33.18,"Mean_Temp_SD":0.4,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Mean_Incubation_Length":60.57,"Mean_Incubation_Length_SD":1.72,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Fluctuating","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":36,"Mean_Temp":35.95,"Mean_Temp_SD":0.83,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":8,"Proportion_Hatched":0.8,"Mean_Incubation_Length":55.88,"Mean_Incubation_Length_SD":1.25,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":37.5,"Mean_Temp":37.37,"Mean_Temp_SD":0.38,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":100,"Total_Incubated_Treatment":10,"Total_Hatched":2,"Proportion_Hatched":0.2,"Mean_Incubation_Length":57,"Mean_Incubation_Length_SD":1.41,"Total_Sexed":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":26,"Mean_Temp":25.75,"Mean_Temp_SD":0.22,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":11,"Clutch_ID":"1-11","Total_Incubated_Experiment":132,"Total_Incubated_Treatment":22,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Fluctuating","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":28,"Mean_Temp":27.94,"Mean_Temp_SD":0.65,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":11,"Clutch_ID":"1-11","Total_Incubated_Experiment":132,"Total_Incubated_Treatment":22,"Total_Hatched":7,"Proportion_Hatched":0.31818,"Mean_Incubation_Length":92.57,"Mean_Incubation_Length_SD":2.99,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":30,"Mean_Temp":29.83,"Mean_Temp_SD":0.26,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":11,"Clutch_ID":"1-11","Total_Incubated_Experiment":132,"Total_Incubated_Treatment":22,"Total_Hatched":14,"Proportion_Hatched":0.63636,"Mean_Incubation_Length":77.07,"Mean_Incubation_Length_SD":3.08,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":32,"Mean_Temp":31.95,"Mean_Temp_SD":0.29,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":11,"Clutch_ID":"1-11","Total_Incubated_Experiment":132,"Total_Incubated_Treatment":22,"Total_Hatched":14,"Proportion_Hatched":0.63636,"Mean_Incubation_Length":59.79,"Mean_Incubation_Length_SD":1.89,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Fluctuating","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":34,"Mean_Temp":34.01,"Mean_Temp_SD":0.67,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":11,"Clutch_ID":"1-11","Total_Incubated_Experiment":132,"Total_Incubated_Treatment":22,"Total_Hatched":18,"Proportion_Hatched":0.81818,"Mean_Incubation_Length":51.67,"Mean_Incubation_Length_SD":1.78,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":3,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_sextuberculata","SDM":"TSD","SDM_Confidence":1,"Location":"Middle Solimoes River, Mamiraua Sustainable Development Reserve, Central Amazon, Brazil","Latitude":-2.51426,"Longitude":-66.06705,"Latitude_Range":1.31323,"Longitude_Range":2.6491,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Thermometer_Location":"Container center","Set_Temp":36,"Mean_Temp":36.17,"Mean_Temp_SD":0.15,"Number_Clutches_Experiment":11,"Number_Clutches_Treatment":11,"Clutch_ID":"1-11","Total_Incubated_Experiment":132,"Total_Incubated_Treatment":22,"Total_Hatched":8,"Proportion_Hatched":0.36364,"Mean_Incubation_Length":49.75,"Mean_Incubation_Length_SD":1.16,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":0,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Camillo, C. S., Valenzuela, N., & Johnson, S. A. (2022). Effects of semi-constant temperature on embryonic and hatchling phenotypes of six-tubercled Amazon River turtles, Podocnemis sextuberculata. Journal of Thermal Biology, 108, 103292.","WoS":0,"Other":1,"Data_Location":"Text, Supplemental Data","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":14,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82353,"Proportion_Female":0.17647,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Vogt","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":24,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Vogt","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":1,"Number_Clutches_Treatment":5,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":24,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Number sexed estimated based on number of eggs incubated and sex ratios; coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":10,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47619,"Proportion_Female":0.52381,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Vogt","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":1,"Number_Clutches_Treatment":5,"Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":2,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0.06667,"Proportion_Female":0.93333,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Number sexed estimated based on number of eggs incubated and sex ratios; coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":34,"Mean_Temp":34,"Fluctuation":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":35,"Males":1,"Females":34,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02857,"Proportion_Female":0.97143,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Vogt","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"25","Backswitch_Temp1":28,"Backswitch_Temp2":34,"Backswitch_Temp3":34,"Total_Incubated_Treatment":12,"Total_Hatched":8,"Proportion_Hatched":0.66667,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":4,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"38","Backswitch_Temp1":28,"Backswitch_Temp2":34,"Backswitch_Temp3":34,"Total_Incubated_Treatment":9,"Total_Hatched":9,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"25","Backswitch_Temp1":34,"Backswitch_Temp2":28,"Backswitch_Temp3":28,"Total_Incubated_Treatment":13,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Backswitch","Substrate":"Sand","Thermometer_Location":"Incubator","Backswitch_Start":"38","Backswitch_Temp1":34,"Backswitch_Temp2":28,"Backswitch_Temp3":28,"Total_Incubated_Treatment":10,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":28.23,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":28.49,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.06,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.06,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.17,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.29,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.29,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.39,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.79,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":29.9,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.13,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.39,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.6,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.67,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.68,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.76,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":30.94,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.09,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.47,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Guapore River 60km south of Costa Marques, Rondonia, Brazil","Latitude":-12.47104,"Longitude":-63.89657,"Latitude_Range":0.01565,"Longitude_Range":0.01021,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":8,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest center","Mean_Temp":31.85,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"de Souza, R. R., & Vogt, R. C. (1994). Incubation temperature influences sex and hatchling size in the neotropical turtle Podocnemis unifilis. Journal of Herpetology, 28(4), 453-464.","WoS":7,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates for site 60km downstream of Costa Marques"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Murici, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.94539,"Longitude":-50.10917,"Latitude_Range":0.00535,"Longitude_Range":0.00373,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":7,"Last_Month":9,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Mean_Incubation_Length":67,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":10,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Table 10, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Jaburu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.96417,"Longitude":-50.11106,"Latitude_Range":0.00277,"Longitude_Range":0.00959,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":7,"Last_Month":9,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Mean_Incubation_Length":60,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":6,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Table 10, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Jaburu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.96417,"Longitude":-50.11106,"Latitude_Range":0.00277,"Longitude_Range":0.00959,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":7,"Last_Month":9,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Mean_Incubation_Length":71,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Table 10, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Canguçu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":7,"Last_Month":9,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Mean_Incubation_Length":76,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Table 10, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Canguçu, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.97143,"Longitude":-50.09423,"Latitude_Range":0.01374,"Longitude_Range":0.02017,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":7,"Last_Month":9,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Mean_Incubation_Length":80,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Table 10, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Praia do Murici, Parque Nacional do Araguaia, Rio Javaés, Ilha do Bananal, Tocantins, Brasil","Latitude":-9.94539,"Longitude":-50.10917,"Latitude_Range":0.00535,"Longitude_Range":0.00373,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":7,"Last_Month":9,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Mean_Incubation_Length":86,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":1,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.09091,"Proportion_Female":0.90909,"Source":"Malvasio, A., Souza, A. M., Ferreira Junior, P. D., Reis, E. S., Sampaio, F. A. A. (2002). Temperatura de incubação dos ovos e granulometria dos sedimentos das covas relacionadas a determinação sexual em Podocnemis expansa (Schweigger, 1812) e P. unifilis (Troschel, 1848) (Testudines, Pelomedusidae). Publicações Avulsas do Instituto Pau Brasil de Historia Natural, 5, 11-25.","WoS":1,"Other":0,"Data_Location":"Table 10, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Cahuinarí Island, Cahuinarí National Park, Colombia","Latitude":-1.43692,"Longitude":-70.71011,"Latitude_Range":0.01536,"Longitude_Range":0.0218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"Incubation_Setup":"Nest","Mean_Temp":29.5,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":7,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Páez, V. P., & Bock, B. C. (2004). Pre- and post-hatching factors affecting juvenile growth rates in the yellow-spotted river turtle (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","Source_Alternate":"Páez, V. P., & Bock, B. C. (2004). Factores pre y poeseclosión que afectan las tasas de crecimiento de juveniles de la tortuga tericaya (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Cahuinarí Island, Cahuinarí National Park, Colombia","Latitude":-1.43692,"Longitude":-70.71011,"Latitude_Range":0.01536,"Longitude_Range":0.0218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1993,"Incubation_Setup":"Nest","Mean_Temp":31.5,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Páez, V. P., & Bock, B. C. (2004). Pre- and post-hatching factors affecting juvenile growth rates in the yellow-spotted river turtle (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","Source_Alternate":"Páez, V. P., & Bock, B. C. (2004). Factores pre y poeseclosión que afectan las tasas de crecimiento de juveniles de la tortuga tericaya (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Cahuinarí Island, Cahuinarí National Park, Colombia","Latitude":-1.43692,"Longitude":-70.71011,"Latitude_Range":0.01536,"Longitude_Range":0.0218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Constant","Set_Temp":27,"Mean_Temp":27.1,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":5,"Clutch_ID":"3-7","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., & Bock, B. C. (2004). Pre- and post-hatching factors affecting juvenile growth rates in the yellow-spotted river turtle (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","Source_Alternate":"Páez, V. P., & Bock, B. C. (2004). Factores pre y poeseclosión que afectan las tasas de crecimiento de juveniles de la tortuga tericaya (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Cahuinarí Island, Cahuinarí National Park, Colombia","Latitude":-1.43692,"Longitude":-70.71011,"Latitude_Range":0.01536,"Longitude_Range":0.0218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1994,"Last_Year":1994,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30.2,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":3,"Clutch_ID":"5-7","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Páez, V. P., & Bock, B. C. (2004). Pre- and post-hatching factors affecting juvenile growth rates in the yellow-spotted river turtle (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","Source_Alternate":"Páez, V. P., & Bock, B. C. (2004). Factores pre y poeseclosión que afectan las tasas de crecimiento de juveniles de la tortuga tericaya (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Cahuinarí Island, Cahuinarí National Park, Colombia","Latitude":-1.43692,"Longitude":-70.71011,"Latitude_Range":0.01536,"Longitude_Range":0.0218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1993,"Last_Year":1994,"Incubation_Setup":"Constant","Set_Temp":32,"Mean_Temp":31.9,"Number_Clutches_Experiment":7,"Number_Clutches_Treatment":5,"Clutch_ID":"3-7","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Páez, V. P., & Bock, B. C. (2004). Pre- and post-hatching factors affecting juvenile growth rates in the yellow-spotted river turtle (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","Source_Alternate":"Páez, V. P., & Bock, B. C. (2004). Factores pre y poeseclosión que afectan las tasas de crecimiento de juveniles de la tortuga tericaya (Podocnemis unifilis). Actualidades Biológicas, 26(81), 137-151.","WoS":2,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Nhamundá, Parintins, Barreirinha, Itacoatiara, Barcelos, Borba, Juruá, Carauari, Itamarati, Terra Santa, Juruti, Faro, and Oriximiná, Amazonas and Pará, Brazil","Latitude":-4.09842,"Longitude":-62.05499,"Latitude_Range":4.67632,"Longitude_Range":12.38244,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":1999,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Nest","Substrate":"Sand, clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":40,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Source":"Andrade, P. C. M., de Lima, A. C., Azevedo, S. H., de Oliveira, A. B., de Almeida Júnior, C. D., Garcez, J. R., da Mota Duarte, J. A., de Melo Martins, K. P., de Anízio, T. L. F., Rodrigues, W. S., Monteiro, M. S., da Silva Pinto, J. R., & Oliveira, P. H. G. (2011). Programa Pé-de-pincha, 12 Anos de Manejo Participativo de Quelônios por Comunidades do Médio Rio Amazonas, Negro e Madeira. 1° Workshop Estratégies para Conservação de Quelônios da Amazônia: Proteção de Praias, Programação e Resumos, 5 e 6 de Maio de 2011, Manaus, AM.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Temperatures recorded hourly during the day (0600-1800) and every 3 hours at night"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Nhamundá, Parintins, Barreirinha, Itacoatiara, Barcelos, Borba, Juruá, Carauari, Itamarati, Terra Santa, Juruti, Faro, and Oriximiná, Amazonas and Pará, Brazil","Latitude":-4.09842,"Longitude":-62.05499,"Latitude_Range":4.67632,"Longitude_Range":12.38244,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1999,"Last_Year":2000,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Artificial nest","Substrate":"Sand, clay","Thermometer_Location":"Nest","Mean_Temp":32.5,"Mean_Temp_SD":3.2,"Number_Clutches_Experiment":40,"Number_Clutches_Treatment":5,"Clutch_ID":"6-10","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":11,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44,"Proportion_Female":0.56,"Source":"Andrade, P. C. M., de Lima, A. C., Azevedo, S. H., de Oliveira, A. B., de Almeida Júnior, C. D., Garcez, J. R., da Mota Duarte, J. A., de Melo Martins, K. P., de Anízio, T. L. F., Rodrigues, W. S., Monteiro, M. S., da Silva Pinto, J. R., & Oliveira, P. H. G. (2011). Programa Pé-de-pincha, 12 Anos de Manejo Participativo de Quelônios por Comunidades do Médio Rio Amazonas, Negro e Madeira. 1° Workshop Estratégies para Conservação de Quelônios da Amazônia: Proteção de Praias, Programação e Resumos, 5 e 6 de Maio de 2011, Manaus, AM.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Temperatures recorded hourly during the day (0600-1800) and every 3 hours at night; sex ratios listed as 55.6% (±12.4%) female"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Terra Santa, Barreirinha, and Carauari, Amazonas and Pará, Brazil","Latitude":-3.48437,"Longitude":-61.69738,"Latitude_Range":2.79606,"Longitude_Range":10.41504,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Nest","Substrate":"Sand, clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":40,"Number_Clutches_Treatment":15,"Clutch_ID":"11-25","Sexed_Age_Class":"Hatchlings","Total_Sexed":75,"Source":"Andrade, P. C. M., de Lima, A. C., Azevedo, S. H., de Oliveira, A. B., de Almeida Júnior, C. D., Garcez, J. R., da Mota Duarte, J. A., de Melo Martins, K. P., de Anízio, T. L. F., Rodrigues, W. S., Monteiro, M. S., da Silva Pinto, J. R., & Oliveira, P. H. G. (2011). Programa Pé-de-pincha, 12 Anos de Manejo Participativo de Quelônios por Comunidades do Médio Rio Amazonas, Negro e Madeira. 1° Workshop Estratégies para Conservação de Quelônios da Amazônia: Proteção de Praias, Programação e Resumos, 5 e 6 de Maio de 2011, Manaus, AM.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Terra Santa, Barreirinha, and Carauari, Amazonas and Pará, Brazil","Latitude":-3.48437,"Longitude":-61.69738,"Latitude_Range":2.79606,"Longitude_Range":10.41504,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Artificial nest","Substrate":"Sand, clay","Thermometer_Location":"Nest","Mean_Temp":28.3,"Mean_Temp_SD":2.4,"Number_Clutches_Experiment":40,"Number_Clutches_Treatment":15,"Clutch_ID":"26-40","Sexed_Age_Class":"Hatchlings","Total_Sexed":75,"Males":48,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64,"Proportion_Female":0.36,"Source":"Andrade, P. C. M., de Lima, A. C., Azevedo, S. H., de Oliveira, A. B., de Almeida Júnior, C. D., Garcez, J. R., da Mota Duarte, J. A., de Melo Martins, K. P., de Anízio, T. L. F., Rodrigues, W. S., Monteiro, M. S., da Silva Pinto, J. R., & Oliveira, P. H. G. (2011). Programa Pé-de-pincha, 12 Anos de Manejo Participativo de Quelônios por Comunidades do Médio Rio Amazonas, Negro e Madeira. 1° Workshop Estratégies para Conservação de Quelônios da Amazônia: Proteção de Praias, Programação e Resumos, 5 e 6 de Maio de 2011, Manaus, AM.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Sex ratios listed as 63.5% (±5.8%) male"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Parque Indígena do Xingu, Mato Grosso, Brazil","Latitude":-11.95561,"Longitude":-53.50964,"Latitude_Range":0.05789,"Longitude_Range":0.08326,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand, vermiculite","Thermometer_Location":"Incubator","Mean_Temp":28.4,"Fluctuation":0.04,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":15,"Total_Hatched":10,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":84,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":9,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Gomes, A. S. (2011). Razão sexual de Podocnemis unifilis no Parque Indígena do Xingu, Mato Grosso, Brasil (Unpublished master's thesis, Universidade Vila Velha, Vila Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/395","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Parque Indígena do Xingu, Mato Grosso, Brazil","Latitude":-11.95561,"Longitude":-53.50964,"Latitude_Range":0.05789,"Longitude_Range":0.08326,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Fluctuating","Substrate":"Sand, vermiculite","Thermometer_Location":"Incubator","Mean_Temp":30.3,"Fluctuation":2.11,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":15,"Total_Hatched":8,"Proportion_Hatched":0.53333,"Mean_Incubation_Length":63,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":6,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Gomes, A. S. (2011). Razão sexual de Podocnemis unifilis no Parque Indígena do Xingu, Mato Grosso, Brasil (Unpublished master's thesis, Universidade Vila Velha, Vila Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/395","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Parque Indígena do Xingu, Mato Grosso, Brazil","Latitude":-11.95561,"Longitude":-53.50964,"Latitude_Range":0.05789,"Longitude_Range":0.08326,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand, vermiculite","Thermometer_Location":"Incubator","Mean_Temp":30.9,"Fluctuation":0.16,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":15,"Total_Hatched":8,"Proportion_Hatched":0.53333,"Mean_Incubation_Length":57,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":5,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Gomes, A. S. (2011). Razão sexual de Podocnemis unifilis no Parque Indígena do Xingu, Mato Grosso, Brasil (Unpublished master's thesis, Universidade Vila Velha, Vila Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/395","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Parque Indígena do Xingu, Mato Grosso, Brazil","Latitude":-11.95561,"Longitude":-53.50964,"Latitude_Range":0.05789,"Longitude_Range":0.08326,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand, vermiculite","Thermometer_Location":"Incubator","Mean_Temp":32.1,"Fluctuation":0.19,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":15,"Total_Hatched":15,"Proportion_Hatched":1,"Mean_Incubation_Length":65,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":7,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46667,"Proportion_Female":0.53333,"Source":"Gomes, A. S. (2011). Razão sexual de Podocnemis unifilis no Parque Indígena do Xingu, Mato Grosso, Brasil (Unpublished master's thesis, Universidade Vila Velha, Vila Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/395","WoS":0,"Other":1,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Parque Indígena do Xingu, Mato Grosso, Brazil","Latitude":-11.95561,"Longitude":-53.50964,"Latitude_Range":0.05789,"Longitude_Range":0.08326,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand, vermiculite","Thermometer_Location":"Incubator","Mean_Temp":33.4,"Number_Clutches_Experiment":10,"Number_Clutches_Treatment":10,"Clutch_ID":"1-10","Total_Incubated_Experiment":150,"Total_Incubated_Treatment":15,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gomes, A. S. (2011). Razão sexual de Podocnemis unifilis no Parque Indígena do Xingu, Mato Grosso, Brasil (Unpublished master's thesis, Universidade Vila Velha, Vila Velha, Brazil). Retrieved from https://repositorio.uvv.br/handle/123456789/395","WoS":0,"Other":1,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Number sexed based on pivotal temperature estimate of 31.77C, assuming fit with logistic model"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":12,"Proportion_Hatched":0.48,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":60,"Males":25,"Females":35,"Intersex":0,"Undetermined":0,"Proportion_Male":0.41667,"Proportion_Female":0.58333,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2008,"Last_Year":2008,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":10,"Proportion_Hatched":0.73,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SD":5.5,"Min_Incubation_Length":48,"Max_Incubation_Length":75,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":50,"Males":33,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66,"Proportion_Female":0.34,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Tabuleiro do Embaubal, Rio Xingu, Pará, Brasil","Latitude":-2.69625,"Longitude":-52.00929,"Latitude_Range":0.04256,"Longitude_Range":0.03598,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2010,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest adjacent","Number_Clutches_Treatment":9,"Proportion_Hatched":0.55,"Mean_Incubation_Length":61,"Mean_Incubation_Length_SD":3.6,"Min_Incubation_Length":57,"Max_Incubation_Length":67,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":45,"Males":1,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02222,"Proportion_Female":0.97778,"Source":"Carneiro, C. C. (2012). Influência do ambiente de nidificação sobre a taxa de eclosão, a duração da incubação e a determinação sexual em Podocnemis (Reptilia, Podocnemididae) no Tabuleiro do Embaubal Rio Xingu, Pará (Master's thesis, Universidade Federal do Pará, Belém, Brasil). Retrieved from http://ppgeap.propesp.ufpa.br/ARQUIVOS/dissertacoes/2012/PPGEAP_Dissertacao_Cristiane_Costa_Carneriro_2010_a_2012%2014.05.2012.pdf","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Praias Bonita, Goiaba, Coco, Comprida, & Canguçu along the Rio Javaés, Parque Nacional do Araguaia, Tocantins, Brazil","Latitude":-9.93332,"Longitude":-50.11472,"Latitude_Range":0.08996,"Longitude_Range":0.06115,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":8,"Last_Month":9,"Incubation_Setup":"Nest","Mean_Temp":27.5,"Number_Clutches_Experiment":5,"Number_Clutches_Treatment":5,"Clutch_ID":"1-5","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":98,"Males":67,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0.68367,"Proportion_Female":0.31633,"Source":"Malvasio, A., do Nascimento-Rocha, J. M., Santos, H. D., de Ataídes, A. G., Portelinha, T. C. G. (2012). Morphometry and histology of the gonads of males and females hatchlings of Podocnemis expansa and Podocnemis. unifilis (Testudines, Podocnemididae). Acta Scientiarum, 34(1), 105-112.","Source_Alternate":"Malvasio, A., do Nascimento-Rocha, J. M., Santos, H. D., de Ataídes, A. G., Portelinha, T. C. G. (2012). Morfometria e histologia das gônadas de machos e fêmeas recémeclodidos de Podocnemis expansa e Podocnemis unifilis (Testudines, Podocnemididae). Acta Scientiarum, 34(1), 105-112.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Taboleiro da Água Preta, Pará, Brazil","Latitude":-2.1573,"Longitude":-54.62963,"Latitude_Range":0.01389,"Longitude_Range":0.02515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":10,"Last_Month":11,"Incubation_Setup":"Nest","Number_Clutches_Experiment":76,"Number_Clutches_Treatment":30,"Clutch_ID":"1-30","Total_Incubated_Treatment":1555,"Total_Hatched":1042,"Proportion_Hatched":0.6701,"Mean_Incubation_Length":58.9,"Mean_Incubation_Length_SD":3.64,"Min_Incubation_Length":54,"Max_Incubation_Length":66,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":150,"Males":58,"Females":91,"Intersex":1,"Undetermined":0,"Proportion_Male":0.39,"Proportion_Female":0.61,"Source":"Pignati, M. T., Fernandes, L. F., Miorando, P. S., Ferreira, P. D., & Pezzuti, J. C. B. (2013). Effects of the nesting environment on embryonic development, sex ratio, and hatching success in Podocnemis unifilis (Testudines: Podocnemididae) in an area of várzea floodplain on the lower Amazon River in Brazil. Copeia, 2013(2), 303-311.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Number of nests included for each measurement varies"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Taboleiro da Água Preta, Pará, Brazil","Latitude":-2.1573,"Longitude":-54.62963,"Latitude_Range":0.01389,"Longitude_Range":0.02515,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2009,"Last_Year":2009,"First_Month":9,"Last_Month":10,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Number_Clutches_Experiment":76,"Number_Clutches_Treatment":46,"Clutch_ID":"31-76","Total_Incubated_Treatment":2298,"Total_Hatched":1724,"Proportion_Hatched":0.75022,"Mean_Incubation_Length":60,"Mean_Incubation_Length_SD":5.23,"Min_Incubation_Length":51,"Max_Incubation_Length":74,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":230,"Males":216,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93913,"Proportion_Female":0.06087,"Source":"Pignati, M. T., Fernandes, L. F., Miorando, P. S., Ferreira, P. D., & Pezzuti, J. C. B. (2013). Effects of the nesting environment on embryonic development, sex ratio, and hatching success in Podocnemis unifilis (Testudines: Podocnemididae) in an area of várzea floodplain on the lower Amazon River in Brazil. Copeia, 2013(2), 303-311.","WoS":5,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Number of nests included for each measurement varies"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Aliança, Lago do Piraruacá, Terra Santa, Pará, Brasil","Latitude":-2.00192,"Longitude":-56.35067,"Latitude_Range":0.00436,"Longitude_Range":0.0039,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2012,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":31.4,"Mean_Temp_SE":1.1,"Number_Clutches_Experiment":85,"Number_Clutches_Treatment":57,"Clutch_ID":"1-57","Proportion_Hatched":0.558,"Mean_Incubation_Length":61.5,"Mean_Incubation_Length_SD":5.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":285,"Males":197,"Females":88,"Intersex":0,"Undetermined":0,"Proportion_Male":0.69123,"Proportion_Female":0.30877,"Source":"Andrade, P. C. M. (2017). Efeitos da transferência de ninhos de Podocnemis unifilis, P. sextuberculata e P. expansa no lago do Piraruacá, Terra Santa, Brasil. In P. C. M. Andrade (Ed.), Manejo comunitário de quelônios no Médio Amazonas: Projeto Pé-de-pincha (pp. 208-260). Manaus/AM.","WoS":0,"Other":1,"Data_Location":"Table 2, Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Fazenda Aliança, Lago do Piraruacá, Terra Santa, Pará, Brasil","Latitude":-2.00192,"Longitude":-56.35067,"Latitude_Range":0.00436,"Longitude_Range":0.0039,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2010,"Last_Year":2012,"Incubation_Setup":"Artificial nest","Substrate":"Sand","Thermometer_Location":"Nest","Mean_Temp":32.3,"Mean_Temp_SE":0.7,"Number_Clutches_Experiment":85,"Number_Clutches_Treatment":28,"Clutch_ID":"58-85","Proportion_Hatched":0.694,"Mean_Incubation_Length":59.3,"Mean_Incubation_Length_SD":1.9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":140,"Males":67,"Females":73,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47857,"Proportion_Female":0.52143,"Source":"Andrade, P. C. M. (2017). Efeitos da transferência de ninhos de Podocnemis unifilis, P. sextuberculata e P. expansa no lago do Piraruacá, Terra Santa, Brasil. In P. C. M. Andrade (Ed.), Manejo comunitário de quelônios no Médio Amazonas: Projeto Pé-de-pincha (pp. 208-260). Manaus/AM.","WoS":0,"Other":1,"Data_Location":"Table 2, Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":28,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":9,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64286,"Proportion_Female":0.35714,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":24,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":30,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":10,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":18,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":6,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":14,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":5,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":32,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":12,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Treatment":44,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":5,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22727,"Proportion_Female":0.77273,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Treatment":20,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Treatment":38,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":12,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63158,"Proportion_Female":0.36842,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Treatment":44,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":19,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.86364,"Proportion_Female":0.13636,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Treatment":28,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":11,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78571,"Proportion_Female":0.21429,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Between Caua-Cuiuanã and Itapuru sectors of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.25781,"Longitude":-61.93136,"Latitude_Range":0.00473,"Longitude_Range":0.02416,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Clay","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Treatment":34,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":12,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.70588,"Proportion_Female":0.29412,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Treatment":18,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":2,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Incubated_Treatment":28,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":6,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Treatment":28,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Treatment":22,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":3,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.27273,"Proportion_Female":0.72727,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Incubated_Treatment":24,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":4,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Treatment":24,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":7,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.58333,"Proportion_Female":0.41667,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Treatment":10,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Treatment":30,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":5,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Treatment":6,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Treatment":20,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":3,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Treatment":22,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":6,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54545,"Proportion_Female":0.45455,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Incubated_Treatment":46,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":4,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.17391,"Proportion_Female":0.82609,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Incubated_Treatment":34,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":5,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.29412,"Proportion_Female":0.70588,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_unifilis","SDM":"TSD","SDM_Confidence":1,"Location":"Ayapuá sector of Piagaçu Purus Sustainable Development Reserve, Amazonas, Brazil","Latitude":-4.43417,"Longitude":-62.29519,"Latitude_Range":0.00205,"Longitude_Range":0.00216,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":9,"Last_Month":12,"Incubation_Setup":"Nest","Substrate":"Sand","Thermometer_Location":"Nest","Number_Clutches_Experiment":26,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Total_Incubated_Treatment":16,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":4,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Erickson, J., Fagundes, C. K., Magalhães, M. S., Dias, L. C., Vogt, R. C., Farias, I. P., & Zuanon, J. (2020). Natural nests incubated in two different soil types lead to an overall balanced sex ratio in Podocnemis unifilis hatchlings on the lower Purus River, Brazil. Salamandra, 56(4), 309-316.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Temperature data recorded, but not included for each nest in paper"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_vogli","SDM":"TSD","SDM_Confidence":1,"Location":"Hacienda La Corocora, San Carlos de Guaroa, Meta, and Reserva Privada Bojonawi, Puerto Carreño, Vichada, Colombia","Latitude":4.90339,"Longitude":-70.47201,"Latitude_Range":2.43975,"Longitude_Range":5.97747,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2021,"Last_Year":2021,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Mean_Temp_SD":0.15,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":16,"Total_Hatched":14,"Proportion_Hatched":0.875,"Mean_Incubation_Length":134,"Mean_Incubation_Length_SD":27,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Pérez, J., Parra, F., & Bock, B. C. (2023). An approximation of the sex determination parameters in the savanna side-necked turtle Podocnemis vogli (Podocnemididae). Chelonian Conservation and Biology, 22(2), 175-183.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Incubation period calculated from start of artificial incubation - likely more than 2 weeks after nesting"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_vogli","SDM":"TSD","SDM_Confidence":1,"Location":"Hacienda La Corocora, San Carlos de Guaroa, Meta, and Reserva Privada Bojonawi, Puerto Carreño, Vichada, Colombia","Latitude":4.90339,"Longitude":-70.47201,"Latitude_Range":2.43975,"Longitude_Range":5.97747,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2021,"Last_Year":2021,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Mean_Temp_SD":0.15,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":15,"Total_Hatched":9,"Proportion_Hatched":0.6,"Mean_Incubation_Length":104,"Mean_Incubation_Length_SD":18,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Páez, V. P., Pérez, J., Parra, F., & Bock, B. C. (2023). An approximation of the sex determination parameters in the savanna side-necked turtle Podocnemis vogli (Podocnemididae). Chelonian Conservation and Biology, 22(2), 175-183.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Incubation period calculated from start of artificial incubation - likely more than 2 weeks after nesting"}
{"Order":"Testudines","Family":"Podocnemididae","Genus":"Podocnemis","Species":"Podocnemis_vogli","SDM":"TSD","SDM_Confidence":1,"Location":"Hacienda La Corocora, San Carlos de Guaroa, Meta, and Reserva Privada Bojonawi, Puerto Carreño, Vichada, Colombia","Latitude":4.90339,"Longitude":-70.47201,"Latitude_Range":2.43975,"Longitude_Range":5.97747,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2021,"Last_Year":2021,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Substrate":"2:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Mean_Temp_SD":0.15,"Number_Clutches_Experiment":4,"Number_Clutches_Treatment":4,"Clutch_ID":"1-4","Total_Incubated_Treatment":15,"Total_Hatched":10,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":94,"Mean_Incubation_Length_SD":19,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":10,"Males":7,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Páez, V. P., Pérez, J., Parra, F., & Bock, B. C. (2023). An approximation of the sex determination parameters in the savanna side-necked turtle Podocnemis vogli (Podocnemididae). Chelonian Conservation and Biology, 22(2), 175-183.","WoS":0,"Other":1,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Incubation period calculated from start of artificial incubation - likely more than 2 weeks after nesting"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":13,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":57,"Males":52,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91228,"Proportion_Female":0.08772,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":55,"Males":0,"Females":55,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":8,"Total_Hatched":7,"Proportion_Hatched":0.875,"Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Jackson, D. R., & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167.","WoS":2,"Other":0,"Data_Location":"Table 11, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":18,"Total_Hatched":17,"Proportion_Hatched":0.94444,"Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Jackson, D. R., & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167.","WoS":2,"Other":0,"Data_Location":"Table 11, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Thermometer_Location":"Nest center","Mean_Temp":28.6,"Min_Temp":26,"Max_Temp":32,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":18,"Total_Hatched":7,"Proportion_Hatched":0.38889,"Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Jackson, D. R., & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167.","WoS":2,"Other":0,"Data_Location":"Table 11, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":18,"Total_Hatched":2,"Proportion_Hatched":0.11111,"Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Jackson, D. R., & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167.","WoS":2,"Other":0,"Data_Location":"Table 11, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Hatched":8,"Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Jackson, D. R., & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167.","WoS":2,"Other":0,"Data_Location":"Table 11, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1991,"Last_Year":1991,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Nest","Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":17,"Total_Hatched":12,"Proportion_Hatched":0.70588,"Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Jackson, D. R., & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167.","WoS":2,"Other":0,"Data_Location":"Table 11, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":69,"Males":64,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92754,"Proportion_Female":0.07246,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":23,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85185,"Proportion_Female":0.14815,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":1,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03846,"Proportion_Female":0.96154,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":0,"Females":65,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"concinna","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":35.83699,"Longitude":-85.97992,"Latitude_Range":1.68074,"Longitude_Range":8.65963,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Some data from Jackson, D. R. & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Mean_Incubation_Length":103.9,"Min_Incubation_Length":91,"Max_Incubation_Length":122,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Some data from Jackson, D. R. & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Mean_Incubation_Length":82.5,"Min_Incubation_Length":77,"Max_Incubation_Length":93,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Some data from Jackson, D. R. & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Mean_Incubation_Length":72.9,"Min_Incubation_Length":68,"Max_Incubation_Length":75,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":18,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Some data from Jackson, D. R. & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Mean_Incubation_Length":65,"Min_Incubation_Length":62,"Max_Incubation_Length":69,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":0,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Some data from Jackson, D. R. & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Mean_Incubation_Length":66.6,"Min_Incubation_Length":62,"Max_Incubation_Length":73,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Some data from Jackson, D. R. & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_concinna","Subspecies":"suwanniensis","SDM":"TSD","SDM_Confidence":1,"Location":"Wakulla Springs State Park, Wakulla County, Florida, USA","Latitude":30.22695,"Longitude":-84.28036,"Latitude_Range":0.03348,"Longitude_Range":0.06499,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Mean_Incubation_Length":60.5,"Min_Incubation_Length":59,"Max_Incubation_Length":61,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Some data from Jackson, D. R. & Walker, R. N. (1997). Reproduction in the Suwannee cooter, Pseudemys concinna suwanniensis. Bulletin of the Florida Museum of Natural History, 41(2), 69-167."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_floridana","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":30.13281,"Longitude":-84.48785,"Latitude_Range":1.72812,"Longitude_Range":6.28848,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_floridana","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":30.13281,"Longitude":-84.48785,"Latitude_Range":1.72812,"Longitude_Range":6.28848,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_nelsoni","SDM":"TSD","SDM_Confidence":1,"Location":"Florida and Georgia, USA","Latitude":27.79015,"Longitude":-82.73346,"Latitude_Range":6.4924,"Longitude_Range":5.40833,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_nelsoni","SDM":"TSD","SDM_Confidence":1,"Location":"Florida and Georgia, USA","Latitude":27.79015,"Longitude":-82.73346,"Latitude_Range":6.4924,"Longitude_Range":5.40833,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":13,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.68421,"Proportion_Female":0.31579,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_nelsoni","SDM":"TSD","SDM_Confidence":1,"Location":"Florida and Georgia, USA","Latitude":27.79015,"Longitude":-82.73346,"Latitude_Range":6.4924,"Longitude_Range":5.40833,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":5,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3125,"Proportion_Female":0.6875,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_nelsoni","SDM":"TSD","SDM_Confidence":1,"Location":"Florida and Georgia, USA","Latitude":27.79015,"Longitude":-82.73346,"Latitude_Range":6.4924,"Longitude_Range":5.40833,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_texana","SDM":"TSD","SDM_Confidence":1,"Location":"Texas, USA","Latitude":31.05141,"Longitude":-98.70932,"Latitude_Range":4.44902,"Longitude_Range":5.55799,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_texana","SDM":"TSD","SDM_Confidence":1,"Location":"Texas, USA","Latitude":31.05141,"Longitude":-98.70932,"Latitude_Range":4.44902,"Longitude_Range":5.55799,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Pseudemys","Species":"Pseudemys_texana","SDM":"TSD","SDM_Confidence":1,"Location":"Texas, USA","Latitude":31.05141,"Longitude":-98.70932,"Latitude_Range":4.44902,"Longitude_Range":5.55799,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_arachnoides","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-23.53768,"Longitude":44.96252,"Latitude_Range":4.14876,"Longitude_Range":3.44532,"Accurate":0.5,"Captive":1,"Captive_Location":"Gainesville, Florida, USA","Captive_Latitude":29.65673,"Captive_Longitude":-82.33843,"Captive_Latitude_Range":0.36083,"Captive_Longitude_Range":0.32526,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Mean_Temp":28.5,"Fluctuation":2.5,"Min_Temp":26,"Max_Temp":31,"Total_Incubated_Treatment":50,"Total_Hatched":26,"Proportion_Hatched":0.52,"Min_Incubation_Length":192,"Max_Incubation_Length":303,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":26,"Source":"Pearson, D. W. (2013). Ecological husbandry and reproduction of Madagascar spider (Pyxis arachnoides) and flat-tailed (Pyxis planicauda) tortoises. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 146-152). Chelonian Research Monographs No. 6.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Mostly males; Included 6-8 week diapause at 20-24C after 8-12 weeks under initial conditions"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Captive_Location":"Gainesville, Florida, USA","Captive_Latitude":29.65673,"Captive_Longitude":-82.33843,"Captive_Latitude_Range":0.36083,"Captive_Longitude_Range":0.32526,"Captive_Accurate":1,"Outdoors":0.5,"Within_Species_Range":0,"First_Year":2002,"Last_Year":2009,"Incubation_Setup":"Fluctuating","Substrate":"1:1 w/w vermiculite:water","Mean_Temp":28.5,"Fluctuation":2.5,"Min_Temp":26,"Max_Temp":31,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Min_Incubation_Length":213,"Max_Incubation_Length":275,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pearson, D. W. (2013). Ecological husbandry and reproduction of Madagascar spider (Pyxis arachnoides) and flat-tailed (Pyxis planicauda) tortoises. In C. M. Castellano, A. G. J. Rhodin, M. Ogle, R. A. Mittermeier, H. Randriamahazo, R. Hudson, & R. E. Lewis (Eds.), Turtles on the brink in Madagascar: Proceedings of two workshops on the status, conservation, and biology of Malagasy tortoises and freshwater turtles (pp. 146-152). Chelonian Research Monographs No. 6.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Included 6-8 week diapause at 20-24C after 8-12 weeks under initial conditions"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2002,"Last_Year":2002,"Incubation_Setup":"Artificial nest","Min_Temp":25,"Max_Temp":39,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Mislin","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2004,"Last_Year":2004,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":2,"Clutch_ID":"2-3","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 26.6 and 23.6C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2005,"Last_Year":2005,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, then fluctuating every 12h between 29 and 26C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2005,"Last_Year":2005,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":3,"Clutch_ID":"5-7","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 27.7 and 24.7C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2006,"Last_Year":2006,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":2,"Clutch_ID":"8-9","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":1,"Females":1,"Intersex":0,"Undetermined":1,"Proportion_Male":0.33333,"Proportion_Female":0.33333,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 29 and 26C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2006,"Last_Year":2006,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":0,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":0,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, then fluctuating every 12h between 30 and 27C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2007,"Last_Year":2007,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":4,"Clutch_ID":"11-14","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 27.7 and 24.7C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2008,"Last_Year":2008,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":2,"Clutch_ID":"15-16","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":1,"Females":0,"Intersex":0,"Undetermined":2,"Proportion_Male":0.33333,"Proportion_Female":0,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 30.5 and 25C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2009,"Last_Year":2009,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":2,"Clutch_ID":"17-18","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":4,"Males":0,"Females":0,"Intersex":0,"Undetermined":4,"Proportion_Male":0,"Proportion_Female":0,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 30 and 26.5C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2010,"Last_Year":2010,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":2,"Clutch_ID":"19-20","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":4,"Males":0,"Females":1,"Intersex":0,"Undetermined":3,"Proportion_Male":0,"Proportion_Female":0.25,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 30 and 26.5C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2011,"Last_Year":2011,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":4,"Clutch_ID":"21-24","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":8,"Males":3,"Females":1,"Intersex":0,"Undetermined":4,"Proportion_Male":0.375,"Proportion_Female":0.125,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 30 and 26.5C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2012,"Last_Year":2012,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":3,"Clutch_ID":"25-27","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":0,"Females":1,"Intersex":0,"Undetermined":2,"Proportion_Male":0,"Proportion_Female":0.33333,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 30 and 26.5C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2013,"Last_Year":2013,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":5,"Clutch_ID":"28-32","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":6,"Males":0,"Females":4,"Intersex":0,"Undetermined":2,"Proportion_Male":0,"Proportion_Female":0.66667,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 31 and 26.5C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2014,"Last_Year":2014,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 33 and 27C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2016,"Last_Year":2016,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":0,"Females":0,"Intersex":0,"Undetermined":3,"Proportion_Male":0,"Proportion_Female":0,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 33 and 27C until hatching"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Pyxis","Species":"Pyxis_planicauda","SDM":"TSD","SDM_Confidence":1,"Location":"Madagascar","Latitude":-19.9414,"Longitude":44.70539,"Latitude_Range":0.83773,"Longitude_Range":0.87624,"Accurate":1,"Captive":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":2017,"Last_Year":2017,"Substrate":"4:3 v/v vermiculite:water","Humidity":0.85,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":1,"Proportion_Male":0,"Proportion_Female":1,"Source":"Mislin, V. (2018). Keeping and breeding the Malagasy flat-tailed tortoise Pyxis planicauda (Grandidier, 1867). Bundesamt für Naturschutz, Bonn.","WoS":0,"Other":1,"Data_Location":"Table 2, Text, Personal Communication with Mislin","Data_Elsewhere":"0","Notes":"30 days at 21C, 30 days at 15.5C, 30 days at 21C, then fluctuating every 12h between 33 and 27C until hatching"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_areolata","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.36754,"Longitude":-91.83174,"Latitude_Range":6.46889,"Longitude_Range":10.15,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_areolata","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.36754,"Longitude":-91.83174,"Latitude_Range":6.46889,"Longitude_Range":10.15,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_areolata","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.36754,"Longitude":-91.83174,"Latitude_Range":6.46889,"Longitude_Range":10.15,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":2,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_areolata","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.36754,"Longitude":-91.83174,"Latitude_Range":6.46889,"Longitude_Range":10.15,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_areolata","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.36754,"Longitude":-91.83174,"Latitude_Range":6.46889,"Longitude_Range":10.15,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":7,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_areolata","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.36754,"Longitude":-91.83174,"Latitude_Range":6.46889,"Longitude_Range":10.15,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_areolata","SDM":"TSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.36754,"Longitude":-91.83174,"Latitude_Range":6.46889,"Longitude_Range":10.15,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_pulcherrima","SDM":"TSD","SDM_Confidence":1,"Location":"Costa Rica, El Salvador, Guatemala, Honduras, Mexico, and Nicaragua","Latitude":18.58203,"Longitude":-96.33281,"Latitude_Range":18.0232,"Longitude_Range":24.75955,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":6,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_pulcherrima","SDM":"TSD","SDM_Confidence":1,"Location":"Costa Rica, El Salvador, Guatemala, Honduras, Mexico, and Nicaragua","Latitude":18.58203,"Longitude":-96.33281,"Latitude_Range":18.0232,"Longitude_Range":24.75955,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_pulcherrima","SDM":"TSD","SDM_Confidence":1,"Location":"Costa Rica, El Salvador, Guatemala, Honduras, Mexico, and Nicaragua","Latitude":18.58203,"Longitude":-96.33281,"Latitude_Range":18.0232,"Longitude_Range":24.75955,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Geoemydidae","Genus":"Rhinoclemmys","Species":"Rhinoclemmys_pulcherrima","SDM":"TSD","SDM_Confidence":1,"Location":"Costa Rica, El Salvador, Guatemala, Honduras, Mexico, and Nicaragua","Latitude":18.58203,"Longitude":-96.33281,"Latitude_Range":18.0232,"Longitude_Range":24.75955,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":2,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":15,"Males":8,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53333,"Proportion_Female":0.46667,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":9,"Males":3,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4; held at 25C until stage 11 or 13"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":18,"Males":18,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":9,"Males":7,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Initially chilled at 18 or 22.5C until no later than stage 4; held at 25C until stage 11 or 13"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1998,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Total_Incubated_Experiment":18,"Total_Incubated_Treatment":3,"Total_Hatched":3,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Freedberg, S., Bowden, R. M., Ewert, M. A., Sengelaub, D. R., & Nelson, C. E. (2006). Long-term sex reversal by oestradiol in amniotes with heteromorphic sex chromosomes. Biology Letters, 2(3), 378-381.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at 24, 26, and 28C but unknown how many at each temperature"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1998,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Experiment":18,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Freedberg, S., Bowden, R. M., Ewert, M. A., Sengelaub, D. R., & Nelson, C. E. (2006). Long-term sex reversal by oestradiol in amniotes with heteromorphic sex chromosomes. Biology Letters, 2(3), 378-381.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at 24, 26, and 28C but unknown how many at each temperature; received 2 doses a week apart"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1998,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"3","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Experiment":18,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Freedberg, S., Bowden, R. M., Ewert, M. A., Sengelaub, D. R., & Nelson, C. E. (2006). Long-term sex reversal by oestradiol in amniotes with heteromorphic sex chromosomes. Biology Letters, 2(3), 378-381.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at 24, 26, and 28C but unknown how many at each temperature; received 3 doses each a week apart"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_salvinii","SDM":"GSD","SDM_Confidence":1,"Location":"El Salvador, Guatemala, and Mexico","Latitude":14.99938,"Longitude":-91.92772,"Latitude_Range":3.62435,"Longitude_Range":7.16618,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1998,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"50","Chemical_Concentration":0.03671,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Experiment":18,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Freedberg, S., Bowden, R. M., Ewert, M. A., Sengelaub, D. R., & Nelson, C. E. (2006). Long-term sex reversal by oestradiol in amniotes with heteromorphic sex chromosomes. Biology Letters, 2(3), 378-381.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at 24, 26, and 28C but unknown how many at each temperature; received 2 doses a week apart"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.063,"Longitude":-91.78771,"Latitude_Range":5.26687,"Longitude_Range":10.8486,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":25,"Males":11,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.44,"Proportion_Female":0.56,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.063,"Longitude":-91.78771,"Latitude_Range":5.26687,"Longitude_Range":10.8486,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":31,"Males":17,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54839,"Proportion_Female":0.45161,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.063,"Longitude":-91.78771,"Latitude_Range":5.26687,"Longitude_Range":10.8486,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":30,"Males":12,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.063,"Longitude":-91.78771,"Latitude_Range":5.26687,"Longitude_Range":10.8486,"Accurate":0,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy, secondary characteristics","Sexed_Condition":"Sacrificed, live","Sexed_Age_Class":"Hatchlings, adults","Total_Sexed":15,"Males":8,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53333,"Proportion_Female":0.46667,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Held at 25C until stage 11 or 13"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":27,"Males":17,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.62963,"Proportion_Female":0.37037,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":25,"Males":15,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":21,"Males":8,"Females":12,"Intersex":1,"Undetermined":0,"Proportion_Male":0.40476,"Proportion_Female":0.59524,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.063,"Longitude":-91.78771,"Latitude_Range":5.26687,"Longitude_Range":10.8486,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1998,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Total_Incubated_Experiment":28,"Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Freedberg, S., Bowden, R. M., Ewert, M. A., Sengelaub, D. R., & Nelson, C. E. (2006). Long-term sex reversal by oestradiol in amniotes with heteromorphic sex chromosomes. Biology Letters, 2(3), 378-381.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at 24, 26, and 28C but unknown how many at each temperature"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.063,"Longitude":-91.78771,"Latitude_Range":5.26687,"Longitude_Range":10.8486,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1998,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Experiment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Freedberg, S., Bowden, R. M., Ewert, M. A., Sengelaub, D. R., & Nelson, C. E. (2006). Long-term sex reversal by oestradiol in amniotes with heteromorphic sex chromosomes. Biology Letters, 2(3), 378-381.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at 24, 26, and 28C but unknown how many at each temperature; received 2 doses a week apart"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Staurotypus","Species":"Staurotypus_triporcatus","SDM":"GSD","SDM_Confidence":1,"Location":"Belize, Guatemala, Honduras, and Mexico","Latitude":18.063,"Longitude":-91.78771,"Latitude_Range":5.26687,"Longitude_Range":10.8486,"Accurate":0,"Captive":1,"Captive_Location":"Columbus Zoo, Columbus, Ohio, USA","Captive_Latitude":40.15589,"Captive_Longitude":-83.11785,"Captive_Latitude_Range":0.00699,"Captive_Longitude_Range":0.01424,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1998,"Last_Year":1998,"First_Month":1,"Last_Month":1,"Incubation_Setup":"Constant","Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"110","Chemical_Concentration":0.08076,"Chemical_Volume_.L":5,"Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Experiment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Freedberg, S., Bowden, R. M., Ewert, M. A., Sengelaub, D. R., & Nelson, C. E. (2006). Long-term sex reversal by oestradiol in amniotes with heteromorphic sex chromosomes. Biology Letters, 2(3), 378-381.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Incubated at 24, 26, and 28C but unknown how many at each temperature"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004)"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":8,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88889,"Proportion_Female":0.11111,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":17,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77273,"Proportion_Female":0.22727,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_carinatus","SDM":"TSD","SDM_Confidence":1,"Location":"Arkansas, Louisiana, Mississippi, and Texas, USA","Latitude":32.28193,"Longitude":-93.27296,"Latitude_Range":5.44846,"Longitude_Range":9.59443,"Accurate":0,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_minor","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":1,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03571,"Proportion_Female":0.96429,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_minor","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":1,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.08333,"Proportion_Female":0.91667,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_minor","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":22,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75862,"Proportion_Female":0.24138,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_minor","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":1,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05556,"Proportion_Female":0.94444,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_minor","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":36,"Males":0,"Females":36,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_minor","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); location assumed based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_minor","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Total_Sexed":20,"Males":2,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 2","Data_Elsewhere":"1","Notes":""}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_minor","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_odoratus","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_odoratus","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":0,"Females":65,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_odoratus","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":8,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.30769,"Proportion_Female":0.69231,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_odoratus","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":60,"Males":55,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_odoratus","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":110,"Males":102,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92727,"Proportion_Female":0.07273,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_odoratus","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":3,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11538,"Proportion_Female":0.88462,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_odoratus","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Kinosternidae","Genus":"Sternotherus","Species":"Sternotherus_odoratus","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":0,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Testudinidae","Genus":"Stigmochelys","Species":"Stigmochelys_pardalis","Listed_As":"Geochelone_pardalis","SDM":"TSD","SDM_Confidence":1,"Location":"Angola, Botswana, Burundi, Eswatini, Ethiopia, Kenya, Malawi, Mozambique, Namibia, Rwanda, Somalia, South Africa, South Sudan, Tanzania, Uganda, Zambia, and Zimbabwe","Latitude":-11.9165,"Longitude":30.3778,"Latitude_Range":45.82936,"Longitude_Range":37.21981,"Accurate":0,"Captive":1,"Captive_Location":"Fullerton, California, USA","Captive_Latitude":33.89059,"Captive_Longitude":-117.92777,"Captive_Latitude_Range":0.0743,"Captive_Longitude_Range":0.12783,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1979,"Last_Year":1979,"First_Month":9,"Last_Month":9,"Incubation_Setup":"Constant","Set_Temp":29.4,"Mean_Temp":29.4,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":60,"Total_Incubated_Treatment":9,"Total_Hatched":5,"Proportion_Hatched":0.55556,"Mean_Incubation_Length":148,"Min_Incubation_Length":132,"Max_Incubation_Length":161,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Freid, R. (1985). Captive propagation and husbandry of leopard tortoises. In R. L. Gray (Ed.), Captive Propagation and Husbandry of Reptiles and Amphibians (pp. 131-137). Northern California Herpetological Society and Bay Area Amphibian and Reptile Society, California.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Stigmochelys","Species":"Stigmochelys_pardalis","Listed_As":"Geochelone_pardalis","SDM":"TSD","SDM_Confidence":1,"Location":"Angola, Botswana, Burundi, Eswatini, Ethiopia, Kenya, Malawi, Mozambique, Namibia, Rwanda, Somalia, South Africa, South Sudan, Tanzania, Uganda, Zambia, and Zimbabwe","Latitude":-11.9165,"Longitude":30.3778,"Latitude_Range":45.82936,"Longitude_Range":37.21981,"Accurate":0,"Captive":1,"Captive_Location":"Fullerton, California, USA","Captive_Latitude":33.89059,"Captive_Longitude":-117.92777,"Captive_Latitude_Range":0.0743,"Captive_Longitude_Range":0.12783,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1979,"Last_Year":1979,"First_Month":10,"Last_Month":10,"Incubation_Setup":"Constant","Set_Temp":29.4,"Mean_Temp":29.4,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":60,"Total_Incubated_Treatment":9,"Total_Hatched":5,"Proportion_Hatched":0.55556,"Mean_Incubation_Length":127,"Min_Incubation_Length":118,"Max_Incubation_Length":137,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Freid, R. (1985). Captive propagation and husbandry of leopard tortoises. In R. L. Gray (Ed.), Captive Propagation and Husbandry of Reptiles and Amphibians (pp. 131-137). Northern California Herpetological Society and Bay Area Amphibian and Reptile Society, California.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Stigmochelys","Species":"Stigmochelys_pardalis","Listed_As":"Geochelone_pardalis","SDM":"TSD","SDM_Confidence":1,"Location":"Angola, Botswana, Burundi, Eswatini, Ethiopia, Kenya, Malawi, Mozambique, Namibia, Rwanda, Somalia, South Africa, South Sudan, Tanzania, Uganda, Zambia, and Zimbabwe","Latitude":-11.9165,"Longitude":30.3778,"Latitude_Range":45.82936,"Longitude_Range":37.21981,"Accurate":0,"Captive":1,"Captive_Location":"Fullerton, California, USA","Captive_Latitude":33.89059,"Captive_Longitude":-117.92777,"Captive_Latitude_Range":0.0743,"Captive_Longitude_Range":0.12783,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1979,"Last_Year":1979,"First_Month":11,"Last_Month":11,"Incubation_Setup":"Constant","Set_Temp":29.4,"Mean_Temp":29.4,"Number_Clutches_Experiment":6,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":60,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Mean_Incubation_Length":137,"Min_Incubation_Length":131,"Max_Incubation_Length":152,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Freid, R. (1985). Captive propagation and husbandry of leopard tortoises. In R. L. Gray (Ed.), Captive Propagation and Husbandry of Reptiles and Amphibians (pp. 131-137). Northern California Herpetological Society and Bay Area Amphibian and Reptile Society, California.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Stigmochelys","Species":"Stigmochelys_pardalis","SDM":"TSD","SDM_Confidence":1,"Location":"Angola, Botswana, Burundi, Eswatini, Ethiopia, Kenya, Malawi, Mozambique, Namibia, Rwanda, Somalia, South Africa, South Sudan, Tanzania, Uganda, Zambia, and Zimbabwe","Latitude":-11.9165,"Longitude":30.3778,"Latitude_Range":45.82936,"Longitude_Range":37.21981,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":27,"Mean_Temp":27,"Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Mill, E. (2015). An experience report on the husbandry, propagation and status of the leopard tortoise (Stigmochelys pardalis) and Bell's hinge-backed tortoise (Kinixys belliana) in Ethiopia. Part I. Radiata, 24(1), 4-66.","WoS":0,"Other":1,"Data_Elsewhere":"0","Notes":"No access to source; data taken from personal communication with A. Hennig"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Stigmochelys","Species":"Stigmochelys_pardalis","SDM":"TSD","SDM_Confidence":1,"Location":"Angola, Botswana, Burundi, Eswatini, Ethiopia, Kenya, Malawi, Mozambique, Namibia, Rwanda, Somalia, South Africa, South Sudan, Tanzania, Uganda, Zambia, and Zimbabwe","Latitude":-11.9165,"Longitude":30.3778,"Latitude_Range":45.82936,"Longitude_Range":37.21981,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":31.75,"Mean_Temp":31.75,"Fluctuation":0.25,"Proportion_Male":0.9,"Proportion_Female":0.1,"Source":"Hennig, A. S., Personal Communication.","WoS":0,"Other":1,"Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":26,"Fluctuation":1,"Total_Sexed":6,"Males":3,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":28.5,"Fluctuation":1,"Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Washington, D. C. and surrounding areas of Maryland and Virginia, USA","Latitude":38.90574,"Longitude":-77.03374,"Latitude_Range":0.58518,"Longitude_Range":0.752,"Accurate":1,"Captive":1,"Captive_Location":"Trinity College, Hartford, Connecticut, USA","Captive_Latitude":41.74659,"Captive_Longitude":-72.68988,"Captive_Latitude_Range":0.00796,"Captive_Longitude_Range":0.00554,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Cotton","Mean_Temp":31,"Fluctuation":1,"Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Dimond, M. T. (1983). Sex of turtle hatchlings as related to incubation temperature. In Proceedings of the 6th Reptile Symposium on Captive Propagation and Husbandry. Zoological consortium, Thurmont, Maryland (pp. 88-101).","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Captive turtles originally from Washington, D.C. and surrounding areas of Virginia and Maryland (two T. carolina from east Ohio)"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":13,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92857,"Proportion_Female":0.07143,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"About a third of eggs incubated at warmer temperatures beginning at stage 25; data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":33,"Males":24,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.72727,"Proportion_Female":0.27273,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"About a third of eggs incubated at warmer temperatures beginning at stage 25; data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":76,"Males":73,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96053,"Proportion_Female":0.03947,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":25,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.80645,"Proportion_Female":0.19355,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":84,"Males":0,"Females":84,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"1","Notes":"Data also in Ewert et al. (2004); coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":14,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93333,"Proportion_Female":0.06667,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":35,"Males":25,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":10,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":89,"Males":85,"Females":3,"Intersex":1,"Undetermined":0,"Proportion_Male":0.96067,"Proportion_Female":0.03933,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":61,"Males":55,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90164,"Proportion_Female":0.09836,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":46,"Males":39,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84783,"Proportion_Female":0.15217,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":60,"Males":42,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7,"Proportion_Female":0.3,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":1,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05,"Proportion_Female":0.95,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"carolina","SDM":"TSD","SDM_Confidence":1,"Location":"Indiana, USA","Latitude":39.04229,"Longitude":-86.24598,"Latitude_Range":0.62854,"Longitude_Range":0.88332,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":88,"Males":0,"Females":88,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Jackson, Monroe, and Brown Counties, Indiana based on other work by the researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"bauri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-82.17212,"Latitude_Range":6.45126,"Longitude_Range":4.27982,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":12,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.70588,"Proportion_Female":0.29412,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"bauri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-82.17212,"Latitude_Range":6.45126,"Longitude_Range":4.27982,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"bauri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-82.17212,"Latitude_Range":6.45126,"Longitude_Range":4.27982,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":4,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"bauri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-82.17212,"Latitude_Range":6.45126,"Longitude_Range":4.27982,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":9,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.81818,"Proportion_Female":0.18182,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"bauri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-82.17212,"Latitude_Range":6.45126,"Longitude_Range":4.27982,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"bauri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-82.17212,"Latitude_Range":6.45126,"Longitude_Range":4.27982,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":11,"Males":5,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.45455,"Proportion_Female":0.54545,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"bauri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-82.17212,"Latitude_Range":6.45126,"Longitude_Range":4.27982,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_carolina","Subspecies":"bauri","SDM":"TSD","SDM_Confidence":1,"Location":"Florida, USA","Latitude":27.77135,"Longitude":-82.17212,"Latitude_Range":6.45126,"Longitude_Range":4.27982,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_ornata","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:333.8 w/w vermiculite:water","Water_Content":"-150","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.4,"Number_Clutches_Experiment":9,"Total_Incubated_Treatment":16,"Total_Hatched":16,"Proportion_Hatched":1,"Mean_Incubation_Length":54.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Packard, G. C., Packard, M. J., & Gutzke, W. H. N. (1985). Influence of hydration of the environment on eggs and embryos of the terrestrial turtle Terrapene ornata. Physiological Zoology, 58(5), 564-575.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_ornata","SDM":"TSD","SDM_Confidence":1,"Location":"Valentine National Wildlife Refuge, Cherry County, Nebraska, USA","Latitude":42.50518,"Longitude":-100.54616,"Latitude_Range":0.18319,"Longitude_Range":0.37861,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1983,"Last_Year":1983,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"300:56.5 w/w vermiculite:water","Water_Content":"-800","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.4,"Number_Clutches_Experiment":9,"Total_Incubated_Treatment":16,"Total_Hatched":15,"Proportion_Hatched":0.9375,"Mean_Incubation_Length":51.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1.16667,"Source":"Packard, G. C., Packard, M. J., & Gutzke, W. H. N. (1985). Influence of hydration of the environment on eggs and embryos of the terrestrial turtle Terrapene ornata. Physiological Zoology, 58(5), 564-575.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_ornata","SDM":"TSD","SDM_Confidence":1,"Location":"Kansas, USA","Latitude":38.49989,"Longitude":-98.32861,"Latitude_Range":2.99463,"Longitude_Range":7.41939,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"About a third of eggs incubated at warmer temperatures beginning at stage 25"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_ornata","SDM":"TSD","SDM_Confidence":1,"Location":"Kansas, USA","Latitude":38.49989,"Longitude":-98.32861,"Latitude_Range":2.99463,"Longitude_Range":7.41939,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":14,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"About a third of eggs incubated at warmer temperatures beginning at stage 25"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Terrapene","Species":"Terrapene_ornata","SDM":"TSD","SDM_Confidence":1,"Location":"Kansas, USA","Latitude":38.49989,"Longitude":-98.32861,"Latitude_Range":2.99463,"Longitude_Range":7.41939,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":8,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","SDM":"TSD","SDM_Confidence":1,"Location":"Algeria, Armenia, Azerbaijan, Bulgaria, Georgia, Greece, Iran, Iraq, Israel, Jordan, Kosovo, Lebanon, Libya, Moldova, Morocco, North Macedonia, Palestine, Romania, Russia, Serbia, Spain, Syria, Tunisia, and Turkey","Latitude":37.22051,"Longitude":25.43122,"Latitude_Range":16.93572,"Longitude_Range":71.9302,"Accurate":0,"Captive":1,"Captive_Location":"Captive stock in laboratory","Captive_Latitude":48.84075,"Captive_Longitude":2.31061,"Captive_Latitude_Range":0.00385,"Captive_Longitude_Range":0.00656,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.5,"Total_Incubated_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1971). Sur la proportion sexuelle chez les embryons de deux Chelonians (Testudo graeca et Emys orbicularis L.) issues d'oeufs incubes artificiallement. CR Acad. Sciences Paris (Ser. D), 272, 3071-3074.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","SDM":"TSD","SDM_Confidence":1,"Location":"Algeria, Armenia, Azerbaijan, Bulgaria, Georgia, Greece, Iran, Iraq, Israel, Jordan, Kosovo, Lebanon, Libya, Moldova, Morocco, North Macedonia, Palestine, Romania, Russia, Serbia, Spain, Syria, Tunisia, and Turkey","Latitude":37.22051,"Longitude":25.43122,"Latitude_Range":16.93572,"Longitude_Range":71.9302,"Accurate":0,"Captive":1,"Captive_Location":"Captive stock in laboratory","Captive_Latitude":48.84075,"Captive_Longitude":2.31061,"Captive_Latitude_Range":0.00385,"Captive_Longitude_Range":0.00656,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":30,"Mean_Temp":30,"Total_Incubated_Treatment":23,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":23,"Males":22,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95652,"Proportion_Female":0.04348,"Source":"Pieau, C. (1971). Sur la proportion sexuelle chez les embryons de deux Chelonians (Testudo graeca et Emys orbicularis L.) issues d'oeufs incubes artificiallement. CR Acad. Sciences Paris (Ser. D), 272, 3071-3074.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","SDM":"TSD","SDM_Confidence":1,"Location":"Algeria, Armenia, Azerbaijan, Bulgaria, Georgia, Greece, Iran, Iraq, Israel, Jordan, Kosovo, Lebanon, Libya, Moldova, Morocco, North Macedonia, Palestine, Romania, Russia, Serbia, Spain, Syria, Tunisia, and Turkey","Latitude":37.22051,"Longitude":25.43122,"Latitude_Range":16.93572,"Longitude_Range":71.9302,"Accurate":0,"Captive":1,"Captive_Location":"Captive stock in laboratory","Captive_Latitude":48.84075,"Captive_Longitude":2.31061,"Captive_Latitude_Range":0.00385,"Captive_Longitude_Range":0.00656,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":32,"Mean_Temp":32,"Fluctuation":1,"Total_Incubated_Treatment":20,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pieau, C. (1972). Effets de la température sur le développement des glandes génitales chez les embryons de deux Chéloniens, Emys orbicularis L. et Testudo graeca L. C. R. Acad. Sc. Paris (Ser. D), 274, 719-722.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","SDM":"TSD","SDM_Confidence":1,"Location":"Algeria, Armenia, Azerbaijan, Bulgaria, Georgia, Greece, Iran, Iraq, Israel, Jordan, Kosovo, Lebanon, Libya, Moldova, Morocco, North Macedonia, Palestine, Romania, Russia, Serbia, Spain, Syria, Tunisia, and Turkey","Latitude":37.22051,"Longitude":25.43122,"Latitude_Range":16.93572,"Longitude_Range":71.9302,"Accurate":0,"Captive":1,"Captive_Location":"Captive stock in laboratory","Captive_Latitude":48.84075,"Captive_Longitude":2.31061,"Captive_Latitude_Range":0.00385,"Captive_Longitude_Range":0.00656,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"28","Backswitch_Length":"Hatching","Backswitch_Temp1":31.5,"Backswitch_Temp2":27,"Backswitch_Temp3":27,"Total_Incubated_Treatment":3,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1972). Effets de la température sur le développement des glandes génitales chez les embryons de deux Chéloniens, Emys orbicularis L. et Testudo graeca L. C. R. Acad. Sc. Paris (Ser. D), 274, 719-722.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","SDM":"TSD","SDM_Confidence":1,"Location":"Algeria, Armenia, Azerbaijan, Bulgaria, Georgia, Greece, Iran, Iraq, Israel, Jordan, Kosovo, Lebanon, Libya, Moldova, Morocco, North Macedonia, Palestine, Romania, Russia, Serbia, Spain, Syria, Tunisia, and Turkey","Latitude":37.22051,"Longitude":25.43122,"Latitude_Range":16.93572,"Longitude_Range":71.9302,"Accurate":0,"Captive":1,"Captive_Location":"Captive stock in laboratory","Captive_Latitude":48.84075,"Captive_Longitude":2.31061,"Captive_Latitude_Range":0.00385,"Captive_Longitude_Range":0.00656,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Backswitch","Substrate":"Cotton","Backswitch_Start":"47","Backswitch_Length":"Hatching","Backswitch_Temp1":31.5,"Backswitch_Temp2":27,"Backswitch_Temp3":27,"Total_Incubated_Treatment":4,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":1,"Females":0,"Intersex":3,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Pieau, C. (1972). Effets de la température sur le développement des glandes génitales chez les embryons de deux Chéloniens, Emys orbicularis L. et Testudo graeca L. C. R. Acad. Sc. Paris (Ser. D), 274, 719-722.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","SDM":"TSD","SDM_Confidence":1,"Location":"Algeria, Armenia, Azerbaijan, Bulgaria, Georgia, Greece, Iran, Iraq, Israel, Jordan, Kosovo, Lebanon, Libya, Moldova, Morocco, North Macedonia, Palestine, Romania, Russia, Serbia, Spain, Syria, Tunisia, and Turkey","Latitude":37.22051,"Longitude":25.43122,"Latitude_Range":16.93572,"Longitude_Range":71.9302,"Accurate":0,"Captive":1,"Captive_Location":"Captive stock in laboratory","Captive_Latitude":48.84075,"Captive_Longitude":2.31061,"Captive_Latitude_Range":0.00385,"Captive_Longitude_Range":0.00656,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":26.5,"Mean_Temp":26.5,"Fluctuation":0.5,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Data also in Pieau, C. (1971). Sur la proportion sexuelle chez les embryons de deux Chelonians (Testudo graeca et Emys orbicularis L.) issues d'oeufs incubes artificiallement. CR Acad. Sciences Paris (Ser. D), 272, 3071-3074."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","SDM":"TSD","SDM_Confidence":1,"Location":"Algeria, Armenia, Azerbaijan, Bulgaria, Georgia, Greece, Iran, Iraq, Israel, Jordan, Kosovo, Lebanon, Libya, Moldova, Morocco, North Macedonia, Palestine, Romania, Russia, Serbia, Spain, Syria, Tunisia, and Turkey","Latitude":37.22051,"Longitude":25.43122,"Latitude_Range":16.93572,"Longitude_Range":71.9302,"Accurate":0,"Captive":1,"Captive_Location":"Captive stock in laboratory","Captive_Latitude":48.84075,"Captive_Longitude":2.31061,"Captive_Latitude_Range":0.00385,"Captive_Longitude_Range":0.00656,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.5,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":38,"Males":37,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.97368,"Proportion_Female":0.02632,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","SDM":"TSD","SDM_Confidence":1,"Location":"Algeria, Armenia, Azerbaijan, Bulgaria, Georgia, Greece, Iran, Iraq, Israel, Jordan, Kosovo, Lebanon, Libya, Moldova, Morocco, North Macedonia, Palestine, Romania, Russia, Serbia, Spain, Syria, Tunisia, and Turkey","Latitude":37.22051,"Longitude":25.43122,"Latitude_Range":16.93572,"Longitude_Range":71.9302,"Accurate":0,"Captive":1,"Captive_Location":"Captive stock in laboratory","Captive_Latitude":48.84075,"Captive_Longitude":2.31061,"Captive_Latitude_Range":0.00385,"Captive_Longitude_Range":0.00656,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Cotton","Set_Temp":31.5,"Mean_Temp":31.5,"Fluctuation":0.5,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":16,"Males":0,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Pieau, C. (1975). Temperature and sex differentiation in embryos of two chelonians, Emys orbicularis L. and Testudo graeca L. In R. Reinboth (Ed.), Intersexuality in the animal kingdom (pp. 332-339). Springer, Berlin.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","Subspecies":"terrestris","SDM":"TSD","SDM_Confidence":1,"Location":"Balfuria and Hamat-Gader, Israel","Latitude":32.65693,"Longitude":35.48116,"Latitude_Range":0.05398,"Longitude_Range":0.36999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.8,"Mean_Temp":29.1,"Fluctuation":0.1,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":20,"Clutch_ID":"1-20","Total_Incubated_Treatment":34,"Total_Hatched":21,"Proportion_Hatched":0.61765,"Mean_Incubation_Length":87.5,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":13,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8125,"Proportion_Female":0.1875,"Source":"Bernheim, M. (2014). \"Circle of life\" of the species Testudo graeca in Israel: Effect of temperatures on sex determination, and yearly activity patterns, habitats preference and home range utilization (Master's thesis, University of Haifa, Haifa, Israel). Retrieved from https://www.ramat-hanadiv.org.il/wp-content/uploads/2019/09/%D7%AA%D7%96%D7%94-%D7%91%D7%90%D7%A0%D7%92%D7%9C%D7%99%D7%AA-%D7%9E%D7%97%D7%A7%D7%A8-%D7%A6%D7%91-%D7%99%D7%91%D7%A9%D7%94.pdf","WoS":0,"Other":1,"Data_Location":"Fig. 19, Text","Data_Elsewhere":"0","Notes":"Coordinates estimate midpoint of two locations"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_graeca","Subspecies":"terrestris","SDM":"TSD","SDM_Confidence":1,"Location":"Balfuria and Hamat-Gader, Israel","Latitude":32.65693,"Longitude":35.48116,"Latitude_Range":0.05398,"Longitude_Range":0.36999,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.8,"Mean_Temp":31.8,"Fluctuation":0.1,"Number_Clutches_Experiment":20,"Number_Clutches_Treatment":20,"Clutch_ID":"1-20","Total_Incubated_Treatment":32,"Total_Hatched":21,"Proportion_Hatched":0.65625,"Mean_Incubation_Length":84.8,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":3,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Bernheim, M. (2014). \"Circle of life\" of the species Testudo graeca in Israel: Effect of temperatures on sex determination, and yearly activity patterns, habitats preference and home range utilization (Master's thesis, University of Haifa, Haifa, Israel). Retrieved from https://www.ramat-hanadiv.org.il/wp-content/uploads/2019/09/%D7%AA%D7%96%D7%94-%D7%91%D7%90%D7%A0%D7%92%D7%9C%D7%99%D7%AA-%D7%9E%D7%97%D7%A7%D7%A8-%D7%A6%D7%91-%D7%99%D7%91%D7%A9%D7%94.pdf","WoS":0,"Other":1,"Data_Location":"Fig. 19, Text","Data_Elsewhere":"0","Notes":"Coordinates estimate midpoint of two locations"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"hermanni","SDM":"TSD","SDM_Confidence":1,"Location":"France, Italy, and Spain","Latitude":39.99762,"Longitude":10.17852,"Latitude_Range":8.9994,"Longitude_Range":16.69829,"Accurate":0,"Captive":1,"Captive_Location":"Wiesbaden-Schierstein, Germany","Captive_Latitude":50.04576,"Captive_Longitude":8.19756,"Captive_Latitude_Range":0.0122,"Captive_Longitude_Range":0.02919,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1960,"Last_Year":1960,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Mean_Temp":23.5,"Fluctuation":1.5,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":7,"Total_Hatched":6,"Proportion_Hatched":0.85714,"Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ehrengart, W. (1971). On the breeding and rearing of Greek tortoises (Testudo h. hermanni). Salamandra, 7(2), 71-80.","Source_Alternate":"Ehrengart, W. (1971). Zur Pflege und Zucht der Griechischen Landschildkröte (Testudo h. hermanni). Salamandra, 7(2), 71-80.","WoS":0,"Other":1,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1992,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.2,"Total_Hatched":2,"Mean_Incubation_Length":82,"Mean_Incubation_Length_SD":0,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (1995). Incubation period and sex ratio of Hermann’s tortoise, Testudo hermanni boettgeri. Chelonian Conservation and Biology, 1(3), 227-231.","WoS":1,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"1","Notes":"Data also in Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1992,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.2,"Total_Hatched":7,"Mean_Incubation_Length":83,"Mean_Incubation_Length_SD":3.6,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (1995). Incubation period and sex ratio of Hermann’s tortoise, Testudo hermanni boettgeri. Chelonian Conservation and Biology, 1(3), 227-231.","WoS":1,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"1","Notes":"Data also in Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1992,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Total_Hatched":20,"Mean_Incubation_Length":65.7,"Mean_Incubation_Length_SD":3.2,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (1995). Incubation period and sex ratio of Hermann’s tortoise, Testudo hermanni boettgeri. Chelonian Conservation and Biology, 1(3), 227-231.","WoS":1,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"1","Notes":"Data also in Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1992,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Total_Hatched":31,"Mean_Incubation_Length":57.8,"Mean_Incubation_Length_SD":1.3,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":11,"Males":11,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (1995). Incubation period and sex ratio of Hermann’s tortoise, Testudo hermanni boettgeri. Chelonian Conservation and Biology, 1(3), 227-231.","WoS":1,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"1","Notes":"Data also in Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1992,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.2,"Total_Hatched":48,"Mean_Incubation_Length":57.7,"Mean_Incubation_Length_SD":2.9,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":14,"Males":11,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78571,"Proportion_Female":0.21429,"Source":"Eendebak, B. T. (1995). Incubation period and sex ratio of Hermann’s tortoise, Testudo hermanni boettgeri. Chelonian Conservation and Biology, 1(3), 227-231.","WoS":1,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"1","Notes":"Data also in Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1992,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":32,"Mean_Temp":32,"Fluctuation":0.2,"Total_Hatched":64,"Mean_Incubation_Length":55.6,"Mean_Incubation_Length_SD":3.7,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":23,"Males":6,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26087,"Proportion_Female":0.73913,"Source":"Eendebak, B. T. (1995). Incubation period and sex ratio of Hermann’s tortoise, Testudo hermanni boettgeri. Chelonian Conservation and Biology, 1(3), 227-231.","WoS":1,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"1","Notes":"Data also in Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1992,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.2,"Total_Hatched":101,"Mean_Incubation_Length":56.1,"Mean_Incubation_Length_SD":3.3,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":11,"Males":0,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Eendebak, B. T. (1995). Incubation period and sex ratio of Hermann’s tortoise, Testudo hermanni boettgeri. Chelonian Conservation and Biology, 1(3), 227-231.","WoS":1,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"1","Notes":"Data also in Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1982,"Last_Year":1992,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":34,"Mean_Temp":34,"Fluctuation":0.2,"Total_Hatched":26,"Mean_Incubation_Length":56.4,"Mean_Incubation_Length_SD":3.2,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Eendebak, B. T. (1995). Incubation period and sex ratio of Hermann’s tortoise, Testudo hermanni boettgeri. Chelonian Conservation and Biology, 1(3), 227-231.","WoS":1,"Other":0,"Data_Location":"Tables 1 & 2, Text","Data_Elsewhere":"1","Notes":"Data also in Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001."}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.2,"Total_Incubated_Treatment":12,"Total_Hatched":4,"Proportion_Hatched":0.33333,"Mean_Incubation_Length":88.3,"Mean_Incubation_Length_SD":3.2,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.2,"Total_Incubated_Treatment":3,"Total_Hatched":2,"Proportion_Hatched":0.66667,"Mean_Incubation_Length":82,"Mean_Incubation_Length_SD":0,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.2,"Total_Incubated_Treatment":10,"Total_Hatched":7,"Proportion_Hatched":0.7,"Mean_Incubation_Length":83.1,"Mean_Incubation_Length_SD":3.6,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.2,"Total_Incubated_Treatment":10,"Total_Hatched":3,"Proportion_Hatched":0.3,"Mean_Incubation_Length":72,"Mean_Incubation_Length_SD":2.7,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.2,"Total_Incubated_Treatment":20,"Total_Hatched":17,"Proportion_Hatched":0.85,"Mean_Incubation_Length":66.4,"Mean_Incubation_Length_SD":2.1,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":33,"Mean_Temp":33,"Fluctuation":0.2,"Total_Incubated_Treatment":285,"Total_Hatched":142,"Proportion_Hatched":0.49825,"Mean_Incubation_Length":56,"Mean_Incubation_Length_SD":3.3,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":34,"Mean_Temp":34,"Fluctuation":0.2,"Total_Incubated_Treatment":42,"Total_Hatched":18,"Proportion_Hatched":0.42857,"Mean_Incubation_Length":55.4,"Mean_Incubation_Length_SD":2.4,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Constant","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Set_Temp":35,"Mean_Temp":35,"Fluctuation":0.2,"Total_Incubated_Treatment":3,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Fluctuating","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Min_Temp":20,"Max_Temp":35,"Total_Incubated_Treatment":49,"Total_Hatched":26,"Proportion_Hatched":0.53061,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":13,"Males":6,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.46154,"Proportion_Female":0.53846,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0","Notes":"3 hours per day at 35C"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"First_Year":1980,"Last_Year":2000,"First_Month":5,"Last_Month":8,"Incubation_Setup":"Fluctuating","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Min_Temp":20,"Max_Temp":36,"Total_Incubated_Treatment":13,"Total_Hatched":6,"Proportion_Hatched":0.46154,"Mean_Incubation_Length":109.2,"Mean_Incubation_Length_SD":12.3,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Tables 2 & 3, Fig. 9, Text","Data_Elsewhere":"0","Notes":"2 hours per day at 36C"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Backswitch","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Backswitch_Start":"7","Backswitch_Length":"7","Backswitch_Temp1":30,"Backswitch_Temp2":33,"Backswitch_Temp3":30,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Fig. 10a, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Backswitch","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Backswitch_Start":"27","Backswitch_Length":"7","Backswitch_Temp1":30,"Backswitch_Temp2":33,"Backswitch_Temp3":30,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Proportion_Male":1,"Proportion_Female":0,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Fig. 10a, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Backswitch","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Backswitch_Start":"17","Backswitch_Length":"7","Backswitch_Temp1":32.5,"Backswitch_Temp2":29,"Backswitch_Temp3":32.5,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Proportion_Male":0,"Proportion_Female":1,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Fig. 10b, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","Subspecies":"boettgeri","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, and Turkey","Latitude":41.31302,"Longitude":19.95272,"Latitude_Range":9.83981,"Longitude_Range":17.52418,"Accurate":0,"Captive":1,"Captive_Location":"Tortoise Study Center, Oosterbeek, Netherlands","Captive_Latitude":51.98579,"Captive_Longitude":5.83685,"Captive_Latitude_Range":0.03277,"Captive_Longitude_Range":0.06214,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Backswitch","Substrate":"Foam rubber subsoil","Thermometer_Location":"Incubator","Backswitch_Start":"34","Backswitch_Length":"6","Backswitch_Temp1":33,"Backswitch_Temp2":27,"Backswitch_Temp3":33,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Juveniles","Proportion_Male":0,"Proportion_Female":1,"Source":"Eendebak, B. T. (2001). Incubation period and sex ratio of Testudo hermanni boettgeri. Prepared for presentation at the International Congress on Testudo Genus, Gonfaron-Hyeres-France, March 7-10, 2001.","WoS":0,"Other":1,"Data_Location":"Fig. 10b, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_hermanni","SDM":"TSD","SDM_Confidence":1,"Location":"Albania, Bosnia and Herzegovina, Bulgaria, Croatia, France, Greece, Italy, Kosovo, Montenegro, North Macedonia, Romania, Serbia, Slovenia, Spain, and Turkey","Latitude":40.86542,"Longitude":15.27209,"Latitude_Range":10.735,"Longitude_Range":26.88543,"Accurate":0,"Captive":1,"Sexing_Method":"Endoscopy","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":4,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16,"Proportion_Female":0.84,"Source":"Selleri, P., Di Girolamo, N., & Melidone, R. (2013). Cytoscopic sex identification of posthatchling chelonians. Journal of the American Veterinary Medical Association, 242(12), 1744-1750.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Testudinidae","Genus":"Testudo","Species":"Testudo_kleinmanni","SDM":"TSD","SDM_Confidence":1,"Location":"Egypt, Israel, and Libya","Latitude":31.29649,"Longitude":24.51984,"Latitude_Range":3.01853,"Longitude_Range":21.44248,"Accurate":0,"Captive":1,"Captive_Location":"Jersey Zoo, La Profonde Rue, Jersey","Captive_Latitude":49.22897,"Captive_Longitude":-2.07463,"Captive_Latitude_Range":0.00195,"Captive_Longitude_Range":0.00325,"Captive_Accurate":1,"Outdoors":0,"Within_Species_Range":0,"First_Year":1990,"Last_Year":1990,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Min_Incubation_Length":85,"Max_Incubation_Length":95,"Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Highfield, A. C., & Martin, J. (n.d.). Captive breeding of the Egyptian tortoise Testudo kleinmanni. Retrieved from https://www.tortoisetrust.org/articles/kleinmanni.html","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_callirostris","Subspecies":"callirostris","SDM":"TSD","SDM_Confidence":1,"Location":"Isla León, Mompós Depression, Colombia","Latitude":9.28958,"Longitude":-74.4058,"Latitude_Range":0.00675,"Longitude_Range":0.00967,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":2,"Last_Month":2,"Incubation_Setup":"Nest","Thermometer_Location":"Nest","Mean_Temp":31.7,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":16,"Clutch_ID":"1-16","Mean_Incubation_Length":52.85,"Min_Incubation_Length":48,"Max_Incubation_Length":62,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":80,"Males":0,"Females":80,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Restrepo, A., Piñeros, V. J., & Páez, V. P. (2007). Reproductive characteristics of the turtle Trachemys callirostris callirostris (Testudinata: Emydidae) at Isla León, Mompós Depression, Colombia. Caldasia, 29(2), 283-295.","Source_Alternate":"Restrepo, A., Piñeros, V. J., & Páez, V. P. (2007). Características reproductivas de la tortuga Trachemys callirostris callirostris (Testudinata: Emydidae) en Isla León, Depresión Momposina, Colombia. Caldasia, 29(2), 283-295.","WoS":0,"Other":1,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Temperature data from subset of nests"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_callirostris","Subspecies":"callirostris","SDM":"TSD","SDM_Confidence":1,"Location":"Chicagua River, Colombia","Latitude":9.1237,"Longitude":-74.61411,"Latitude_Range":0.0209,"Longitude_Range":0.04873,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.4,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":16,"Clutch_ID":"1-16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":25,"Males":13,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52,"Proportion_Female":0.48,"Source":"Rendón-Valencia, B., Zapata, L. M., Bock, B. C., Páez, V. P., & Palacio, J. A. (2014). Mercury levels in eggs, embryos, and neonates of Trachemys callirostris (Testudines, Emydidae). Acta Biológica Colombiana, 19(3), 499-506.","Source_Alternate":"Rendón-Valencia, B., Zapata, L. M., Bock, B. C., Páez, V. P., & Palacio, J. A. (2014). Niveles de mercurio en huevos, embriones y neonatos de Trachemys callirostris (Testudines, Emydidae). Acta Biológica Colombiana, 19(3), 499-506.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Bock","Data_Elsewhere":"0","Notes":"Some nests may have been collected after TSP began"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_callirostris","Subspecies":"callirostris","SDM":"TSD","SDM_Confidence":1,"Location":"Chicagua River, Colombia","Latitude":9.1237,"Longitude":-74.61411,"Latitude_Range":0.0209,"Longitude_Range":0.04873,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.4,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":16,"Clutch_ID":"1-16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":25,"Males":3,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.12,"Proportion_Female":0.88,"Source":"Rendón-Valencia, B., Zapata, L. M., Bock, B. C., Páez, V. P., & Palacio, J. A. (2014). Mercury levels in eggs, embryos, and neonates of Trachemys callirostris (Testudines, Emydidae). Acta Biológica Colombiana, 19(3), 499-506.","Source_Alternate":"Rendón-Valencia, B., Zapata, L. M., Bock, B. C., Páez, V. P., & Palacio, J. A. (2014). Niveles de mercurio en huevos, embriones y neonatos de Trachemys callirostris (Testudines, Emydidae). Acta Biológica Colombiana, 19(3), 499-506.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Bock","Data_Elsewhere":"0","Notes":"Some nests may have been collected after TSP began"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_callirostris","Subspecies":"callirostris","SDM":"TSD","SDM_Confidence":1,"Location":"Chicagua River, Colombia","Latitude":9.1237,"Longitude":-74.61411,"Latitude_Range":0.0209,"Longitude_Range":0.04873,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2011,"Last_Year":2011,"First_Month":3,"Last_Month":3,"Incubation_Setup":"Constant","Substrate":"1:2 w/w vermiculite:water","Set_Temp":31.5,"Mean_Temp":31.5,"Fluctuation":0.4,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":16,"Clutch_ID":"1-16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":27,"Males":2,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07407,"Proportion_Female":0.92593,"Source":"Rendón-Valencia, B., Zapata, L. M., Bock, B. C., Páez, V. P., & Palacio, J. A. (2014). Mercury levels in eggs, embryos, and neonates of Trachemys callirostris (Testudines, Emydidae). Acta Biológica Colombiana, 19(3), 499-506.","Source_Alternate":"Rendón-Valencia, B., Zapata, L. M., Bock, B. C., Páez, V. P., & Palacio, J. A. (2014). Niveles de mercurio en huevos, embriones y neonatos de Trachemys callirostris (Testudines, Emydidae). Acta Biológica Colombiana, 19(3), 499-506.","WoS":0,"Other":1,"Data_Location":"Text, Personal Communication with Bock","Data_Elsewhere":"0","Notes":"Some nests may have been collected after TSP began"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_decorata","SDM":"TSD","SDM_Confidence":1,"Location":"Dominican Republic and Haiti","Latitude":18.14718,"Longitude":-72.73378,"Latitude_Range":1.20656,"Longitude_Range":3.46434,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":24,"Mean_Temp":24,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_decorata","SDM":"TSD","SDM_Confidence":1,"Location":"Dominican Republic and Haiti","Latitude":18.14718,"Longitude":-72.73378,"Latitude_Range":1.20656,"Longitude_Range":3.46434,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_decorata","SDM":"TSD","SDM_Confidence":1,"Location":"Dominican Republic and Haiti","Latitude":18.14718,"Longitude":-72.73378,"Latitude_Range":1.20656,"Longitude_Range":3.46434,"Accurate":0.5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":6,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Ewert, M. A., Etchberger, C. R., & Nelson, C. E. (2004). Turtle sex-determining modes and TSD patterns, and some TSD pattern correlates. In N. Valenzuela & V. A. Lance (Eds.), Temperature-dependent sex determination in vertebrates (pp. 21-32). Smithsonian Books, Washington, DC.","WoS":0,"Other":1,"Data_Location":"Table 3.2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_dorbigni","Listed_As":"Trachemys_dorbignyi","SDM":"TSD","SDM_Confidence":1,"Location":"Argentina, Brazil, and Uruguay","Latitude":-31.5175,"Longitude":-55.06266,"Latitude_Range":7.81522,"Longitude_Range":12.92176,"Accurate":0,"Captive":1,"Captive_Location":"Fundação Parque Zoológico de São Paulo, Brazil","Captive_Latitude":-23.65211,"Captive_Longitude":-46.61825,"Captive_Latitude_Range":0.01152,"Captive_Longitude_Range":0.01032,"Captive_Accurate":1,"Within_Species_Range":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Malvasio, A., Gomes, N., & Farias, E. C. (1999). Sexual identification using anatomical study of urogenital system in hatchlings and juveniles of Trachemys dorbignyi (Duméril & Bibron) (Reptilia, Testudines, Emydidae). Revista Brasileira de Zoologia, 16(1), 91-102.","Source_Alternate":"Malvasio, A., Gomes, N., & Farias, E. C. (1999). Identificação sexual através do estudo anatômico do sistema urogenital em recém-eclodidos e jovens de Trachemys dorbignyi (Duméril & Bibron) (Reptilia, Testudines, Emydidae). Revista Brasileira de Zoologia, 16(1), 91-102.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_dorbigni","Listed_As":"Trachemys_dorbignyi","SDM":"TSD","SDM_Confidence":1,"Location":"Argentina, Brazil, and Uruguay","Latitude":-31.5175,"Longitude":-55.06266,"Latitude_Range":7.81522,"Longitude_Range":12.92176,"Accurate":0,"Captive":1,"Captive_Location":"Fundação Parque Zoológico de São Paulo, Brazil","Captive_Latitude":-23.65211,"Captive_Longitude":-46.61825,"Captive_Latitude_Range":0.01152,"Captive_Longitude_Range":0.01032,"Captive_Accurate":1,"Within_Species_Range":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Malvasio, A., Gomes, N., & Farias, E. C. (1999). Sexual identification using anatomical study of urogenital system in hatchlings and juveniles of Trachemys dorbignyi (Duméril & Bibron) (Reptilia, Testudines, Emydidae). Revista Brasileira de Zoologia, 16(1), 91-102.","Source_Alternate":"Malvasio, A., Gomes, N., & Farias, E. C. (1999). Identificação sexual através do estudo anatômico do sistema urogenital em recém-eclodidos e jovens de Trachemys dorbignyi (Duméril & Bibron) (Reptilia, Testudines, Emydidae). Revista Brasileira de Zoologia, 16(1), 91-102.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_dorbigni","Listed_As":"Trachemys_dorbignyi","SDM":"TSD","SDM_Confidence":1,"Location":"Argentina, Brazil, and Uruguay","Latitude":-31.5175,"Longitude":-55.06266,"Latitude_Range":7.81522,"Longitude_Range":12.92176,"Accurate":0,"Captive":1,"Captive_Location":"Fundação Parque Zoológico de São Paulo, Brazil","Captive_Latitude":-23.65211,"Captive_Longitude":-46.61825,"Captive_Latitude_Range":0.01152,"Captive_Longitude_Range":0.01032,"Captive_Accurate":1,"Within_Species_Range":0,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Malvasio, A., Gomes, N., & Farias, E. C. (1999). Sexual identification using anatomical study of urogenital system in hatchlings and juveniles of Trachemys dorbignyi (Duméril & Bibron) (Reptilia, Testudines, Emydidae). Revista Brasileira de Zoologia, 16(1), 91-102.","Source_Alternate":"Malvasio, A., Gomes, N., & Farias, E. C. (1999). Identificação sexual através do estudo anatômico do sistema urogenital em recém-eclodidos e jovens de Trachemys dorbignyi (Duméril & Bibron) (Reptilia, Testudines, Emydidae). Revista Brasileira de Zoologia, 16(1), 91-102.","WoS":0,"Other":1,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Listed_As":"Pseudemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Lakeland Farms, Perry County, Alabama, USA","Latitude":32.59119,"Longitude":-87.36825,"Latitude_Range":0.04351,"Longitude_Range":0.03781,"Accurate":1,"Captive":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":16,"Males":6,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Listed_As":"Pseudemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Lakeland Farms, Perry County, Alabama, USA","Latitude":32.59119,"Longitude":-87.36825,"Latitude_Range":0.04351,"Longitude_Range":0.03781,"Accurate":1,"Captive":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":17,"Males":0,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","Listed_As":"Pseudemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":28.3,"Mean_Temp":28.3,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":36,"Males":33,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","Listed_As":"Pseudemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":40,"Males":12,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","Listed_As":"Pseudemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Obion County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":30.6,"Mean_Temp":30.6,"Fluctuation":0.2,"Number_Clutches_Experiment":10,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":42,"Males":2,"Females":40,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04762,"Proportion_Female":0.95238,"Source":"Bull, J. J., Vogt, R. C., & McCoy, C. J. (1982). Sex determining temperatures in turtles: A geographic comparison. Evolution, 36(2), 326-332.","WoS":1,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Clutch sample size represents a minimum"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":9,"Males":9,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":8,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53333,"Proportion_Female":0.46667,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":9,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"20","Chemical_Concentration":0.01469,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol-3-benzoate","Chemical_Mass_.g":"1","Chemical_Concentration":0.00053,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":4,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol-3-benzoate","Chemical_Mass_.g":"10","Chemical_Concentration":0.00531,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol-3-benzoate","Chemical_Mass_.g":"20","Chemical_Concentration":0.01062,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":15,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":8,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"20","Chemical_Concentration":0.01469,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"17","Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":8,"Males":1,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"Crews, D., Bull, J. J., & Wibbels, T. (1991). Estrogen and sex reversal in turtles: A dose-dependent phenomenon. General and Comparative Endocrinology, 81(3), 357-364.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"7 intersexes at unknown temperatures; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Lake County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Chemical_Treatment":"Oxygen","Chemical_Concentration":0.11,"Applications":"Constant","Application_Route":"Gas","Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Mean_Incubation_Length":61.5,"Mean_Incubation_Length_SD":1.4,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":8,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Etchberger, C. R., Phillips, J. B., Ewert, M. A., Nelson, C. E., & Prange, H. D. (1991). Effects of oxygen concentration and clutch on sex determination and physiology in red?eared slider turtles (Trachemys scripta). Journal of Experimental Zoology, 258(3), 394-403.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Lake County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Chemical_Treatment":"Oxygen","Chemical_Concentration":0.15,"Applications":"Constant","Application_Route":"Gas","Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Mean_Incubation_Length":60.1,"Mean_Incubation_Length_SD":1.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":14,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.58333,"Proportion_Female":0.41667,"Source":"Etchberger, C. R., Phillips, J. B., Ewert, M. A., Nelson, C. E., & Prange, H. D. (1991). Effects of oxygen concentration and clutch on sex determination and physiology in red?eared slider turtles (Trachemys scripta). Journal of Experimental Zoology, 258(3), 394-403.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Lake County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Chemical_Treatment":"Oxygen","Chemical_Concentration":0.21,"Applications":"Constant","Application_Route":"Gas","Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Mean_Incubation_Length":60.3,"Mean_Incubation_Length_SD":1.6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":13,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.54167,"Proportion_Female":0.45833,"Source":"Etchberger, C. R., Phillips, J. B., Ewert, M. A., Nelson, C. E., & Prange, H. D. (1991). Effects of oxygen concentration and clutch on sex determination and physiology in red?eared slider turtles (Trachemys scripta). Journal of Experimental Zoology, 258(3), 394-403.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Lake County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1988,"Last_Year":1988,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Chemical_Treatment":"Oxygen","Chemical_Concentration":0.3,"Applications":"Constant","Application_Route":"Gas","Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Mean_Incubation_Length":60,"Mean_Incubation_Length_SD":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":12,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Etchberger, C. R., Phillips, J. B., Ewert, M. A., Nelson, C. E., & Prange, H. D. (1991). Effects of oxygen concentration and clutch on sex determination and physiology in red?eared slider turtles (Trachemys scripta). Journal of Experimental Zoology, 258(3), 394-403.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Lake County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1989,"Last_Year":1989,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Chemical_Treatment":"Oxygen","Chemical_Concentration":0.08,"Applications":"Constant","Application_Route":"Gas","Total_Incubated_Experiment":140,"Total_Incubated_Treatment":35,"Total_Hatched":4,"Proportion_Hatched":0.11429,"Mean_Incubation_Length":62.8,"Mean_Incubation_Length_SD":1.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":12,"Males":3,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Etchberger, C. R., Phillips, J. B., Ewert, M. A., Nelson, C. E., & Prange, H. D. (1991). Effects of oxygen concentration and clutch on sex determination and physiology in red?eared slider turtles (Trachemys scripta). Journal of Experimental Zoology, 258(3), 394-403.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":21.5,"Mean_Temp":21.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":22.5,"Mean_Temp":22.5,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":23,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.3,"Min_Temp":24.5,"Max_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.3,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1971,"Last_Year":1991,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Min_Temp":29.5,"Max_Temp":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":0,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ewert, M. A., & Nelson, C. E. (1991). Sex determination in turtles: Diverse patterns and some possible adaptive values. Copeia, 1991(1), 50-69.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Hammond, Louisiana, USA","Latitude":30.50408,"Longitude":-90.45925,"Latitude_Range":0.08564,"Longitude_Range":0.1181,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.4,"Number_Clutches_Treatment":7,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":3,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.15,"Proportion_Female":0.85,"Source":"Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian Journal of Zoology, 69(9), 2306-2310.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Travis County, Texas and Hammond, Louisiana, USA","Latitude":30.32596,"Longitude":-94.28596,"Latitude_Range":0.60147,"Longitude_Range":7.77153,"Accurate":0,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.4,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian Journal of Zoology, 69(9), 2306-2310.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Site: 30°18'N, 97°47'W (Travis County) and 30°31'N, 90°28'W (Hammond)"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":11,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57895,"Proportion_Female":0.42105,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":9,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5625,"Proportion_Female":0.4375,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16.5","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":5,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.3125,"Proportion_Female":0.6875,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"18","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":16,"Males":2,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.125,"Proportion_Female":0.875,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Sample size estimated based on other data and Fig. 2"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"19","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":11,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.57895,"Proportion_Female":0.42105,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"20","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":16,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94118,"Proportion_Female":0.05882,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"21","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":7,"Males":7,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"11","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"14","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"18","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Assumed missing sample size was for this stage since it was missing for other estradiol dose at this stage"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"20","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":0,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"21","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":4,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22222,"Proportion_Female":0.77778,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"22","Total_Incubated_Experiment":450,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Wibbels, T., Bull, J. J., & Crews, D. (1991). Synergism between temperature and estradiol: A common pathway in turtle sex determination? Journal of Experimental Zoology, 260(1), 130-134.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Lake County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1990,"Last_Year":1990,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"CO2","Chemical_Concentration":0.15,"Number_Clutches_Experiment":13,"Number_Clutches_Treatment":13,"Clutch_ID":"1-13","Total_Incubated_Treatment":30,"Total_Hatched":26,"Proportion_Hatched":0.86667,"Mean_Incubation_Length":68.3,"Mean_Incubation_Length_SD":3.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":30,"Males":11,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36667,"Proportion_Female":0.63333,"Source":"Etchberger, C. R., Ewert, M. A., Phillips, J. B., Nelson, C. E., & Prange, H. D. (1992). Physiological responses to carbon dioxide in embryonic red?eared slider turtles, Trachemys scripta. Journal of Experimental Zoology, 264(1), 1-10.","WoS":7,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Lake County, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27.7,"Mean_Temp":27.7,"Total_Incubated_Treatment":11,"Total_Hatched":11,"Proportion_Hatched":1,"Mean_Incubation_Length":64.9,"Mean_Incubation_Length_SD":2.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed, dead","Sexed_Age_Class":"Hatchlings, embryos","Total_Sexed":11,"Males":10,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.90909,"Proportion_Female":0.09091,"Source":"Etchberger, C. R., Ewert, M. A., Phillips, J. B., Nelson, C. E., & Prange, H. D. (1992). Physiological responses to carbon dioxide in embryonic red?eared slider turtles, Trachemys scripta. Journal of Experimental Zoology, 264(1), 1-10.","WoS":7,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0","Notes":"Assumed location based on other work by researchers"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-89.94393,"Latitude_Range":17.21029,"Longitude_Range":28.96696,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Total_Sexed":15,"Males":8,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53333,"Proportion_Female":0.46667,"Source":"Crews, D., & Wibbels, T. (1993). Method for preferential production of female turtles, lizards, and crocodiles (U.S. Patent No. 5,201,280). U.S. Patent and Trademark Office.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Data also in Crews et al. (1991) General and Comparative Endocrinology, but stage of delivery does not match"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-89.94393,"Latitude_Range":17.21029,"Longitude_Range":28.96696,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Total_Sexed":15,"Males":9,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Crews, D., & Wibbels, T. (1993). Method for preferential production of female turtles, lizards, and crocodiles (U.S. Patent No. 5,201,280). U.S. Patent and Trademark Office.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Data also in Crews et al. (1991) General and Comparative Endocrinology, but stage of delivery does not match"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-89.94393,"Latitude_Range":17.21029,"Longitude_Range":28.96696,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Chemical_Concentration":0.00734,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., & Wibbels, T. (1993). Method for preferential production of female turtles, lizards, and crocodiles (U.S. Patent No. 5,201,280). U.S. Patent and Trademark Office.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Data also in Crews et al. (1991) General and Comparative Endocrinology, but stage of delivery does not match"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-89.94393,"Latitude_Range":17.21029,"Longitude_Range":28.96696,"Accurate":0,"Incubation_Setup":"Constant","Set_Temp":26,"Mean_Temp":26,"Fluctuation":1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"20","Chemical_Concentration":0.01469,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., & Wibbels, T. (1993). Method for preferential production of female turtles, lizards, and crocodiles (U.S. Patent No. 5,201,280). U.S. Patent and Trademark Office.","WoS":1,"Other":0,"Data_Location":"Text","Data_Elsewhere":"1","Notes":"Data also in Crews et al. (1991) General and Comparative Endocrinology, but stage of delivery does not match"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15,17,20","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":53,"Males":52,"Females":0,"Intersex":0,"Undetermined":1,"Proportion_Male":0.98113,"Proportion_Female":0,"Source":"Wibbels, T., Gideon, P., Bull, J. J., & Crews, D. (1993). Estrogen? and temperature?induced medullary cord regression during gonadal differentiation in a turtle. Differentiation, 53(3), 149-154.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:2 vermiculite:water","Backswitch_Start":"Stage 15","Backswitch_Length":"Hatching","Backswitch_Temp1":26,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., Gideon, P., Bull, J. J., & Crews, D. (1993). Estrogen? and temperature?induced medullary cord regression during gonadal differentiation in a turtle. Differentiation, 53(3), 149-154.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15,17,20","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., Gideon, P., Bull, J. J., & Crews, D. (1993). Estrogen? and temperature?induced medullary cord regression during gonadal differentiation in a turtle. Differentiation, 53(3), 149-154.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"1","Chemical_Concentration":0.00077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":0,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"10","Chemical_Concentration":0.0077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"10","Chemical_Concentration":0.0077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":27,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96429,"Proportion_Female":0.03571,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"10","Chemical_Concentration":0.0077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":26,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96296,"Proportion_Female":0.03704,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"10","Chemical_Concentration":0.0077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":20,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"10","Chemical_Concentration":0.0077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":21,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":0,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"100","Chemical_Concentration":0.077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":25,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"100","Chemical_Concentration":0.077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"100","Chemical_Concentration":0.077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":24,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":24,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"100","Chemical_Concentration":0.077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":22,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":21,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95455,"Proportion_Female":0.04545,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Fadrozole hydrochloride","Chemical_Mass_.g":"100","Chemical_Concentration":0.077,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":22,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":7,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.31818,"Proportion_Female":0.68182,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":25,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96154,"Proportion_Female":0.03846,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":20,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.71429,"Proportion_Female":0.28571,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Mentions 1-2 intersex individuals from 29, 29.2, and 29.4C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":29,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":16,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55172,"Proportion_Female":0.44828,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Mentions 1-2 intersex individuals from 29, 29.2, and 29.4C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":4,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14815,"Proportion_Female":0.85185,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Mentions 1-2 intersex individuals from 29, 29.2, and 29.4C"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":24,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":0,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":27,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":25,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92593,"Proportion_Female":0.07407,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":21,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":24,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":9,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0007,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"10","Chemical_Concentration":0.00701,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"10","Chemical_Concentration":0.00701,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":24,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96,"Proportion_Female":0.04,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"10","Chemical_Concentration":0.00701,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":27,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"10","Chemical_Concentration":0.00701,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":19,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.73077,"Proportion_Female":0.26923,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Letrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.0701,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Testosterone","Chemical_Mass_.g":"10","Chemical_Concentration":0.00693,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Testosterone","Chemical_Mass_.g":"10","Chemical_Concentration":0.00693,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":24,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Testosterone","Chemical_Mass_.g":"50","Chemical_Concentration":0.03467,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":13,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48148,"Proportion_Female":0.51852,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Testosterone & 4MA","Chemical_Mass_.g":"100 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":24,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":7,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.29167,"Proportion_Female":0.70833,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Testosterone & 4MA","Chemical_Mass_.g":"100 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":9,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.34615,"Proportion_Female":0.65385,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Testosterone & 4MA","Chemical_Mass_.g":"100 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":22,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Testosterone & 4MA","Chemical_Mass_.g":"100 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":29,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Testosterone & 4MA","Chemical_Mass_.g":"100 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":25,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Testosterone & Finasteride","Chemical_Mass_.g":"75 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":14,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53846,"Proportion_Female":0.46154,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Testosterone & Finasteride","Chemical_Mass_.g":"75 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":23,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":13,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.56522,"Proportion_Female":0.43478,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Testosterone & Finasteride","Chemical_Mass_.g":"75 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Testosterone & Finasteride","Chemical_Mass_.g":"75 & 50","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":30,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Testosterone & Fadrozole hydrochloride","Chemical_Mass_.g":"10 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":24,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Testosterone & Fadrozole hydrochloride","Chemical_Mass_.g":"10 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Testosterone & Fadrozole hydrochloride","Chemical_Mass_.g":"10 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Testosterone & Fadrozole hydrochloride","Chemical_Mass_.g":"10 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Testosterone & Fadrozole hydrochloride","Chemical_Mass_.g":"100 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":29,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Testosterone & Fadrozole hydrochloride","Chemical_Mass_.g":"100 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":22,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Testosterone & Fadrozole hydrochloride","Chemical_Mass_.g":"100 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":28,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Testosterone & Letrozole - CGS20267","Chemical_Mass_.g":"10 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":19,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Testosterone & Letrozole - CGS20267","Chemical_Mass_.g":"10 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Testosterone & Letrozole - CGS20267","Chemical_Mass_.g":"10 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":23,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Testosterone & Letrozole - CGS20267","Chemical_Mass_.g":"10 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":21,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":21,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Testosterone & Letrozole - CGS20267","Chemical_Mass_.g":"100 & 100","Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"17","Total_Incubated_Treatment":27,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Source":"Crews, D., & Bergeron, J. M. (1994). Role of reductase and aromatase in sex determination in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. Journal of Endocrinology, 143(2), 279-289.","WoS":3,"Other":0,"Data_Location":"Table 2, Text","Data_Elsewhere":"0","Notes":"Sex ratios from this chemical treatment not provided"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Mean_Temp":32.5,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":15,"Males":0,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Bergeron, J. M., Bull, J. J., Flores, D., Tousignant, A., Skipper, J. K., & Wibbels, T. (1994). Temperature?dependent sex determination in reptiles: Proximate mechanisms, ultimate outcomes, and practical applications. Developmental Genetics, 15(3), 297-312.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.3,"Number_Clutches_Treatment":16,"Total_Sexed":37,"Males":37,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 2","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.3,"Number_Clutches_Treatment":8,"Total_Sexed":19,"Males":6,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.31579,"Proportion_Female":0.68421,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 2","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Lower Apalachicola River Floodplain, Franklin and Gulf Counties, Florida, USA","Latitude":29.92513,"Longitude":-85.01218,"Latitude_Range":0.43928,"Longitude_Range":0.3467,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.3,"Number_Clutches_Treatment":7,"Total_Sexed":14,"Males":4,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Ewert, M. A., Jackson, D. R., & Nelson, C. E. (1994). Patterns of temperature?dependent sex determination in turtles. Journal of Experimental Zoology, 270(1), 3-15.","WoS":3,"Other":0,"Data_Location":"Fig. 2","Data_Elsewhere":"0","Notes":"Coordinates from Ewert, M. A., Lang, J. W., & Nelson, C. E. (2005). Geographic variation in the pattern of temperature-dependent sex determination in the American snapping turtle (Chelydra serpentina). Journal of Zoology, 265(1), 81-95."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Chemical_Treatment":"Testosterone","Chemical_Mass_.g":"100","Chemical_Concentration":0.06934,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":30,"Total_Hatched":30,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":3,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Crews, D., Cantú, A. R., Bergeron, J. M., & Rhen, T. (1995). The relative effectiveness of androstenedione, testosterone, and estrone, precursors to estradiol, in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 100(1), 119-127.","WoS":2,"Other":0,"Data_Location":"Table 3, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":23,"Total_Hatched":23,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":15,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.65217,"Proportion_Female":0.34783,"Source":"Crews, D., Cantú, A. R., Bergeron, J. M., & Rhen, T. (1995). The relative effectiveness of androstenedione, testosterone, and estrone, precursors to estradiol, in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 100(1), 119-127.","WoS":2,"Other":0,"Data_Location":"Table 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Testosterone","Chemical_Mass_.g":"10","Chemical_Concentration":0.00693,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Incubated_Treatment":29,"Total_Hatched":29,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":3,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.10345,"Proportion_Female":0.89655,"Source":"Crews, D., Cantú, A. R., Bergeron, J. M., & Rhen, T. (1995). The relative effectiveness of androstenedione, testosterone, and estrone, precursors to estradiol, in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 100(1), 119-127.","WoS":2,"Other":0,"Data_Location":"Table 3, Fig. 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Vrije Universiteit Brussel, Brussels, Belgium","Captive_Latitude":50.82135,"Captive_Longitude":4.39712,"Captive_Latitude_Range":0.00882,"Captive_Longitude_Range":0.01301,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Fluctuating","Substrate":"Sand","Thermometer_Location":"Incubator","Mean_Temp":26.9,"Min_Temp":21.5,"Max_Temp":32,"Number_Clutches_Experiment":1,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Treatment":6,"Total_Hatched":6,"Proportion_Hatched":1,"Mean_Incubation_Length":77,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Nijs, J. (1995). An incubator with daily temperature fluctuations: A better way to incubate eggs from turtles with temperature-dependent sex determination? Bulletin of the Chicago Herpetological Society, 30(7), 141-144.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":28.6,"Mean_Temp":28.6,"Fluctuation":0.15,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":22,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":28.6,"Mean_Temp":28.6,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"10","Chemical_Concentration":0.00689,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":22,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95652,"Proportion_Female":0.04348,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":28.6,"Mean_Temp":28.6,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.001","Chemical_Concentration":7.34e-07,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":25,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.92593,"Proportion_Female":0.07407,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":28.6,"Mean_Temp":28.6,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.01","Chemical_Concentration":7.34e-06,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":14,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":28.6,"Mean_Temp":28.6,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":6,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23077,"Proportion_Female":0.76923,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":28.6,"Mean_Temp":28.6,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":1,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03704,"Proportion_Female":0.96296,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":22,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78571,"Proportion_Female":0.21429,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"1","Chemical_Concentration":0.00069,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":19,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.67857,"Proportion_Female":0.32143,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"10","Chemical_Concentration":0.00689,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":23,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82143,"Proportion_Female":0.17857,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"100","Chemical_Concentration":0.06886,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":21,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91304,"Proportion_Female":0.08696,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"200","Chemical_Concentration":0.13772,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":23,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85185,"Proportion_Female":0.14815,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.001","Chemical_Concentration":7.34e-07,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":7,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25926,"Proportion_Female":0.74074,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.01","Chemical_Concentration":7.34e-06,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":1,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04348,"Proportion_Female":0.95652,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":4,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":21,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.80769,"Proportion_Female":0.19231,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"1 & 0.01","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":21,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84,"Proportion_Female":0.16,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"1 & 0.1","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":21,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.72414,"Proportion_Female":0.27586,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"1 & 1","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":10,"Females":17,"Intersex":1,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"10 & 0.01","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":22,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"10 & 0.1","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":23,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88462,"Proportion_Female":0.11538,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"10 & 1","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":13,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"100 & 0.01","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":28,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96552,"Proportion_Female":0.03448,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"100 & 0.1","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":19,"Females":6,"Intersex":2,"Undetermined":0,"Proportion_Male":0.74074,"Proportion_Female":0.25926,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone & Estradiol","Chemical_Mass_.g":"100 & 1","Chemical_Volume_.L":5,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"17","Stage_Last_Application":17,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":6,"Females":15,"Intersex":7,"Undetermined":0,"Proportion_Male":0.33929,"Proportion_Female":0.66071,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Two 5 microliter doses, each with a different hormone; Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":15,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.53571,"Proportion_Female":0.46429,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"1","Chemical_Concentration":0.00069,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":10,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55556,"Proportion_Female":0.44444,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"10","Chemical_Concentration":0.00689,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":29,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"100","Chemical_Concentration":0.06886,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":19,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.86364,"Proportion_Female":0.13636,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Dihydrotestosterone","Chemical_Mass_.g":"200","Chemical_Concentration":0.13772,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":15,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.88235,"Proportion_Female":0.11765,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.001","Chemical_Concentration":7.34e-07,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":2,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.08,"Proportion_Female":0.92,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.01","Chemical_Concentration":7.34e-06,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":6,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.21429,"Proportion_Female":0.78571,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":0,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00073,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":0,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Tamoxifen","Chemical_Mass_.g":"10","Chemical_Concentration":0.00538,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":3,"Females":25,"Intersex":0,"Undetermined":0,"Proportion_Male":0.10714,"Proportion_Female":0.89286,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Tamoxifen","Chemical_Mass_.g":"100","Chemical_Concentration":0.05383,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":5,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0.17857,"Proportion_Female":0.82143,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Norethindrone","Chemical_Mass_.g":"1","Chemical_Concentration":0.00067,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":1,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03448,"Proportion_Female":0.96552,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Norethindrone","Chemical_Mass_.g":"10","Chemical_Concentration":0.0067,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":0,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:2 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.15,"Chemical_Treatment":"Norethindrone","Chemical_Mass_.g":"100","Chemical_Concentration":0.06702,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":0,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Wibbels, T., & Crews, D. (1995). Steroid-induced sex determination at incubation temperatures producing mixed sex ratios in a turtle with TSD. General and Comparative Endocrinology, 100(1), 53-60.","WoS":3,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":31,"Males":0,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.05","Chemical_Concentration":0.00004,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":0,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.01","Chemical_Concentration":7.34e-06,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":1,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03704,"Proportion_Female":0.96296,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"5","Chemical_Concentration":0.00347,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":0,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"1","Chemical_Concentration":0.00069,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":0,"Females":27,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"0.5","Chemical_Concentration":0.00035,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":49,"Males":0,"Females":49,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00007,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":0,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"0.05","Chemical_Concentration":0.00003,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":0,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":29.2,"Mean_Temp":29.2,"Fluctuation":0.1,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"0.01","Chemical_Concentration":6.94e-06,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":0,"Females":26,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Crews, D., Cantú, A. R., Rhen, T., & Vohra, R. (1996). The relative effectiveness of estrone, estradiol-17?, and estriol in sex reversal in the red-eared slider (Trachemys scripta), a turtle with temperature-dependent sex determination. General and Comparative Endocrinology, 102(3), 317-326.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Crews","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"0.01","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.97,"Proportion_Female":0.03,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"0.02","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.84,"Proportion_Female":0.16,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"0.03","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.46,"Proportion_Female":0.54,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estriol","Chemical_Mass_.g":"0.04","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.075","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.62,"Proportion_Female":0.38,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.2","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.4","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.26,"Proportion_Female":0.74,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estriol & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.93,"Proportion_Female":0.07,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estriol & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.65,"Proportion_Female":0.35,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estriol & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":35,"Mean_Incubation_Length":49,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Proportion_Male":0.34,"Proportion_Female":0.66,"Source":"Arnold, S. F., Bergeron, J. M., Tran, D. Q., Collins, B. M., Vonier, P. M., Crews, D., Toscano, W. A., Jr., & McLachlan, J. A. (1997). Synergistic responses of steroidal estrogens in Vitro (Yeast) and in Vivo (Turtles). Biochemical and Biophysical Research Communications, 235(2), 336-342.","WoS":1,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Sex ratio data in Fig. 3 is logit transformed; no sample sizes provided"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":1,"Females":3,"Intersex":1,"Undetermined":0,"Proportion_Male":0.3,"Proportion_Female":0.7,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.2,"Mean_Temp":28.2,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":3,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":6,"Males":1,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16667,"Proportion_Female":0.83333,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":1,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":2,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":2,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":0,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Swan Lake, Calhoun County, and Dabbs Road, Jersey County, Illinois, USA","Latitude":38.98444,"Longitude":-90.49954,"Latitude_Range":0.17016,"Longitude_Range":0.20218,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1996,"Last_Year":1996,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.8,"Mean_Temp":28.8,"Number_Clutches_Experiment":35,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Total_Incubated_Experiment":325,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":5,"Males":3,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6,"Proportion_Female":0.4,"Source":"Janzen, F. J., Wilson, M. E., Tucker, J. K., & Ford, S. P. (1998). Endogenous yolk steroid hormones in turtles with different sex-determining mechanisms. General and Comparative Endocrinology, 111(3), 306-317.","WoS":2,"Other":0,"Data_Location":"Table 2, Text, Personal Communication with Janzen","Data_Elsewhere":"0","Notes":"Coordinates derived from Fig. 3 of Tucker, J. K. (1997). Natural history notes on nesting, nests, and hatchling emergence in the red-eared slider turtle, Trachemys scripta elegans, in west-central Illinois. Illinois Natural History Survey Biological Notes, 140, 1-13."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Aroclor 1242","Chemical_Concentration":5.3e-07,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":31,"Males":0,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":0.70968,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"cis-Nonachlor","Chemical_Concentration":1.6e-07,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":28,"Males":18,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.64286,"Proportion_Female":0.35714,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"p,p'-DDD","Chemical_Concentration":2.6e-06,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":30,"Males":28,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.93333,"Proportion_Female":0.06667,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"p,p'-DDE","Chemical_Concentration":0.00002,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":29,"Males":18,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.62069,"Proportion_Female":0.37931,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Chlordane","Chemical_Concentration":2.2e-07,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":31,"Males":19,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.6129,"Proportion_Female":0.3871,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Combination","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":33,"Males":21,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.63636,"Proportion_Female":0.36364,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"0.01","Chemical_Concentration":7.34e-06,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":28,"Males":10,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.35714,"Proportion_Female":0.64286,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Toxaphene & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":30,"Males":11,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36667,"Proportion_Female":0.63333,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Dieldrin & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":26,"Males":5,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.19231,"Proportion_Female":0.80769,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"trans-Nonachlor & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":25,"Males":4,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.16,"Proportion_Female":0.84,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Aroclor 1242 & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":28,"Males":7,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"cis-Nonachlor & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":29,"Males":11,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.37931,"Proportion_Female":0.62069,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"p,p'-DDD & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":29,"Males":5,"Females":24,"Intersex":0,"Undetermined":0,"Proportion_Male":0.17241,"Proportion_Female":0.82759,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"p,p'-DDE & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":28,"Males":6,"Females":22,"Intersex":0,"Undetermined":0,"Proportion_Male":0.21429,"Proportion_Female":0.78571,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Chlordane & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":19,"Males":2,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.10526,"Proportion_Female":0.89474,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":28.6,"Mean_Temp":28.6,"Chemical_Treatment":"Combination & Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Total_Sexed":25,"Males":5,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Willingham, E., & Crews, D. (1999). Sex reversal effects of environmentally relevant xenobiotic concentrations on the red-eared slider turtle, a species with temperature-dependent sex determination. General and Comparative Endocrinology, 113(3), 429-435.","WoS":3,"Other":0,"Data_Location":"Table 1, Fig. 2, Text","Data_Elsewhere":"0","Notes":"Same concentrations as above but with 0.01 microgram of estradiol as well"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Fleming, A., & Crews, D. (2001). Estradiol and incubation temperature modulate regulation of steroidogenic factor 1 in the developing gonad of the red-eared slider turtle. Endocrinology, 142(4), 1403-1411.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Fluctuation":0.1,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"5","Chemical_Concentration":0.00367,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":0,"Females":65,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Fleming, A., & Crews, D. (2001). Estradiol and incubation temperature modulate regulation of steroidogenic factor 1 in the developing gonad of the red-eared slider turtle. Endocrinology, 142(4), 1403-1411.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"Fluctuation":0.1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":86,"Males":15,"Females":71,"Intersex":0,"Undetermined":0,"Proportion_Male":0.17442,"Proportion_Female":0.82558,"Source":"Fleming, A., & Crews, D. (2001). Estradiol and incubation temperature modulate regulation of steroidogenic factor 1 in the developing gonad of the red-eared slider turtle. Endocrinology, 142(4), 1403-1411.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"Fluctuation":0.1,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"100","Chemical_Concentration":0.08958,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":24,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Fleming, A., & Crews, D. (2001). Estradiol and incubation temperature modulate regulation of steroidogenic factor 1 in the developing gonad of the red-eared slider turtle. Endocrinology, 142(4), 1403-1411.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Fluctuation":0.1,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":12,"Males":0,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Fleming, A., & Crews, D. (2001). Estradiol and incubation temperature modulate regulation of steroidogenic factor 1 in the developing gonad of the red-eared slider turtle. Endocrinology, 142(4), 1403-1411.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":26,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":95,"Males":2,"Females":93,"Intersex":0,"Undetermined":0,"Proportion_Male":0.02105,"Proportion_Female":0.97895,"Source":"Fleming, A., & Crews, D. (2001). Estradiol and incubation temperature modulate regulation of steroidogenic factor 1 in the developing gonad of the red-eared slider turtle. Endocrinology, 142(4), 1403-1411.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":31,"Backswitch_Temp2":26,"Backswitch_Temp3":26,"Sexing_Method":"Macroscopy, histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":47,"Males":39,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.82979,"Proportion_Female":0.17021,"Source":"Fleming, A., & Crews, D. (2001). Estradiol and incubation temperature modulate regulation of steroidogenic factor 1 in the developing gonad of the red-eared slider turtle. Endocrinology, 142(4), 1403-1411.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Claiborne and Ouachita Parishes, Louisiana, USA","Latitude":32.64313,"Longitude":-92.57362,"Latitude_Range":0.74952,"Longitude_Range":1.32973,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":27,"Mean_Temp":27,"Number_Clutches_Experiment":9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Bowden, R. M., Ewert, M. A., & Nelson, C. E. (2002). Hormone levels in yolk decline throughout development in the red-eared slider turtle (Trachemys scripta elegans). General and Comparative Endocrinology, 129(3), 171-177.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Claiborne and Ouachita Parishes, Louisiana, USA","Latitude":32.64313,"Longitude":-92.57362,"Latitude_Range":0.74952,"Longitude_Range":1.32973,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1998,"Last_Year":1998,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":31,"Mean_Temp":31,"Number_Clutches_Experiment":9,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bowden, R. M., Ewert, M. A., & Nelson, C. E. (2002). Hormone levels in yolk decline throughout development in the red-eared slider turtle (Trachemys scripta elegans). General and Comparative Endocrinology, 129(3), 171-177.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28.5,"Mean_Temp":28.5,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Treatment":25,"Total_Hatched":24,"Proportion_Hatched":0.96,"Total_Sexed":24,"Males":22,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.91667,"Proportion_Female":0.08333,"Source":"Etchberger, C. R., Ewert, M. A., Phillips, J. B., & Nelson, C. E. (2002). Carbon dioxide influences environmental sex determination in two species of turtles. Amphibia-Reptilia, 23, 169-175.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28.5,"Mean_Temp":28.5,"Chemical_Treatment":"CO2","Chemical_Concentration":0.1,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Treatment":25,"Total_Hatched":21,"Proportion_Hatched":0.84,"Total_Sexed":23,"Males":11,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47826,"Proportion_Female":0.52174,"Source":"Etchberger, C. R., Ewert, M. A., Phillips, J. B., & Nelson, C. E. (2002). Carbon dioxide influences environmental sex determination in two species of turtles. Amphibia-Reptilia, 23, 169-175.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28.5,"Mean_Temp":28.5,"Chemical_Treatment":"CO2","Chemical_Concentration":0.15,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Treatment":25,"Total_Hatched":4,"Proportion_Hatched":0.16,"Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Etchberger, C. R., Ewert, M. A., Phillips, J. B., & Nelson, C. E. (2002). Carbon dioxide influences environmental sex determination in two species of turtles. Amphibia-Reptilia, 23, 169-175.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Reelfoot Lake, Tennessee, USA","Latitude":36.41679,"Longitude":-89.37878,"Latitude_Range":0.13139,"Longitude_Range":0.13752,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1992,"Last_Year":1992,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Water_Content":"-170","Set_Temp":28.5,"Mean_Temp":28.5,"Chemical_Treatment":"CO2","Chemical_Concentration":0.15,"Number_Clutches_Experiment":9,"Number_Clutches_Treatment":9,"Clutch_ID":"1-9","Total_Incubated_Treatment":24,"Total_Hatched":0,"Proportion_Hatched":0,"Total_Sexed":7,"Males":1,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Etchberger, C. R., Ewert, M. A., Phillips, J. B., & Nelson, C. E. (2002). Carbon dioxide influences environmental sex determination in two species of turtles. Amphibia-Reptilia, 23, 169-175.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":27.8,"Mean_Temp":27.8,"Chemical_Treatment":"Acetone","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Day_First_Application":28,"Total_Incubated_Treatment":30,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":29,"Males":26,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.89655,"Proportion_Female":0.10345,"Source":"Gale, R. W., Bergeron, J. M., Willingam, E. J., & Crews, D. (2002). Turtle sex determination assay: Mass balance and responses to 2,3,7,8?tetrachlorodibenzo?p?dioxin and 3,3?,4,4?,5?pentachlorobiphenyl. Environmental Toxicology and Chemistry, 21(11), 2477-2482.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Sexed after 44 days of incubation"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":27.8,"Mean_Temp":27.8,"Chemical_Treatment":"Estradiol","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Day_First_Application":28,"Total_Incubated_Treatment":30,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Gale, R. W., Bergeron, J. M., Willingam, E. J., & Crews, D. (2002). Turtle sex determination assay: Mass balance and responses to 2,3,7,8?tetrachlorodibenzo?p?dioxin and 3,3?,4,4?,5?pentachlorobiphenyl. Environmental Toxicology and Chemistry, 21(11), 2477-2482.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Sexed after 44 days of incubation"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 w/v vermiculite:water","Set_Temp":27.8,"Mean_Temp":27.8,"Chemical_Treatment":"TCDD","Chemical_Mass_.g":"0.005","Chemical_Concentration":3.11e-06,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Day_First_Application":28,"Total_Incubated_Treatment":30,"Total_Hatched":0,"Proportion_Hatched":0,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":26,"Males":23,"Females":2,"Intersex":1,"Undetermined":0,"Proportion_Male":0.90385,"Proportion_Female":0.09615,"Source":"Gale, R. W., Bergeron, J. M., Willingam, E. J., & Crews, D. (2002). Turtle sex determination assay: Mass balance and responses to 2,3,7,8?tetrachlorodibenzo?p?dioxin and 3,3?,4,4?,5?pentachlorobiphenyl. Environmental Toxicology and Chemistry, 21(11), 2477-2482.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Sexed after 44 days of incubation"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":7,"Males":3,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":7,"Males":2,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"36","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":8,"Males":4,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":5,"Males":4,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.8,"Proportion_Female":0.2,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":7,"Males":0,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Turtle and Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Set_Temp":29.1,"Mean_Temp":29.1,"Mean_Temp_SD":0.03,"Chemical_Treatment":"Fadrozole","Chemical_Mass_.g":"1","Chemical_Concentration":0.0009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"17","Number_Clutches_Experiment":12,"Number_Clutches_Treatment":1,"Clutch_ID":"44","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dodd, K. L., & Wibbels, T. (2005). Clutch-specific sensitivity to estrogen in a turtle with temperature-dependent sex determination. Integrative and Comparative Biology, 45(6), 988-988.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Wibbels","Data_Elsewhere":"0","Notes":"Most data from Dodd, K. (2007). The molecular biology of temperature-dependent sex determination in reptiles (PhD dissertation, University of Alabama at Birmingham, Alabama). Retrieved from https://search.proquest.com/docview/304892971?pq-origsite=gscholar&fromopenview=true"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Alligator and Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Untreated and ethanol controls","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":15,"Females":9,"Intersex":0,"Undetermined":0,"Proportion_Male":0.625,"Proportion_Female":0.375,"Source":"Willingham, E. J. (2005). The effects of atrazine and temperature on turtle hatchling size and sex ratios. Frontiers in Ecology and the Environment, 3(6), 309-313.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Held at 29.4 until stage 17"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Alligator and Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Atrazine","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":15,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.55556,"Proportion_Female":0.44444,"Source":"Willingham, E. J. (2005). The effects of atrazine and temperature on turtle hatchling size and sex ratios. Frontiers in Ecology and the Environment, 3(6), 309-313.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Held at 29.4 until stage 17; 5 ng atrazine per 10 g egg"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Alligator and Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Untreated and ethanol controls","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":14,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Willingham, E. J. (2005). The effects of atrazine and temperature on turtle hatchling size and sex ratios. Frontiers in Ecology and the Environment, 3(6), 309-313.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Held at 29.4 until stage 17"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Alligator and Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":29.2,"Mean_Temp":29.2,"Chemical_Treatment":"Atrazine","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":8,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.32,"Proportion_Female":0.68,"Source":"Willingham, E. J. (2005). The effects of atrazine and temperature on turtle hatchling size and sex ratios. Frontiers in Ecology and the Environment, 3(6), 309-313.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text","Data_Elsewhere":"0","Notes":"Held at 29.4 until stage 17; 5 ng atrazine per 10 g egg"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Alligator and Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":29.4,"Backswitch_Temp2":26,"Backswitch_Temp3":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":17,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.62963,"Proportion_Female":0.37037,"Source":"Willingham, E. (2005). Different incubation temperatures result in differences in mass in female red-eared slider turtle hatchlings. Journal of Thermal Biology, 30(1), 61-64.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Alligator and Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":29.4,"Backswitch_Temp2":29.2,"Backswitch_Temp3":29.2,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":29,"Males":14,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.48276,"Proportion_Female":0.51724,"Source":"Willingham, E. (2005). Different incubation temperatures result in differences in mass in female red-eared slider turtle hatchlings. Journal of Thermal Biology, 30(1), 61-64.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert Alligator and Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 w/v vermiculite:water","Thermometer_Location":"Incubator","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":29.4,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":0,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Willingham, E. (2005). Different incubation temperatures result in differences in mass in female red-eared slider turtle hatchlings. Journal of Thermal Biology, 30(1), 61-64.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"TSP_Mean_Temp":29.42,"TSP_Mean_Temp_SD":0.13,"Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":4,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.4,"Proportion_Female":0.6,"Source":"Dodd, K. L., Murdock, C., & Wibbels, T. (2006). Interclutch variation in sex ratios produced at pivotal temperature in the red-eared slider, a turtle with temperature-dependent sex determination. Journal of Herpetology, 40(4), 544-549.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Wibbels","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"TSP_Mean_Temp":29.42,"TSP_Mean_Temp_SD":0.13,"Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Total_Incubated_Treatment":10,"Total_Hatched":1,"Proportion_Hatched":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Dodd, K. L., Murdock, C., & Wibbels, T. (2006). Interclutch variation in sex ratios produced at pivotal temperature in the red-eared slider, a turtle with temperature-dependent sex determination. Journal of Herpetology, 40(4), 544-549.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Wibbels","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"TSP_Mean_Temp":29.42,"TSP_Mean_Temp_SD":0.13,"Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Total_Incubated_Treatment":7,"Total_Hatched":7,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":7,"Males":6,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.85714,"Proportion_Female":0.14286,"Source":"Dodd, K. L., Murdock, C., & Wibbels, T. (2006). Interclutch variation in sex ratios produced at pivotal temperature in the red-eared slider, a turtle with temperature-dependent sex determination. Journal of Herpetology, 40(4), 544-549.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Wibbels","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"TSP_Mean_Temp":29.42,"TSP_Mean_Temp_SD":0.13,"Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Total_Incubated_Treatment":10,"Total_Hatched":10,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":5,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Dodd, K. L., Murdock, C., & Wibbels, T. (2006). Interclutch variation in sex ratios produced at pivotal temperature in the red-eared slider, a turtle with temperature-dependent sex determination. Journal of Herpetology, 40(4), 544-549.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Wibbels","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2000,"Last_Year":2000,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"TSP_Mean_Temp":29.42,"TSP_Mean_Temp_SD":0.13,"Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Total_Incubated_Treatment":8,"Total_Hatched":8,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":8,"Males":3,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.375,"Proportion_Female":0.625,"Source":"Dodd, K. L., Murdock, C., & Wibbels, T. (2006). Interclutch variation in sex ratios produced at pivotal temperature in the red-eared slider, a turtle with temperature-dependent sex determination. Journal of Herpetology, 40(4), 544-549.","WoS":3,"Other":0,"Data_Location":"Fig. 1, Text, Personal Communication with Wibbels","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"TSP_Mean_Temp":29.75,"TSP_Mean_Temp_SD":0.1,"Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"113","Total_Incubated_Treatment":5,"Total_Hatched":4,"Proportion_Hatched":0.8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dodd, K. L., Murdock, C., & Wibbels, T. (2006). Interclutch variation in sex ratios produced at pivotal temperature in the red-eared slider, a turtle with temperature-dependent sex determination. Journal of Herpetology, 40(4), 544-549.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text, Personal Communication with Wibbels","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"TSP_Mean_Temp":29.75,"TSP_Mean_Temp_SD":0.1,"Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"114","Total_Incubated_Treatment":4,"Total_Hatched":2,"Proportion_Hatched":0.5,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Dodd, K. L., Murdock, C., & Wibbels, T. (2006). Interclutch variation in sex ratios produced at pivotal temperature in the red-eared slider, a turtle with temperature-dependent sex determination. Journal of Herpetology, 40(4), 544-549.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text, Personal Communication with Wibbels","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Kliebert Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2003,"Last_Year":2003,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"TSP_Mean_Temp":29.75,"TSP_Mean_Temp_SD":0.1,"Number_Clutches_Experiment":115,"Number_Clutches_Treatment":1,"Clutch_ID":"115","Total_Incubated_Treatment":5,"Total_Hatched":4,"Proportion_Hatched":0.8,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Dodd, K. L., Murdock, C., & Wibbels, T. (2006). Interclutch variation in sex ratios produced at pivotal temperature in the red-eared slider, a turtle with temperature-dependent sex determination. Journal of Herpetology, 40(4), 544-549.","WoS":3,"Other":0,"Data_Location":"Fig. 3, Text, Personal Communication with Wibbels","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Ferme aux Crocodiles (Pierrelatte) and Association Tortues Passion (Vergèze), France","Captive_Latitude":44.05041,"Captive_Longitude":4.45922,"Captive_Latitude_Range":0.61401,"Captive_Longitude_Range":0.49341,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Set_Temp":28.9,"Mean_Temp":28.9,"Number_Clutches_Treatment":25,"Total_Incubated_Treatment":190,"Total_Hatched":170,"Proportion_Hatched":0.89474,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":170,"Males":123,"Females":38,"Intersex":0,"Undetermined":9,"Proportion_Male":0.72353,"Proportion_Female":0.22353,"Source":"Delmas, V., Baudry, E., Girondot, M., & Prevot-Julliard, A.-C. (2007). The righting response as a fitness index in freshwater turtles. Biological Journal of the Linnean Society, 91(1), 99-109.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Turtles in captivity captured throughout France"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Ferme aux Crocodiles (Pierrelatte) and Association Tortues Passion (Vergèze), France","Captive_Latitude":44.05041,"Captive_Longitude":4.45922,"Captive_Latitude_Range":0.61401,"Captive_Longitude_Range":0.49341,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Set_Temp":29,"Mean_Temp":29,"Fluctuation":3,"Number_Clutches_Treatment":15,"Total_Incubated_Treatment":35,"Total_Hatched":21,"Proportion_Hatched":0.6,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":21,"Males":0,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Delmas, V., Baudry, E., Girondot, M., & Prevot-Julliard, A.-C. (2007). The righting response as a fitness index in freshwater turtles. Biological Journal of the Linnean Society, 91(1), 99-109.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Turtles in captivity captured throughout France"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Ferme aux Crocodiles (Pierrelatte) and Association Tortues Passion (Vergèze), France","Captive_Latitude":44.05041,"Captive_Longitude":4.45922,"Captive_Latitude_Range":0.61401,"Captive_Longitude_Range":0.49341,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":5,"Number_Clutches_Treatment":17,"Total_Incubated_Treatment":33,"Total_Hatched":31,"Proportion_Hatched":0.93939,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":31,"Males":0,"Females":31,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Delmas, V., Baudry, E., Girondot, M., & Prevot-Julliard, A.-C. (2007). The righting response as a fitness index in freshwater turtles. Biological Journal of the Linnean Society, 91(1), 99-109.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Turtles in captivity captured throughout France"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Ferme aux Crocodiles (Pierrelatte) and Association Tortues Passion (Vergèze), France","Captive_Latitude":44.05041,"Captive_Longitude":4.45922,"Captive_Latitude_Range":0.61401,"Captive_Longitude_Range":0.49341,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":0,"Incubation_Setup":"Fluctuating","Substrate":"1:0.44 w/w vermiculite:water","Water_Content":"-398","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":1.5,"Number_Clutches_Treatment":19,"Total_Incubated_Treatment":34,"Total_Hatched":34,"Proportion_Hatched":1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Juveniles","Total_Sexed":34,"Males":22,"Females":8,"Intersex":0,"Undetermined":4,"Proportion_Male":0.64706,"Proportion_Female":0.23529,"Source":"Delmas, V., Baudry, E., Girondot, M., & Prevot-Julliard, A.-C. (2007). The righting response as a fitness index in freshwater turtles. Biological Journal of the Linnean Society, 91(1), 99-109.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Turtles in captivity captured throughout France"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":12,"Clutch_ID":"1-12","Total_Incubated_Treatment":55,"Total_Hatched":55,"Proportion_Hatched":1,"Mean_Incubation_Length":61,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":55,"Males":53,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.96364,"Proportion_Female":0.03636,"Source":"Les, H. L., Paitz, R. T., & Bowden, R. M. (2007). Experimental test of the effects of fluctuating incubation temperatures on hatchling phenotype. Journal of Experimental Zoology, 307A(5), 274-280.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0","Notes":"100% hatching success assumed; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2005,"Last_Year":2005,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.5,"Mean_Temp":28.5,"CTE":29.19,"Fluctuation":3,"Number_Clutches_Experiment":12,"Number_Clutches_Treatment":12,"Clutch_ID":"1-12","Total_Incubated_Treatment":52,"Total_Hatched":52,"Proportion_Hatched":1,"Mean_Incubation_Length":62,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":52,"Males":40,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.76923,"Proportion_Female":0.23077,"Source":"Les, H. L., Paitz, R. T., & Bowden, R. M. (2007). Experimental test of the effects of fluctuating incubation temperatures on hatchling phenotype. Journal of Experimental Zoology, 307A(5), 274-280.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 3, Text","Data_Elsewhere":"0","Notes":"100% hatching success assumed; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Clark, Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Total_Hatched":65,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":65,"Males":65,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ramsey, M., Shoemaker, C., & Crews, D. (2007). Gonadal expression of Sf1 and aromatase during sex determination in the red-eared slider turtle (Trachemys scripta), a reptile with temperature-dependent sex determination. Differentiation, 75(10), 978-991.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Clark, Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"1:1 vermiculite:water","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Total_Hatched":114,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":114,"Males":0,"Females":114,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Ramsey, M., Shoemaker, C., & Crews, D. (2007). Gonadal expression of Sf1 and aromatase during sex determination in the red-eared slider turtle (Trachemys scripta), a reptile with temperature-dependent sex determination. Differentiation, 75(10), 978-991.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Clark, Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"1:1 vermiculite:water","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":26,"Backswitch_Temp2":31,"Backswitch_Temp3":31,"Total_Hatched":38,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":38,"Males":2,"Females":36,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05263,"Proportion_Female":0.94737,"Source":"Ramsey, M., Shoemaker, C., & Crews, D. (2007). Gonadal expression of Sf1 and aromatase during sex determination in the red-eared slider turtle (Trachemys scripta), a reptile with temperature-dependent sex determination. Differentiation, 75(10), 978-991.","WoS":2,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Donald Clark Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2006,"Last_Year":2006,"First_Month":7,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.1,"Mean_Temp":29.1,"Fluctuation":0.3,"Chemical_Treatment":"Water","Chemical_Volume_.L":770,"Applications":"Daily","Application_Route":"Topical","Total_Incubated_Experiment":40,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":15,"Males":13,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.86667,"Proportion_Female":0.13333,"Source":"LeBlanc, A. M., & Wibbels, T. (2009). Effect of daily water treatment on hatchling sex ratios in a turtle with temperature?dependent sex determination. Journal of Experimental Zoology A, 311(1), 68-72.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Donald Clark Turtle Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2007,"Last_Year":2007,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"None","Thermometer_Location":"Incubator","Set_Temp":29.1,"Mean_Temp":29.1,"Fluctuation":0.3,"Total_Incubated_Experiment":119,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":36,"Males":4,"Females":32,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"LeBlanc, A. M., & Wibbels, T. (2009). Effect of daily water treatment on hatchling sex ratios in a turtle with temperature?dependent sex determination. Journal of Experimental Zoology A, 311(1), 68-72.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for Hammond, Louisiana from Lockwood, S. F., Holland, B. S., Bickham, J. W., Hanks, B. G., & Bull, J. J. (1991). Intraspecific genome size variation in a turtle (Trachemys scripta) exhibiting temperature-dependent sex determination. Canadian journal of zoology, 69(9), 2306-2310."}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Flutamide","Chemical_Mass_.g":"1000","Chemical_Concentration":0.36,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":26,"Males":26,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Matsumoto, Y., Yatsu, R., Taylor, C., & Crews, D. (2013). Changes in gonadal gene network by exogenous ligands in temperature-dependent sex determination. Journal of Molecular Endocrinology, 50(3), 389-400.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Flutamide","Chemical_Mass_.g":"2500","Chemical_Concentration":0.91,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":25,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.89286,"Proportion_Female":0.10714,"Source":"Matsumoto, Y., Yatsu, R., Taylor, C., & Crews, D. (2013). Changes in gonadal gene network by exogenous ligands in temperature-dependent sex determination. Journal of Molecular Endocrinology, 50(3), 389-400.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Ethanol","Chemical_Concentration":1,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Matsumoto, Y., Yatsu, R., Taylor, C., & Crews, D. (2013). Changes in gonadal gene network by exogenous ligands in temperature-dependent sex determination. Journal of Molecular Endocrinology, 50(3), 389-400.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Testosterone & Fadrozole","Chemical_Mass_.g":"100 & 75","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":17,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.94444,"Proportion_Female":0.05556,"Source":"Matsumoto, Y., Yatsu, R., Taylor, C., & Crews, D. (2013). Changes in gonadal gene network by exogenous ligands in temperature-dependent sex determination. Journal of Molecular Endocrinology, 50(3), 389-400.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Fulvestrant","Chemical_Mass_.g":"100","Chemical_Concentration":0.02,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":2,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"Matsumoto, Y., Yatsu, R., Taylor, C., & Crews, D. (2013). Changes in gonadal gene network by exogenous ligands in temperature-dependent sex determination. Journal of Molecular Endocrinology, 50(3), 389-400.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Clark Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Fulvestrant","Chemical_Mass_.g":"500","Chemical_Concentration":0.08,"Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":1,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05556,"Proportion_Female":0.94444,"Source":"Matsumoto, Y., Yatsu, R., Taylor, C., & Crews, D. (2013). Changes in gonadal gene network by exogenous ligands in temperature-dependent sex determination. Journal of Molecular Endocrinology, 50(3), 389-400.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Fulton County, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.7,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":13,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":33,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.97059,"Proportion_Female":0.02941,"Source":"Paitz, R. T., & Bowden, R. M. (2013). Sulfonation of maternal steroids is a conserved metabolic pathway in vertebrates. Integrative and Comparative Biology, 53(6), 895-901.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Paitz","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Fulton County, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Estrogen sulfate","Chemical_Mass_.g":"0.1","Chemical_Concentration":0.00006,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":13,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":43,"Males":42,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.97674,"Proportion_Female":0.02326,"Source":"Paitz, R. T., & Bowden, R. M. (2013). Sulfonation of maternal steroids is a conserved metabolic pathway in vertebrates. Integrative and Comparative Biology, 53(6), 895-901.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Paitz","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Fulton County, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Estrogen sulfate","Chemical_Mass_.g":"1","Chemical_Concentration":0.00057,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":13,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":42,"Males":0,"Females":42,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Paitz, R. T., & Bowden, R. M. (2013). Sulfonation of maternal steroids is a conserved metabolic pathway in vertebrates. Integrative and Comparative Biology, 53(6), 895-901.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Paitz","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Fulton County, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Estrogen sulfate","Chemical_Mass_.g":"10","Chemical_Concentration":0.01,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":13,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":40,"Males":0,"Females":40,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Paitz, R. T., & Bowden, R. M. (2013). Sulfonation of maternal steroids is a conserved metabolic pathway in vertebrates. Integrative and Comparative Biology, 53(6), 895-901.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Personal Communication with Paitz","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":1,"Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"14","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":7,"Males":2,"Females":0,"Intersex":0,"Undetermined":5,"Proportion_Male":0.28571,"Proportion_Female":0,"Source":"Bieser, K. L., & Wibbels, T. (2014). Chronology, magnitude and duration of expression of putative sex-determining/differentiation genes in a turtle with temperature-dependent sex determination. Sexual Development, 8(6), 364-375.","WoS":5,"Other":0,"Data_Location":"Text, Personal Communication with Bieser","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":1,"Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estradiol","Chemical_Concentration":0.01,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"14","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":8,"Males":0,"Females":0,"Intersex":1,"Undetermined":7,"Proportion_Male":0.0625,"Proportion_Female":0.0625,"Source":"Bieser, K. L., & Wibbels, T. (2014). Chronology, magnitude and duration of expression of putative sex-determining/differentiation genes in a turtle with temperature-dependent sex determination. Sexual Development, 8(6), 364-375.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":1,"Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.95,"Chemical_Volume_.L":5,"Applications":"1","Stage_First_Application":"14","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Bieser, K. L., & Wibbels, T. (2014). Chronology, magnitude and duration of expression of putative sex-determining/differentiation genes in a turtle with temperature-dependent sex determination. Sexual Development, 8(6), 364-375.","WoS":5,"Other":0,"Data_Location":"Text, Personal Communication with Bieser","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Humidity":1,"Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Letrozole","Chemical_Concentration":0.01,"Chemical_Volume_.L":5,"Applications":"5","Stage_First_Application":"14","Stage_Last_Application":21,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":13,"Males":0,"Females":5,"Intersex":3,"Undetermined":5,"Proportion_Male":0.11538,"Proportion_Female":0.5,"Source":"Bieser, K. L., & Wibbels, T. (2014). Chronology, magnitude and duration of expression of putative sex-determining/differentiation genes in a turtle with temperature-dependent sex determination. Sexual Development, 8(6), 364-375.","WoS":5,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.7,"Mean_Temp":28.7,"CTE":29.4,"Fluctuation":3,"Number_Clutches_Experiment":19,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Treatment":78,"Total_Hatched":70,"Proportion_Hatched":0.89744,"Mean_Incubation_Length":57,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":70,"Males":11,"Females":59,"Intersex":0,"Undetermined":0,"Proportion_Male":0.15714,"Proportion_Female":0.84286,"Source":"Bowden, R. M., Carter, A. W., & Paitz, R. T. (2014). Constancy in an inconstant world: Moving beyond constant temperatures in the study of reptilian incubation. Integrative and Comparative Biology, 54(5), 830-840.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Carter","Data_Elsewhere":"0","Notes":"12-hour cycle; coordinates, sexing method, and incubation conditions from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.7,"Mean_Temp":28.7,"CTE":29.4,"Fluctuation":3,"Number_Clutches_Experiment":19,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Treatment":84,"Total_Hatched":71,"Proportion_Hatched":0.84524,"Mean_Incubation_Length":57,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":71,"Males":3,"Females":67,"Intersex":1,"Undetermined":0,"Proportion_Male":0.0493,"Proportion_Female":0.9507,"Source":"Bowden, R. M., Carter, A. W., & Paitz, R. T. (2014). Constancy in an inconstant world: Moving beyond constant temperatures in the study of reptilian incubation. Integrative and Comparative Biology, 54(5), 830-840.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Carter","Data_Elsewhere":"0","Notes":"24-hour cycle; assumed 1 intersex based on sample size and sex ratios provided; coordinates, sexing method, and incubation conditions from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Area, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Set_Temp":28.7,"Mean_Temp":28.7,"CTE":29.4,"Fluctuation":3,"Number_Clutches_Experiment":19,"Number_Clutches_Treatment":19,"Clutch_ID":"1-19","Total_Incubated_Treatment":82,"Total_Hatched":70,"Proportion_Hatched":0.85366,"Mean_Incubation_Length":58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":70,"Males":8,"Females":61,"Intersex":1,"Undetermined":0,"Proportion_Male":0.12143,"Proportion_Female":0.87857,"Source":"Bowden, R. M., Carter, A. W., & Paitz, R. T. (2014). Constancy in an inconstant world: Moving beyond constant temperatures in the study of reptilian incubation. Integrative and Comparative Biology, 54(5), 830-840.","WoS":1,"Other":0,"Data_Location":"Text, Personal Communication with Carter","Data_Elsewhere":"0","Notes":"48-hour cycle; assumed 1 intersex based on sample size and sex ratios provided; coordinates, sexing method, and incubation conditions from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":28,"Males":28,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2014). Embryonic PCB exposure alters phenotypic, genetic, and epigenetic profiles in turtle sex determination, a biomarker of environmental contamination. Endocrinology, 155(11), 4168-4177.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"Ethanol","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":0,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2014). Embryonic PCB exposure alters phenotypic, genetic, and epigenetic profiles in turtle sex determination, a biomarker of environmental contamination. Endocrinology, 155(11), 4168-4177.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Estradiol","Chemical_Mass_.g":"10","Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":23,"Males":0,"Females":23,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2014). Embryonic PCB exposure alters phenotypic, genetic, and epigenetic profiles in turtle sex determination, a biomarker of environmental contamination. Endocrinology, 155(11), 4168-4177.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"PCB-F","Chemical_Mass_.g":"100","Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":11,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.61111,"Proportion_Female":0.38889,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2014). Embryonic PCB exposure alters phenotypic, genetic, and epigenetic profiles in turtle sex determination, a biomarker of environmental contamination. Endocrinology, 155(11), 4168-4177.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"PCB-F","Chemical_Mass_.g":"200","Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":2,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.10526,"Proportion_Female":0.89474,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2014). Embryonic PCB exposure alters phenotypic, genetic, and epigenetic profiles in turtle sex determination, a biomarker of environmental contamination. Endocrinology, 155(11), 4168-4177.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"PCB-G","Chemical_Mass_.g":"100","Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":17,"Males":17,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2014). Embryonic PCB exposure alters phenotypic, genetic, and epigenetic profiles in turtle sex determination, a biomarker of environmental contamination. Endocrinology, 155(11), 4168-4177.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"PCB-G","Chemical_Mass_.g":"200","Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":19,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95,"Proportion_Female":0.05,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2014). Embryonic PCB exposure alters phenotypic, genetic, and epigenetic profiles in turtle sex determination, a biomarker of environmental contamination. Endocrinology, 155(11), 4168-4177.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Kliebert's Turtle & Alligator Farm, Hammond, Louisiana, USA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"PCB-F & PCB-G","Chemical_Mass_.g":"100","Applications":"1","Application_Route":"Topical","Stage_First_Application":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":27,"Males":7,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25926,"Proportion_Female":0.74074,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2014). Embryonic PCB exposure alters phenotypic, genetic, and epigenetic profiles in turtle sex determination, a biomarker of environmental contamination. Endocrinology, 155(11), 4168-4177.","WoS":2,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Clark or Kliebert Turtle & Alligator Farm, Hammond, LA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":26,"Backswitch_Temp2":29.2,"Backswitch_Temp3":29.2,"Total_Incubated_Treatment":50,"Total_Hatched":22,"Proportion_Hatched":0.44,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":22,"Males":22,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Mork, L., Czerwinski, M., & Capel, B. (2014). Predetermination of sexual fate in a turtle with temperature-dependent sex determination. Developmental Biology, 386(1), 264-271.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Did not include data on manipulated gonads"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Robert Clark or Kliebert Turtle & Alligator Farm, Hammond, LA","Captive_Latitude":30.45512,"Captive_Longitude":-90.48785,"Captive_Latitude_Range":0.00176,"Captive_Longitude_Range":0.00376,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Backswitch_Start":"Stage 17","Backswitch_Length":"Hatching","Backswitch_Temp1":31,"Backswitch_Temp2":29.2,"Backswitch_Temp3":29.2,"Total_Incubated_Treatment":50,"Total_Hatched":29,"Proportion_Hatched":0.58,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":29,"Males":5,"Females":21,"Intersex":3,"Undetermined":0,"Proportion_Male":0.22414,"Proportion_Female":0.77586,"Source":"Mork, L., Czerwinski, M., & Capel, B. (2014). Predetermination of sexual fate in a turtle with temperature-dependent sex determination. Developmental Biology, 386(1), 264-271.","WoS":3,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Did not include data on manipulated gonads"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Reserve, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.7,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":13,"Clutch_ID":"1-13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Paitz, R. T., McGhee, K. E., & Bowden, R. M. (2016). Turtle hatchlings show behavioral types that are robust to developmental manipulations. Physiology & Behavior, 155, 46-55.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Reserve, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2012,"Last_Year":2012,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":28,"Mean_Temp":28,"Chemical_Treatment":"Estrone sulfate","Chemical_Mass_.g":"10","Chemical_Concentration":0.00571,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":13,"Clutch_ID":"1-13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., McGhee, K. E., & Bowden, R. M. (2016). Turtle hatchlings show behavioral types that are robust to developmental manipulations. Physiology & Behavior, 155, 46-55.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Reserve, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Ethanol","Chemical_Concentration":0.9,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":13,"Clutch_ID":"14-26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., McGhee, K. E., & Bowden, R. M. (2016). Turtle hatchlings show behavioral types that are robust to developmental manipulations. Physiology & Behavior, 155, 46-55.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Reserve, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Corticosterone","Chemical_Mass_.g":"0.05","Chemical_Concentration":0.00003,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":13,"Clutch_ID":"14-26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., McGhee, K. E., & Bowden, R. M. (2016). Turtle hatchlings show behavioral types that are robust to developmental manipulations. Physiology & Behavior, 155, 46-55.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Reserve, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Corticosterone","Chemical_Mass_.g":"0.15","Chemical_Concentration":0.00009,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":13,"Clutch_ID":"14-26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., McGhee, K. E., & Bowden, R. M. (2016). Turtle hatchlings show behavioral types that are robust to developmental manipulations. Physiology & Behavior, 155, 46-55.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh Fish and Wildlife Reserve, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2013,"Last_Year":2013,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Set_Temp":29.4,"Mean_Temp":29.4,"Chemical_Treatment":"Corticosterone","Chemical_Mass_.g":"0.5","Chemical_Concentration":0.00029,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Topical","Day_First_Application":1,"Number_Clutches_Experiment":26,"Number_Clutches_Treatment":13,"Clutch_ID":"14-26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., McGhee, K. E., & Bowden, R. M. (2016). Turtle hatchlings show behavioral types that are robust to developmental manipulations. Physiology & Behavior, 155, 46-55.","WoS":2,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA","Captive_Latitude":30.43844,"Captive_Longitude":-90.50443,"Captive_Latitude_Range":0.00291,"Captive_Longitude_Range":0.00149,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Set_Temp":26,"Mean_Temp":26,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Matsumoto, Y., Hannigan, B., & Crews, D. (2016). Temperature shift alters DNA methylation and histone modification patterns in gonadal aromatase (cyp19a1) gene in species with temperature-dependent sex determination. PLoS One, 11(11), e0167362.","WoS":4,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery, Haikou, Hainan Province, China","Captive_Latitude":19.81601,"Captive_Longitude":110.40307,"Captive_Latitude_Range":0.5575,"Captive_Longitude_Range":0.56378,"Captive_Accurate":1,"Within_Species_Range":0,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-220","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Triiodothyronine","Chemical_Mass_.g":"0.8","Chemical_Concentration":0.00061,"Chemical_Volume_.L":2,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":56,"Total_Hatched":53,"Proportion_Hatched":0.94643,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":53,"Males":33,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.62264,"Proportion_Female":0.37736,"Source":"Sun, B.-J., Li, T., Mu, Y., McGlashan, J. K., Georges, A., Shine, R., & Du, W.-G. (2016). Thyroid hormone modulates offspring sex ratio in a turtle with temperature-dependent sex determination. Proceedings of the Royal Society B, 283(1841), 20161206.","WoS":6,"Other":0,"Data_Location":"Fig. S1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery, Haikou, Hainan Province, China","Captive_Latitude":19.81601,"Captive_Longitude":110.40307,"Captive_Latitude_Range":0.5575,"Captive_Longitude_Range":0.56378,"Captive_Accurate":1,"Within_Species_Range":0,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-220","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Triiodothyronine","Chemical_Mass_.g":"1.2","Chemical_Concentration":0.00061,"Chemical_Volume_.L":3,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":48,"Total_Hatched":44,"Proportion_Hatched":0.91667,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":44,"Males":38,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.86364,"Proportion_Female":0.13636,"Source":"Sun, B.-J., Li, T., Mu, Y., McGlashan, J. K., Georges, A., Shine, R., & Du, W.-G. (2016). Thyroid hormone modulates offspring sex ratio in a turtle with temperature-dependent sex determination. Proceedings of the Royal Society B, 283(1841), 20161206.","WoS":6,"Other":0,"Data_Location":"Fig. S1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Private hatchery, Haikou, Hainan Province, China","Captive_Latitude":19.81601,"Captive_Longitude":110.40307,"Captive_Latitude_Range":0.5575,"Captive_Longitude_Range":0.56378,"Captive_Accurate":1,"Within_Species_Range":0,"First_Year":2015,"Last_Year":2015,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-220","Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":29,"Chemical_Treatment":"Triiodothyronine","Chemical_Mass_.g":"1.6","Chemical_Concentration":0.00061,"Chemical_Volume_.L":4,"Applications":"1","Application_Route":"Topical","Stage_First_Application":"15","Total_Incubated_Treatment":62,"Total_Hatched":20,"Proportion_Hatched":0.32258,"Sexing_Method":"Secondary characteristics","Sexed_Condition":"Live","Sexed_Age_Class":"Hatchlings","Total_Sexed":0,"Source":"Sun, B.-J., Li, T., Mu, Y., McGlashan, J. K., Georges, A., Shine, R., & Du, W.-G. (2016). Thyroid hormone modulates offspring sex ratio in a turtle with temperature-dependent sex determination. Proceedings of the Royal Society B, 283(1841), 20161206.","WoS":6,"Other":0,"Data_Location":"Fig. S1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":26.5,"CTE":26.9,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.1,"CTE":27.5,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":5,"Males":5,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"17","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"18","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":6,"Males":6,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"19","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"20","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":27.7,"CTE":28,"Fluctuation":2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"21","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"36","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28,"CTE":28.7,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":4,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":1,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.25,"Proportion_Female":0.75,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"36","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":28.5,"CTE":29.2,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29.2,"CTE":29.2,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"22","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"23","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"24","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"25","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"26","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"27","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"28","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"29","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"30","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"31","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"32","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"33","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"34","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"35","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"37","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"38","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"39","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"40","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Thermometer_Location":"Incubator","Mean_Temp":29,"CTE":29.6,"Fluctuation":3,"Number_Clutches_Experiment":41,"Number_Clutches_Treatment":1,"Clutch_ID":"41","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":4,"Males":0,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Bowden, R. M., & Paitz, R. T. (2017). Seasonal shifts in sex ratios are mediated by maternal effects and fluctuating incubation temperatures. Functional Ecology, 31(4), 876-884.","WoS":4,"Other":0,"Data_Location":"Table 1, Appendix S1, Text","Data_Elsewhere":"0","Notes":"Note that given coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA","Captive_Latitude":30.43844,"Captive_Longitude":-90.50443,"Captive_Latitude_Range":0.00291,"Captive_Longitude_Range":0.00149,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":25.74,"Mean_Temp_SE":0.2,"Mean_Incubation_Length":82,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Females":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Matsumoto, Y., & Crews, D. (2017). Genetic polymorphisms in aromatase (cyp19a1) are not associated with gonadal phenotypes in red-eared slider turtle hatchlings developed at a pivotal temperature. Sexual Development, 11(3), 151-160.","WoS":8,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA","Captive_Latitude":30.43844,"Captive_Longitude":-90.50443,"Captive_Latitude_Range":0.00291,"Captive_Longitude_Range":0.00149,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":29.2,"Mean_Temp":29.35,"TSP_Mean_Temp":29.39,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":44,"Males":2,"Females":42,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04545,"Proportion_Female":0.95455,"Source":"Matsumoto, Y., & Crews, D. (2017). Genetic polymorphisms in aromatase (cyp19a1) are not associated with gonadal phenotypes in red-eared slider turtle hatchlings developed at a pivotal temperature. Sexual Development, 11(3), 151-160.","WoS":8,"Other":0,"Data_Location":"Table S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA","Captive_Latitude":30.43844,"Captive_Longitude":-90.50443,"Captive_Latitude_Range":0.00291,"Captive_Longitude_Range":0.00149,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":29.2,"Mean_Temp":29.16,"Mean_Temp_SE":0.09,"TSP_Mean_Temp":29.17,"Mean_Incubation_Length":69,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":4,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.18182,"Proportion_Female":0.81818,"Source":"Matsumoto, Y., & Crews, D. (2017). Genetic polymorphisms in aromatase (cyp19a1) are not associated with gonadal phenotypes in red-eared slider turtle hatchlings developed at a pivotal temperature. Sexual Development, 11(3), 151-160.","WoS":8,"Other":0,"Data_Location":"Table S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA","Captive_Latitude":30.43844,"Captive_Longitude":-90.50443,"Captive_Latitude_Range":0.00291,"Captive_Longitude_Range":0.00149,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2014,"Last_Year":2014,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":29.2,"Mean_Temp":29.3,"TSP_Mean_Temp":29.05,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":57,"Males":21,"Females":36,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36842,"Proportion_Female":0.63158,"Source":"Matsumoto, Y., & Crews, D. (2017). Genetic polymorphisms in aromatase (cyp19a1) are not associated with gonadal phenotypes in red-eared slider turtle hatchlings developed at a pivotal temperature. Sexual Development, 11(3), 151-160.","WoS":8,"Other":0,"Data_Location":"Table S2, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA","Captive_Latitude":30.43844,"Captive_Longitude":-90.50443,"Captive_Latitude_Range":0.00291,"Captive_Longitude_Range":0.00149,"Captive_Accurate":1,"Within_Species_Range":1,"First_Year":2015,"Last_Year":2015,"First_Month":5,"Last_Month":7,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":30.97,"Mean_Temp_SE":0.1,"Mean_Incubation_Length":63,"Sexing_Method":"Histology, macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Males":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Matsumoto, Y., & Crews, D. (2017). Genetic polymorphisms in aromatase (cyp19a1) are not associated with gonadal phenotypes in red-eared slider turtle hatchlings developed at a pivotal temperature. Sexual Development, 11(3), 151-160.","WoS":8,"Other":0,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27,"CTE":27.8,"Fluctuation":3,"Number_Clutches_Treatment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.2,"CTE":28,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"5","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":14,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.73684,"Proportion_Female":0.26316,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.3,"CTE":28.1,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"7","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":10,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.47619,"Proportion_Female":0.52381,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.3,"CTE":28.1,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"9","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":3,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13636,"Proportion_Female":0.86364,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.4,"CTE":28.2,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"10","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":3,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.14286,"Proportion_Female":0.85714,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.5,"CTE":28.2,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"12","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":1,"Females":21,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04545,"Proportion_Female":0.95455,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.6,"CTE":28.4,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"15","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":1,"Females":20,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04762,"Proportion_Female":0.95238,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.8,"CTE":28.5,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"20","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27,"CTE":27.8,"Fluctuation":3,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.1,"CTE":27.9,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"3","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.2,"CTE":28,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"5","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":20,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.95238,"Proportion_Female":0.04762,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.2,"CTE":28,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"6","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":14,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.3,"CTE":28.1,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"7","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":16,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.72727,"Proportion_Female":0.27273,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.3,"CTE":28.1,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"9","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":8,"Females":14,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36364,"Proportion_Female":0.63636,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.4,"CTE":28.2,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"10","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":8,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.38095,"Proportion_Female":0.61905,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.5,"CTE":28.2,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"12","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":6,"Females":15,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.6,"CTE":28.4,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"15","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":1,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05263,"Proportion_Female":0.94737,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.8,"CTE":28.5,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"20","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":19,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":0,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Fig. 4, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Department of Energy's Savannah River Site near Aiken, South Carolina, USA","Latitude":33.21267,"Longitude":-81.6364,"Latitude_Range":0.3823,"Longitude_Range":0.41849,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27,"CTE":27.8,"Fluctuation":3,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":13,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Department of Energy's Savannah River Site near Aiken, South Carolina, USA","Latitude":33.21267,"Longitude":-81.6364,"Latitude_Range":0.3823,"Longitude_Range":0.41849,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.2,"CTE":28,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"5","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":11,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.78571,"Proportion_Female":0.21429,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Department of Energy's Savannah River Site near Aiken, South Carolina, USA","Latitude":33.21267,"Longitude":-81.6364,"Latitude_Range":0.3823,"Longitude_Range":0.41849,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.3,"CTE":28.1,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"9","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":6,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.42857,"Proportion_Female":0.57143,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Department of Energy's Savannah River Site near Aiken, South Carolina, USA","Latitude":33.21267,"Longitude":-81.6364,"Latitude_Range":0.3823,"Longitude_Range":0.41849,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.5,"CTE":28.2,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"12","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":14,"Males":4,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.28571,"Proportion_Female":0.71429,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Department of Energy's Savannah River Site near Aiken, South Carolina, USA","Latitude":33.21267,"Longitude":-81.6364,"Latitude_Range":0.3823,"Longitude_Range":0.41849,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.6,"CTE":28.4,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"15","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":1,"Females":12,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07692,"Proportion_Female":0.92308,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Department of Energy's Savannah River Site near Aiken, South Carolina, USA","Latitude":33.21267,"Longitude":-81.6364,"Latitude_Range":0.3823,"Longitude_Range":0.41849,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.8,"CTE":28.5,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"20","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Department of Energy's Savannah River Site near Aiken, South Carolina, USA","Latitude":33.21267,"Longitude":-81.6364,"Latitude_Range":0.3823,"Longitude_Range":0.41849,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.9,"CTE":28.7,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"25","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Department of Energy's Savannah River Site near Aiken, South Carolina, USA","Latitude":33.21267,"Longitude":-81.6364,"Latitude_Range":0.3823,"Longitude_Range":0.41849,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":28.1,"CTE":28.9,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"30","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":17,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":13,"Males":0,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Fluctuating","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27,"CTE":27.8,"Fluctuation":3,"Number_Clutches_Treatment":29,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":19,"Males":19,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.2,"CTE":28,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"5","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":29,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":21,"Males":16,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.7619,"Proportion_Female":0.2381,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.3,"CTE":28.1,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"9","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":29,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":22,"Males":5,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.22727,"Proportion_Female":0.77273,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.5,"CTE":28.2,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"12","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":29,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":2,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2016,"Last_Year":2016,"First_Month":4,"Last_Month":4,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Mean_Temp":27.6,"CTE":28.4,"Fluctuation":3,"Backswitch_Start":"20","Backswitch_Length":"15","Backswitch_Temp1":27,"Backswitch_Temp2":29.5,"Backswitch_Temp3":27,"Number_Clutches_Treatment":29,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":1,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05,"Proportion_Female":0.95,"Source":"Carter, A. W., Sadd, B. M., Tuberville, T. D., Paitz, R. T., & Bowden, R. M. (2018). Short heatwaves during fluctuating incubation regimes produce females under temperature-dependent sex determination with implications for sex ratios in nature. Scientific Reports, 8(1), 3.","WoS":4,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA, and Hanshou Institute of Turtles, Hunan, China","Captive_Accurate":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.75,"Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Control RNAi","Total_Incubated_Treatment":100,"Sexing_Method":"Histology, RT-qPCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":31,"Males":31,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Ge, C., Ye, J., Weber, C., Sun, W., Zhang, H., Zhou, Y., Cai, C., Qian, G., & Capel, B. (2018). The histone demethylase KDM6B regulates temperature-dependent sex determination in a turtle species. Science, 360(6389), 645-648.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Supplement","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA, and Hanshou Institute of Turtles, Hunan, China","Captive_Accurate":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.75,"Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Kdm6b RNAi#1","Total_Incubated_Treatment":318,"Sexing_Method":"Histology, RT-qPCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":45,"Males":6,"Females":39,"Intersex":0,"Undetermined":0,"Proportion_Male":0.13333,"Proportion_Female":0.86667,"Source":"Ge, C., Ye, J., Weber, C., Sun, W., Zhang, H., Zhou, Y., Cai, C., Qian, G., & Capel, B. (2018). The histone demethylase KDM6B regulates temperature-dependent sex determination in a turtle species. Science, 360(6389), 645-648.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Supplement","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Ponchatoula, Louisiana, USA, and Hanshou Institute of Turtles, Hunan, China","Captive_Accurate":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.75,"Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"Kdm6b RNAi#2","Total_Incubated_Treatment":386,"Sexing_Method":"Histology, RT-qPCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":56,"Males":11,"Females":45,"Intersex":0,"Undetermined":0,"Proportion_Male":0.19643,"Proportion_Female":0.80357,"Source":"Ge, C., Ye, J., Weber, C., Sun, W., Zhang, H., Zhou, Y., Cai, C., Qian, G., & Capel, B. (2018). The histone demethylase KDM6B regulates temperature-dependent sex determination in a turtle species. Science, 360(6389), 645-648.","WoS":2,"Other":0,"Data_Location":"Fig. 2, Text, Supplement","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"10.00%","Humidity":0.85,"Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":25.84,"Mean_Temp_SD":0.61,"Sexing_Method":"RT-qPCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":12,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Sifuentes-Romero, I., Tezak, B. M., Milton, S. L., & Wyneken, J. (2018). Hydric environmental effects on turtle development and sex ratio. Zoology, 126, 89-97.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Temperatures are sand temps - air temps set to 29, mean = 29.10; coordinates for Concordia Turtle Farm in Jonesville - listed as Hammond in text"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"5.00%","Humidity":0.85,"Thermometer_Location":"Incubator","Set_Temp":29,"Mean_Temp":27.04,"Mean_Temp_SD":0.73,"Sexing_Method":"RT-qPCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Sifuentes-Romero, I., Tezak, B. M., Milton, S. L., & Wyneken, J. (2018). Hydric environmental effects on turtle development and sex ratio. Zoology, 126, 89-97.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Temperatures are sand temps - air temps set to 29, mean = 29.10; coordinates for Concordia Turtle Farm in Jonesville - listed as Hammond in text"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Water_Content":"10.00%","Humidity":0.85,"Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":27.88,"Mean_Temp_SD":0.5,"Sexing_Method":"RT-qPCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Sifuentes-Romero, I., Tezak, B. M., Milton, S. L., & Wyneken, J. (2018). Hydric environmental effects on turtle development and sex ratio. Zoology, 126, 89-97.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Temperatures are sand temps - air temps set to 31, mean = 31.01; coordinates for Concordia Turtle Farm in Jonesville - listed as Hammond in text"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"20","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":183,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":42,"Males":2,"Females":40,"Intersex":0,"Undetermined":0,"Proportion_Male":0.04762,"Proportion_Female":0.95238,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"23","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":183,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":1,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05556,"Proportion_Female":0.94444,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"26","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":183,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":2,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0.1,"Proportion_Female":0.9,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"29","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":183,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"32","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":183,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"35","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":183,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"8","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":13,"Females":5,"Intersex":0,"Undetermined":0,"Proportion_Male":0.72222,"Proportion_Female":0.27778,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"11","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":2,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.11111,"Proportion_Female":0.88889,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":20,"Males":1,"Females":19,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05,"Proportion_Female":0.95,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"17","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"20","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"23","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":1,"Females":17,"Intersex":0,"Undetermined":0,"Proportion_Male":0.05556,"Proportion_Female":0.94444,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"26","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"29","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"32","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Glasford, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"Incubation_Setup":"Backswitch","Fluctuation":3,"Backswitch_Start":"25","Backswitch_Length":"35","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Total_Incubated_Experiment":209,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":18,"Males":0,"Females":18,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Carter, A. W., Paitz, R. T., & Bowden, R. M. (2019). The devil is in the details: Identifying aspects of temperature variation that underlie sex determination in species with TSD. Integrative and Comparative Biology, 59(4), 1081-1088.","WoS":2,"Other":0,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":"Assumed minimum sample size; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":26,"Mean_Temp":26,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":10,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Tezak, B., Sifuentes-Romero, I., Milton, S., & Wyneken, J. (2020). Identifying sex of neonate turtles with temperature-dependent sex determination via small blood samples. Scientific Reports, 10(1), 5012.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for Concordia Turtle Farm in Jonesville - listed as Hammond in text"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farms, Hammond, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Sand","Thermometer_Location":"Incubator","Set_Temp":31,"Mean_Temp":31,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":10,"Males":0,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Tezak, B., Sifuentes-Romero, I., Milton, S., & Wyneken, J. (2020). Identifying sex of neonate turtles with temperature-dependent sex determination via small blood samples. Scientific Reports, 10(1), 5012.","WoS":3,"Other":0,"Data_Location":"Text","Data_Elsewhere":"0","Notes":"Coordinates for Concordia Turtle Farm in Jonesville - listed as Hammond in text"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"10","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":0,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"31","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2017,"Last_Year":2017,"First_Month":5,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"38","Backswitch_Length":"15","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":15,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 3, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"24","Backswitch_Length":"12","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":25,"Males":9,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.36,"Proportion_Female":0.64,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"30","Backswitch_Length":"12","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":18,"Females":6,"Intersex":0,"Undetermined":0,"Proportion_Male":0.75,"Proportion_Female":0.25,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":21,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2018,"Last_Year":2018,"First_Month":5,"Last_Month":5,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":24,"Males":21,"Females":3,"Intersex":0,"Undetermined":0,"Proportion_Male":0.875,"Proportion_Female":0.125,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":1,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"17","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Backswitch_Start":"29","Backswitch_Length":"14","Backswitch_Temp1":25,"Backswitch_Temp2":29.5,"Backswitch_Temp3":25,"Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"Incubators fluctuated +/- 3 C; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"14","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":0,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 1 day at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"2","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 3 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"1","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":1,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.5,"Proportion_Female":0.5,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 6 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"10","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"11","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"8","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":0,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 9 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"3","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":3,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"4","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"12","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":3,"Males":2,"Females":1,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"5","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"13","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"6","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":2,"Males":2,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"7","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"16","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"15","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Banner Marsh State Fish and Wildlife Area, Canton, Illinois, USA","Latitude":40.4619,"Longitude":-89.9236,"Latitude_Range":0.12646,"Longitude_Range":0.15926,"Accurate":1,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":2019,"Last_Year":2019,"First_Month":6,"Last_Month":6,"Incubation_Setup":"Backswitch","Substrate":"Vermiculite","Water_Content":"-150","Number_Clutches_Experiment":16,"Number_Clutches_Treatment":1,"Clutch_ID":"9","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":1,"Males":1,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Breitenbach, A. T., Carter, A. W., Paitz, R. T., & Bowden, R. M. (2020). Using naturalistic incubation temperatures to demonstrate how variation in the timing and continuity of heat wave exposure influences phenotype. Proceedings of the Royal Society B, 287(1932), 20200992.","WoS":3,"Other":0,"Data_Location":"Figs. 2 & 4, Text, Supplemental Data","Data_Elsewhere":"0","Notes":"17 days at 25 C, 7 days at 29.5 C, 12 days at 25 C, 7 days at 29.5 C, return to 25 C until hatching; coordinates from Carter et al. (2016) Physiology and Behavior - note that coordinates are in Rice Lake State Fish and Wildlife Area"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Hammond, Louisiana, USA, and Hanshou Institute of Turtles, Hunan, China","Captive_Accurate":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite, pearlite","Humidity":0.75,"Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"DMSO","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14","Total_Incubated_Treatment":40,"Sexing_Method":"qRT-PCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":24,"Males":24,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Weber, C., Zhou, Y., Lee, J. G., Looger, L. L., Qian, G., Ge, C., & Capel, B. (2020). Temperature-dependent sex determination is mediated by pSTAT3 repression of Kdm6b. Science, 368(6488), 303-306.","WoS":0,"Other":1,"Data_Location":"Table S1, Text, Supplementary Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Hammond, Louisiana, USA, and Hanshou Institute of Turtles, Hunan, China","Captive_Accurate":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite, pearlite","Humidity":0.75,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"DMSO","Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14","Total_Incubated_Treatment":40,"Sexing_Method":"qRT-PCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":28,"Males":0,"Females":28,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Weber, C., Zhou, Y., Lee, J. G., Looger, L. L., Qian, G., Ge, C., & Capel, B. (2020). Temperature-dependent sex determination is mediated by pSTAT3 repression of Kdm6b. Science, 368(6488), 303-306.","WoS":0,"Other":1,"Data_Location":"Table S1, Text, Supplementary Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Hammond, Louisiana, USA, and Hanshou Institute of Turtles, Hunan, China","Captive_Accurate":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite, pearlite","Humidity":0.75,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"HO-3867","Chemical_Concentration":0.0001,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14","Total_Incubated_Treatment":50,"Sexing_Method":"qRT-PCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":23,"Males":16,"Females":7,"Intersex":0,"Undetermined":0,"Proportion_Male":0.69565,"Proportion_Female":0.30435,"Source":"Weber, C., Zhou, Y., Lee, J. G., Looger, L. L., Qian, G., Ge, C., & Capel, B. (2020). Temperature-dependent sex determination is mediated by pSTAT3 repression of Kdm6b. Science, 368(6488), 303-306.","WoS":0,"Other":1,"Data_Location":"Table S1, Text, Supplementary Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Tangi Turtle Farm, Hammond, Louisiana, USA, and Hanshou Institute of Turtles, Hunan, China","Captive_Accurate":0,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite, pearlite","Humidity":0.75,"Set_Temp":31,"Mean_Temp":31,"Chemical_Treatment":"HO-3867 & Kdm6b-RNAi","Chemical_Concentration":0.0001,"Chemical_Volume_.L":5,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"14","Total_Incubated_Treatment":50,"Sexing_Method":"qRT-PCR","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":14,"Males":1,"Females":13,"Intersex":0,"Undetermined":0,"Proportion_Male":0.07143,"Proportion_Female":0.92857,"Source":"Weber, C., Zhou, Y., Lee, J. G., Looger, L. L., Qian, G., Ge, C., & Capel, B. (2020). Temperature-dependent sex determination is mediated by pSTAT3 repression of Kdm6b. Science, 368(6488), 303-306.","WoS":0,"Other":1,"Data_Location":"Table S1, Text, Supplementary Material","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Hanshou, Hunan, China","Captive_Latitude":28.87914,"Captive_Longitude":111.99475,"Captive_Latitude_Range":0.50986,"Captive_Longitude_Range":0.58502,"Captive_Accurate":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.8,"Set_Temp":26,"Mean_Temp":26,"Total_Incubated_Experiment":2400,"Total_Incubated_Treatment":600,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":30,"Males":30,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Hui, H.-B., Xiao, L., Sun, W., Zhou, Y.-J., Zhang, H.-Y., & Ge, C.-T. (2021). Sox9 is indispensable for testis differentiation in the red-eared slider turtle, a reptile with temperature-dependent sex determination. Zoological Research, 42(6), 721-725.","WoS":0,"Other":1,"Data_Location":"Fig. 1, Text","Data_Elsewhere":"0"}
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{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Hanshou, Hunan, China","Captive_Latitude":28.87914,"Captive_Longitude":111.99475,"Captive_Latitude_Range":0.50986,"Captive_Longitude_Range":0.58502,"Captive_Accurate":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.8,"Set_Temp":32,"Mean_Temp":32,"Chemical_Treatment":"LV-Cyp19a1-shRNA","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"16","Total_Incubated_Treatment":600,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":33,"Males":22,"Females":11,"Intersex":0,"Undetermined":0,"Proportion_Male":0.66667,"Proportion_Female":0.33333,"Source":"Shen, J., Sun, W., Wu, K., Zhuang, T., Lei, J., Ma, Q., Xiao, L., & Ge, C. (2023). Loss- and gain-of-function analyses reveal the essential role of Cyp19a1 in ovarian determination of the red-eared slider turtle. Genetics, 224(1), iyad041.","WoS":0,"Other":1,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Hanshou, Hunan, China","Captive_Latitude":28.87914,"Captive_Longitude":111.99475,"Captive_Latitude_Range":0.50986,"Captive_Longitude_Range":0.58502,"Captive_Accurate":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.8,"Set_Temp":26,"Mean_Temp":26,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":30,"Males":30,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Shen, J., Sun, W., Wu, K., Zhuang, T., Lei, J., Ma, Q., Xiao, L., & Ge, C. (2023). Loss- and gain-of-function analyses reveal the essential role of Cyp19a1 in ovarian determination of the red-eared slider turtle. Genetics, 224(1), iyad041.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Hanshou, Hunan, China","Captive_Latitude":28.87914,"Captive_Longitude":111.99475,"Captive_Latitude_Range":0.50986,"Captive_Longitude_Range":0.58502,"Captive_Accurate":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.8,"Set_Temp":32,"Mean_Temp":32,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":30,"Males":0,"Females":30,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Shen, J., Sun, W., Wu, K., Zhuang, T., Lei, J., Ma, Q., Xiao, L., & Ge, C. (2023). Loss- and gain-of-function analyses reveal the essential role of Cyp19a1 in ovarian determination of the red-eared slider turtle. Genetics, 224(1), iyad041.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Hanshou, Hunan, China","Captive_Latitude":28.87914,"Captive_Longitude":111.99475,"Captive_Latitude_Range":0.50986,"Captive_Longitude_Range":0.58502,"Captive_Accurate":1,"Within_Species_Range":0,"Incubation_Setup":"Constant","Substrate":"Vermiculite","Humidity":0.8,"Set_Temp":26,"Mean_Temp":26,"Chemical_Treatment":"LV-Cyp19a1-OE","Chemical_Volume_.L":10,"Applications":"1","Application_Route":"Injection","Stage_First_Application":"16","Total_Incubated_Treatment":600,"Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":30,"Males":1,"Females":29,"Intersex":0,"Undetermined":0,"Proportion_Male":0.03333,"Proportion_Female":0.96667,"Source":"Shen, J., Sun, W., Wu, K., Zhuang, T., Lei, J., Ma, Q., Xiao, L., & Ge, C. (2023). Loss- and gain-of-function analyses reveal the essential role of Cyp19a1 in ovarian determination of the red-eared slider turtle. Genetics, 224(1), iyad041.","WoS":0,"Other":1,"Data_Location":"Fig. 4, Text","Data_Elsewhere":"0"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"","Humidity":0.75,"Thermometer_Location":"","Set_Temp":29,"Mean_Temp":29,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"Ethanol and dimethylacetamide (Control)","Chemical_Mass_.g":"","Chemical_Volume_.L":20,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"12","Stage_Last_Application":15,"Clutch_ID":"","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":13,"Males":3,"Females":10,"Intersex":0,"Undetermined":0,"Proportion_Male":0.23077,"Proportion_Female":0.76923,"Source":"Tezak, B., Straková, B., Fullard, D. J., Dupont, S., McKey, J., Weber, C., & Capel, B. (2023). Higher temperatures directly increase germ cell number, promoting feminization of red-eared slider turtles. Current Biology, 33(14), 3017-3023.","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"","Humidity":0.75,"Thermometer_Location":"","Set_Temp":29,"Mean_Temp":29,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"Busulfan","Chemical_Mass_.g":"","Chemical_Volume_.L":20,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"12","Stage_Last_Application":15,"Clutch_ID":"","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":13,"Males":9,"Females":4,"Intersex":0,"Undetermined":0,"Proportion_Male":0.69231,"Proportion_Female":0.30769,"Source":"Tezak, B., Straková, B., Fullard, D. J., Dupont, S., McKey, J., Weber, C., & Capel, B. (2023). Higher temperatures directly increase germ cell number, promoting feminization of red-eared slider turtles. Current Biology, 33(14), 3017-3023.","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"","Humidity":0.75,"Thermometer_Location":"","Set_Temp":29,"Mean_Temp":29,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"Ethanol and dimethylacetamide (Control)","Chemical_Mass_.g":"","Chemical_Volume_.L":20,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"12","Stage_Last_Application":15,"Clutch_ID":"","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":12,"Males":4,"Females":8,"Intersex":0,"Undetermined":0,"Proportion_Male":0.33333,"Proportion_Female":0.66667,"Source":"Tezak, B., Straková, B., Fullard, D. J., Dupont, S., McKey, J., Weber, C., & Capel, B. (2023). Higher temperatures directly increase germ cell number, promoting feminization of red-eared slider turtles. Current Biology, 33(14), 3017-3023.","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_scripta","Subspecies":"elegans","SDM":"TSD","SDM_Confidence":1,"Location":"Mexico and USA","Latitude":33.88383,"Longitude":-92.9516,"Latitude_Range":17.21029,"Longitude_Range":22.95163,"Accurate":0,"Captive":1,"Captive_Location":"Concordia Turtle Farm, LLC, Jonesville, Louisiana, USA","Captive_Latitude":31.61969,"Captive_Longitude":-91.7848,"Captive_Latitude_Range":0.00358,"Captive_Longitude_Range":0.00501,"Captive_Accurate":1,"Outdoors":1,"Within_Species_Range":1,"Incubation_Setup":"Constant","Substrate":"Perlite","Water_Content":"","Humidity":0.75,"Thermometer_Location":"","Set_Temp":29,"Mean_Temp":29,"Backswitch_Start":"","Backswitch_Length":"","Chemical_Treatment":"Busulfan","Chemical_Mass_.g":"","Chemical_Volume_.L":20,"Applications":"2","Application_Route":"Topical","Stage_First_Application":"12","Stage_Last_Application":15,"Clutch_ID":"","Sexing_Method":"Histology","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Embryos","Total_Sexed":13,"Males":11,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.84615,"Proportion_Female":0.15385,"Source":"Tezak, B., Straková, B., Fullard, D. J., Dupont, S., McKey, J., Weber, C., & Capel, B. (2023). Higher temperatures directly increase germ cell number, promoting feminization of red-eared slider turtles. Current Biology, 33(14), 3017-3023.","Source_Alternate":"","WoS":0,"Other":1,"Data_Location":"Fig. 3, Text","Data_Elsewhere":"0","Notes":""}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta_venusta","SDM":"TSD","SDM_Confidence":1,"Location":"Río Lacantún and Laguna de Catazaja, Chiapas; Estación de Biología Tropical \"Los Tuxtlas\" and Rio Papaloapan near Lerdo de Tejada and Alvarado, Veracruz, Mexico","Latitude":17.83769,"Longitude":-93.40822,"Latitude_Range":2.46802,"Longitude_Range":4.87702,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27.5,"Mean_Temp":27.5,"Fluctuation":0.5,"Number_Clutches_Experiment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":34,"Males":18,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52941,"Proportion_Female":0.47059,"Source":"Vogt, R. C. (1990). Reproductive parameters of Trachemys scripta venusta in southern Mexico. In J. W. Gibbons, (Ed.), Life history and ecology of the slider turtle (pp. 162-168). Smithsonian Institution Press, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 13.1, Text","Data_Elsewhere":"1","Notes":"Incubation duration data unclear; Coordinates are the midpoint of coordinates for Río Lacantún, Laguna de Catazaja, Estación de Biología Tropical \"Los Tuxtlas\", Lerdo de Tejada, and Alvarado"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta_venusta","SDM":"TSD","SDM_Confidence":1,"Location":"Río Lacantún and Laguna de Catazaja, Chiapas; Estación de Biología Tropical \"Los Tuxtlas\" and Rio Papaloapan near Lerdo de Tejada and Alvarado, Veracruz, Mexico","Latitude":17.83769,"Longitude":-93.40822,"Latitude_Range":2.46802,"Longitude_Range":4.87702,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28.5,"Mean_Temp":28.5,"Fluctuation":0.5,"Number_Clutches_Experiment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":45,"Males":9,"Females":36,"Intersex":0,"Undetermined":0,"Proportion_Male":0.2,"Proportion_Female":0.8,"Source":"Vogt, R. C. (1990). Reproductive parameters of Trachemys scripta venusta in southern Mexico. In J. W. Gibbons, (Ed.), Life history and ecology of the slider turtle (pp. 162-168). Smithsonian Institution Press, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 13.1, Text","Data_Elsewhere":"1","Notes":"Incubation duration data unclear; Coordinates are the midpoint of coordinates for Río Lacantún, Laguna de Catazaja, Estación de Biología Tropical \"Los Tuxtlas\", Lerdo de Tejada, and Alvarado"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta_venusta","SDM":"TSD","SDM_Confidence":1,"Location":"Río Lacantún and Laguna de Catazaja, Chiapas; Estación de Biología Tropical \"Los Tuxtlas\" and Rio Papaloapan near Lerdo de Tejada and Alvarado, Veracruz, Mexico","Latitude":17.83769,"Longitude":-93.40822,"Latitude_Range":2.46802,"Longitude_Range":4.87702,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29.5,"Mean_Temp":29.5,"Fluctuation":0.5,"Number_Clutches_Experiment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":44,"Males":0,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C. (1990). Reproductive parameters of Trachemys scripta venusta in southern Mexico. In J. W. Gibbons, (Ed.), Life history and ecology of the slider turtle (pp. 162-168). Smithsonian Institution Press, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 13.1, Text","Data_Elsewhere":"1","Notes":"Incubation duration data unclear; Coordinates are the midpoint of coordinates for Río Lacantún, Laguna de Catazaja, Estación de Biología Tropical \"Los Tuxtlas\", Lerdo de Tejada, and Alvarado"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta_venusta","SDM":"TSD","SDM_Confidence":1,"Location":"Río Lacantún and Laguna de Catazaja, Chiapas; Estación de Biología Tropical \"Los Tuxtlas\" and Rio Papaloapan near Lerdo de Tejada and Alvarado, Veracruz, Mexico","Latitude":17.83769,"Longitude":-93.40822,"Latitude_Range":2.46802,"Longitude_Range":4.87702,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1986,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30.6,"Mean_Temp":30.6,"Fluctuation":0.5,"Number_Clutches_Experiment":18,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Total_Sexed":41,"Males":0,"Females":41,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C. (1990). Reproductive parameters of Trachemys scripta venusta in southern Mexico. In J. W. Gibbons, (Ed.), Life history and ecology of the slider turtle (pp. 162-168). Smithsonian Institution Press, Washington, D.C.","WoS":0,"Other":1,"Data_Location":"Table 13.1, Text","Data_Elsewhere":"1","Notes":"Incubation duration data unclear; Coordinates are the midpoint of coordinates for Río Lacantún, Laguna de Catazaja, Estación de Biología Tropical \"Los Tuxtlas\", Lerdo de Tejada, and Alvarado"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":25,"Mean_Temp":25,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":16,"Males":16,"Females":0,"Intersex":0,"Undetermined":0,"Proportion_Male":1,"Proportion_Female":0,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":27,"Mean_Temp":27,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":34,"Males":18,"Females":16,"Intersex":0,"Undetermined":0,"Proportion_Male":0.52941,"Proportion_Female":0.47059,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":28,"Mean_Temp":28,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":53,"Males":14,"Females":39,"Intersex":0,"Undetermined":0,"Proportion_Male":0.26415,"Proportion_Female":0.73585,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":29,"Mean_Temp":29,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":44,"Males":0,"Females":44,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Constant","Substrate":"1:1 w/w vermiculite:water","Set_Temp":30,"Mean_Temp":30,"Fluctuation":0.1,"Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":47,"Males":0,"Females":47,"Intersex":0,"Undetermined":0,"Proportion_Male":0,"Proportion_Female":1,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}
{"Order":"Testudines","Family":"Emydidae","Genus":"Trachemys","Species":"Trachemys_venusta","Subspecies":"venusta","Listed_As":"Trachemys_scripta","SDM":"TSD","SDM_Confidence":1,"Location":"Laguna de Zacatal, Laguna Escondida, and the pantano of Lerdo de Tejada, Veracruz; Laguna Oaxaca, Rio Lacantun, & Rio Tsendales, Chiapas, Mexico","Latitude":17.49119,"Longitude":-93.04149,"Latitude_Range":2.32793,"Longitude_Range":4.84732,"Accurate":0.5,"Captive":0,"Outdoors":1,"Within_Species_Range":1,"First_Year":1981,"Last_Year":1988,"First_Month":3,"Last_Month":12,"Incubation_Setup":"Nest","Sexing_Method":"Macroscopy","Sexed_Condition":"Sacrificed","Sexed_Age_Class":"Hatchlings","Vouchers":1,"Total_Sexed":9,"Males":7,"Females":2,"Intersex":0,"Undetermined":0,"Proportion_Male":0.77778,"Proportion_Female":0.22222,"Source":"Vogt, R. C., & Flores-Villela, O. (1992). Effects of incubation temperature on sex determination in a community of neotropical freshwater turtles in southern Mexico. Herpetologica, 48(3), 265-270.","WoS":7,"Other":0,"Data_Location":"Table 1, Text","Data_Elsewhere":"0","Notes":"Coordinates are the midpoint of coordinates for Laguna Escondida, Lerdo de Tejada, Laguna Oaxaca, and Rio Tsendales"}