Unique_id,Person_name,Species_name,Species_name_ReptileDB,Publication_id,Publication_year,Sample_type,Locality_name,Locality_latitude,Locality_longitude,Locality_altitude,Altitude_source,Start_day,Start_month,Start_year,End_day,End_month,End_year,Sample_sex,Sample_age,Treatment_group,Treatment_type,Acclimation_time,WL_method,WL_VPDair,WL_TPair,WL_TPskin,WL_TPbody,WL_flow,Chamber_type,Chamber_diam,WL_duration,WL_activity,WL_Other,Sample_id,WL_Component,WL_unit,Duplicate_check,WL_mean,WL_mean_type,WL_error,WL_error_type,WL_error_details,WL_N,SVL_mean,TL_mean,Shape_score,BM_mean,BM_error,BM_error_type,SA_mean,Quality_code,Study_standards,Data_standards,All_comments
272,J.-F. Le Galliard,Opheodrys_aestivus,Opheodrys_aestivus,https://www.jstor.org/stable/1566035,1983,Wild population,"Bald Knob Lake, Arkansas, USA",35.343040,-91.592330,74.1,GPS visualizer,15,5,1981,30,6,1981,Not specified,Not specified,Controls,NA,30,Loss of body mass,3.209,27.0,NA,NA,400.0,FlowFlask,NA,4.00,No,NA,Baeyens_CBP_1983_1,TEWL,mg/cm2/h,Keep,0.209,Table,0.025,SE,Sample error,24,387,NA,Snake,NA,NA,NA,89.12,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in wild caught snakes of two sympatric species after 1 month lab acclimation in a flow-through chamber at 300-500 mL per hour for 4 hours in dry air, change in mass of dessicant recorded but records based on snake body mass. Conditions taken from Gans et al. 1968. Body mass not reported."
2472,J.-F. Le Galliard,Opheodrys_aestivus,Opheodrys_aestivus,https://www.jstor.org/stable/1566035,1983,Wild population,"Bald Knob Lake, Arkansas, USA",35.343040,-91.592330,74.1,GPS visualizer,15,5,1981,30,6,1981,Not specified,Not specified,Controls,NA,30,Flux chamber,NA,NA,NA,NA,0.0,FlowChamber,NA,NA,No,Shed skin,Baeyens_CBP_1983_1b,CWL,mg/cm2/h,Keep,0.476,Table,0.029,SE,Sample error,81,NA,NA,Snake,NA,NA,NA,89.12,Medium quality data extracted from table,Medium quality,Not usable data,Water loss measured in shed skins of wild caught snakes of two sympatric species after 1 month lab acclimation. Skin permeability measured from wetted shed skins using an accumulation chamber under standard room conditions with mass of water accumulated in a jar after several hours until skin is dry. Same surface of skin measured and mass of water calculated from a drier. Data not usable because of the use of shed skins and some skins were treated to extract lipids. Surface area taken from live snakes.
2474,J.-F. Le Galliard,Opheodrys_aestivus,Opheodrys_aestivus,https://www.jstor.org/stable/1566035,1983,Wild population,"Bald Knob Lake, Arkansas, USA",35.343040,-91.592330,74.1,GPS visualizer,15,5,1981,30,6,1981,Not specified,Not specified,Other manipulation,Lipid extracted from skin,30,Flux chamber,NA,NA,NA,NA,0.0,FlowChamber,NA,NA,No,"Shed skin, lipid extracted",Baeyens_CBP_1983_1b,CWL,mg/cm2/h,Keep,3.665,Table,0.055,SE,Sample error,82,NA,NA,Snake,NA,NA,NA,89.12,Medium quality data extracted from table,Medium quality,Not usable data,Water loss measured in shed skins of wild caught snakes of two sympatric species after 1 month lab acclimation. Skin permeability measured from wetted shed skins using an accumulation chamber under standard room conditions with mass of water accumulated in a jar after several hours until skin is dry. Same surface of skin measured and mass of water calculated from a drier. Data not usable because of the use of shed skins and some skins were treated to extract lipids. Surface area taken from live snakes.
273,J.-F. Le Galliard,Nerodia_rhombifera,Nerodia_rhombifer,https://www.jstor.org/stable/1566035,1983,Wild population,"Bald Knob Lake, Arkansas, USA",35.343040,-91.592330,74.1,GPS visualizer,15,5,1981,30,6,1981,Not specified,Not specified,Controls,NA,30,Loss of body mass,3.209,27.0,NA,NA,400.0,FlowFlask,NA,4.00,No,NA,Baeyens_CBP_1983_2,TEWL,mg/cm2/h,Keep,0.666,Table,0.057,SE,Sample error,16,555,NA,Snake,NA,NA,NA,131.16,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in wild caught snakes of two sympatric species after 1 month lab acclimation in a flow-through chamber at 300-500 mL per hour for 4 hours in dry air, change in mass of dessicant recorded but records based on snake body mass. Conditions taken from Gans et al. 1968. Body mass not reported."
2475,J.-F. Le Galliard,Nerodia_rhombifera,Nerodia_rhombifer,https://www.jstor.org/stable/1566035,1983,Wild population,"Bald Knob Lake, Arkansas, USA",35.343040,-91.592330,74.1,GPS visualizer,15,5,1981,30,6,1981,Not specified,Not specified,Other manipulation,Lipid extracted from skin,30,Flux chamber,NA,NA,NA,NA,0.0,FlowChamber,NA,NA,No,"Shed skin, lipid extracted",Baeyens_CBP_1983_2b,CWL,mg/cm2/h,Keep,4.032,Table,0.049,SE,Sample error,68,NA,NA,Snake,NA,NA,NA,131.16,Medium quality data extracted from table,Medium quality,Not usable data,Water loss measured in shed skins of wild caught snakes of two sympatric species after 1 month lab acclimation. Skin permeability measured from wetted shed skins using an accumulation chamber under standard room conditions with mass of water accumulated in a jar after several hours until skin is dry. Same surface of skin measured and mass of water calculated from a drier. Data not usable because of the use of shed skins and some skins were treated to extract lipids. Surface area taken from live snakes.
2743,J.-F. Le Galliard,Nerodia_rhombifera,Nerodia_rhombifer,https://www.jstor.org/stable/1566035,1983,Wild population,"Bald Knob Lake, Arkansas, USA",35.343040,-91.592330,74.1,GPS visualizer,15,5,1981,30,6,1981,Not specified,Not specified,Controls,NA,30,Flux chamber,NA,NA,NA,NA,0.0,FlowChamber,NA,NA,No,Shed skin,Baeyens_CBP_1983_2b,CWL,mg/cm2/h,Keep,0.764,Table,0.024,SE,Sample error,169,NA,NA,Snake,NA,NA,NA,131.16,Medium quality data extracted from table,Medium quality,Not usable data,Water loss measured in shed skins of wild caught snakes of two sympatric species after 1 month lab acclimation. Skin permeability measured from wetted shed skins using an accumulation chamber under standard room conditions with mass of water accumulated in a jar after several hours until skin is dry. Same surface of skin measured and mass of water calculated from a drier. Data not usable because of the use of shed skins and some skins were treated to extract lipids. Surface area taken from live snakes.
1802,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Naxos low elevation, Cycladic island, Aegean Sea, Greece",37.050030,25.383340,25,Publication,27,6,2011,6,7,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.076,24.5,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_1,TEWL,mg/h,Keep,10.578,Dataset,4.675,SD,Sample error,10,63.8,164.4,Lizard,6.88,0.7,SD,28.33,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1806,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Naxos low elevation, Cycladic island, Aegean Sea, Greece",37.050030,25.383340,25,Publication,27,6,2011,6,7,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.076,24.5,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_1,TEWL,mg/cm2/h,Keep,0.320,Table,0.140,SD,Sample error,10,63.8,164.4,Lizard,6.88,0.7,SD,28.33,High quality data extracted from table,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. 
1815,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Moni, Naxos, Greece",35.285000,23.810000,184,Publication,27,6,2011,6,7,2011,Not specified,Juveniles,Controls,NA,2,Loss of body mass,0.550,26.7,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_10,TEWL,mg/h,Keep,1.445,Dataset,0.481,SD,Sample error,3,22.7,74.37,Juvenile lizard,0.68,0.02,SD,2.52,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
2756,J.-F. Le Galliard,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Moni, Naxos, Greece",35.285000,23.810000,184,Publication,27,6,2011,6,7,2011,Not specified,Juveniles,Controls,NA,2,Loss of body mass,0.550,26.7,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_10,TEWL,mg/cm2/h,Keep,0.609,Dataset,0.310,SD,Sample error,3,22.7,74.37,Juvenile lizard,0.68,0.02,SD,2.52,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1816,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Glynado, Naxos, Greece",37.071000,25.402000,92,Publication,27,6,2011,6,7,2011,Not specified,Juveniles,Controls,NA,2,Loss of body mass,0.544,26.1,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_11,TEWL,mg/h,Keep,1.584,Dataset,0.697,SD,Sample error,14,22.7,74.37,Juvenile lizard,0.69,0.03,SD,2.62,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
2757,J.-F. Le Galliard,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Glynado, Naxos, Greece",37.071000,25.402000,92,Publication,27,6,2011,6,7,2011,Not specified,Juveniles,Controls,NA,2,Loss of body mass,0.544,26.1,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_11,TEWL,mg/cm2/h,Keep,0.632,Dataset,0.351,SD,Sample error,14,22.7,74.37,Juvenile lizard,0.69,0.03,SD,2.62,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1817,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Chrysi/Gaidouronisi island, Greece",34.869000,25.701000,14,Publication,27,6,2011,6,7,2011,Not specified,Juveniles,Controls,NA,2,Loss of body mass,0.571,26.2,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_12,TEWL,mg/h,Keep,1.534,Dataset,0.320,SD,Sample error,5,23.6,72.6,Juvenile lizard,0.7,0.03,SD,2.6,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
2758,J.-F. Le Galliard,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Chrysi/Gaidouronisi island, Greece",34.869000,25.701000,14,Publication,27,6,2011,6,7,2011,Not specified,Juveniles,Controls,NA,2,Loss of body mass,0.571,26.2,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_12,TEWL,mg/cm2/h,Keep,0.590,Dataset,0.126,SD,Sample error,5,23.6,72.6,Juvenile lizard,0.7,0.03,SD,2.6,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1818,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Ios island, Greece",36.722000,25.282000,100,Publication,27,6,2011,6,7,2011,Not specified,Juveniles,Controls,NA,2,Loss of body mass,0.578,25.8,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_13,TEWL,mg/h,Keep,1.438,Dataset,0.724,SD,Sample error,8,21.87,70.37,Juvenile lizard,0.66,0.02,SD,2.43,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
2759,J.-F. Le Galliard,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Ios island, Greece",36.722000,25.282000,100,Publication,27,6,2011,6,7,2011,Not specified,Juveniles,Controls,NA,2,Loss of body mass,0.578,25.8,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_13,TEWL,mg/cm2/h,Keep,0.607,Dataset,0.337,SD,Sample error,8,21.87,70.37,Juvenile lizard,0.66,0.02,SD,2.43,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1803,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Naxos south-facing, Cycladic island, Aegean Sea, Greece",37.108630,25.533290,642,Publication,27,6,2011,6,7,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.251,24.3,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_2,TEWL,mg/h,Keep,6.613,Dataset,2.823,SD,Sample error,9,62.1,164.1,Lizard,6.51,1.32,SD,25.84,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1807,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Naxos south-facing, Cycladic island, Aegean Sea, Greece",37.108630,25.533290,642,Publication,27,6,2011,6,7,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.251,24.3,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_2,TEWL,mg/cm2/h,Keep,0.140,Table,0.170,SD,Sample error,9,62.1,164.1,Lizard,6.51,1.32,SD,25.84,High quality data extracted from table,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. 
1804,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Naxos north-facing, Cycladic island, Aegean Sea, Greece",37.103350,25.526660,631,Publication,27,6,2011,6,7,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.435,26.4,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_3,TEWL,mg/h,Keep,10.999,Dataset,5.310,SD,Sample error,8,61.7,156.2,Lizard,6.35,1.43,SD,25.39,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1808,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Naxos north-facing, Cycladic island, Aegean Sea, Greece",37.103350,25.526660,631,Publication,27,6,2011,6,7,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.435,26.4,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_3,TEWL,mg/cm2/h,Keep,0.690,Table,0.210,SD,Sample error,8,61.7,156.2,Lizard,6.35,1.43,SD,25.39,High quality data extracted from table,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. 
1805,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Aspronissi islet, Cycladic island, Aegean Sea, Greece",37.046690,25.351660,8,Publication,27,6,2011,6,7,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.083,25.7,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_4,TEWL,mg/h,Keep,5.254,Dataset,3.369,SD,Sample error,9,64.6,158.9,Lizard,7,1.39,SD,28.84,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1809,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Aspronissi islet, Cycladic island, Aegean Sea, Greece",37.046690,25.351660,8,Publication,27,6,2011,6,7,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.083,25.7,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_4,TEWL,mg/cm2/h,Keep,0.310,Table,0.140,SD,Sample error,9,64.6,158.9,Lizard,7,1.39,SD,28.84,High quality data extracted from table,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. 
1810,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Moni, Naxos, Greece",35.285000,23.810000,184,Publication,27,6,2011,6,7,2011,Females,Adults,Controls,NA,2,Loss of body mass,0.644,26.5,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_5,TEWL,mg/h,Keep,34.926,Dataset,19.443,SD,Sample error,9,52.3,139.6,Lizard,3.74,0.47,SD,17.51,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1811,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Glynado, Naxos, Greece",37.071000,25.402000,92,Publication,27,6,2011,6,7,2011,Females,Adults,Controls,NA,2,Loss of body mass,0.602,26.5,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_6,TEWL,mg/h,Keep,16.950,Dataset,14.294,SD,Sample error,10,57.6,145.8,Lizard,4.6,1.04,SD,20.86,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1812,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Chrysi/Gaidouronisi island, Greece",34.869000,25.701000,14,Publication,27,6,2011,6,7,2011,Females,Adults,Controls,NA,2,Loss of body mass,0.689,27.3,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_7,TEWL,mg/h,Keep,21.945,Dataset,29.098,SD,Sample error,3,60,143,Lizard,7.18,1.53,SD,21.44,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1813,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Ios island, Greece",36.722000,25.282000,100,Publication,27,6,2011,6,7,2011,Females,Adults,Controls,NA,2,Loss of body mass,0.690,26.2,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_8,TEWL,mg/h,Keep,33.062,Dataset,10.919,SD,Sample error,8,59.9,136.4,Lizard,4.38,0.92,SD,19.59,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1814,R. Gavira,Podarcis_erhardii_naxensis,Podarcis_erhardii_naxensis,doi: 10.1111/oik.03712,2016,Wild population,"Fir?, Greece",36.418000,25.435000,194,Publication,27,6,2011,6,7,2011,Females,Adults,Controls,NA,2,Loss of body mass,0.578,26.4,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Belasen_Oikos_2016_9,TEWL,mg/h,Keep,4.863,Dataset,4.361,SD,Sample error,11,69.3,149.1,Lizard,6.04,0.82,SD,28.64,High quality data extracted from dataset,High quality,Usable data,Evaporative water loss measured from wild-caught animals from mass loss at a constant temperature and humidity in a climate chamber for a period of around 7 hours. Body surface area calculated rrom a statistical model and water loss per unit time calculated over a surface ratio. Data reported in an appendix. Raw data extracted from supplemental material
1830,R. Gavira,Sceloporus_variabilis,Sceloporus_variabilis,doi: 10.1086/physzool.65.4.30158539,1992,Wild population,"Monte Pio, Veracruz, Mexico",18.626480,-95.091670,45,Publication,NA,10,1989,NA,10,1989,Not specified,Adults,Controls,NA,NA,Doubly labeled water,NA,NA,NA,32.40,NA,Nochamber,NA,192.00,Yes,NA,Benabib_PhysZool_1992_1,TEWL,mg/g/h,Keep,4.383,Table,0.431,SE,Sample error,8,NA,NA,Lizard,7.6,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data excluded because of this technique = non standard measurement."
1831,R. Gavira,Sceloporus_variabilis,Sceloporus_variabilis,doi: 10.1086/physzool.65.4.30158539,1992,Wild population,"Bastonal, Catemaco, Veracruz, Mexico",18.381820,-94.925340,1000,Publication,NA,10,1989,NA,10,1989,Not specified,Adults,Controls,NA,NA,Doubly labeled water,NA,NA,NA,28.90,NA,Nochamber,NA,192.00,Yes,NA,Benabib_PhysZool_1992_2,TEWL,mg/g/h,Keep,5.943,Table,0.643,SE,Sample error,16,NA,NA,Lizard,7.8,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field.  Data excluded because of this technique = non standard measurement."
1766,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Change in mass of a dessicant,1.870,20.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_1,TEWL,mg/h,Keep,70.262,Table,24.973,SD,Sample error,3,NA,NA,Snake,9.97,2.57,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1767,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Change in mass of a dessicant,2.852,27.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_1,TEWL,mg/h,Keep,109.723,Table,28.431,SD,Sample error,3,NA,NA,Snake,9.97,2.57,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1768,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Change in mass of a dessicant,4.256,34.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_1,TEWL,mg/h,Keep,160.863,Table,40.223,SD,Sample error,3,NA,NA,Snake,9.97,2.57,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2744,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Change in mass of a dessicant,1.870,20.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_1,TEWL,mg/g/h,Keep,7.357,Dataset,24.973,SD,Sample error,3,NA,NA,Snake,9.97,2.57,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2745,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Change in mass of a dessicant,2.852,27.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_1,TEWL,mg/g/h,Keep,11.533,Dataset,28.431,SD,Sample error,3,NA,NA,Snake,9.97,2.57,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2746,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Change in mass of a dessicant,4.256,34.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_1,TEWL,mg/g/h,Keep,16.767,Dataset,40.223,SD,Sample error,3,NA,NA,Snake,9.97,2.57,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1763,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,1.870,20.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_2,TEWL,mg/h,Keep,220.109,Table,72.721,SD,Sample error,3,NA,NA,Snake,105.63,20.51,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1764,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,2.852,27.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_2,TEWL,mg/h,Keep,265.457,Table,41.297,SD,Sample error,3,NA,NA,Snake,105.63,20.51,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1765,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,4.256,34.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_2,TEWL,mg/h,Keep,407.023,Table,85.838,SD,Sample error,3,NA,NA,Snake,105.63,20.51,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2747,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,1.870,20.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_2,TEWL,mg/g/h,Keep,2.053,Dataset,72.721,SD,Sample error,3,NA,NA,Snake,105.63,20.51,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2748,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,2.852,27.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_2,TEWL,mg/g/h,Keep,2.613,Dataset,41.297,SD,Sample error,3,NA,NA,Snake,105.63,20.51,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2749,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,4.256,34.0,NA,NA,NA,FlowChamber,2.50,2.50,No,NA,Bennett_CBP_1975_2,TEWL,mg/g/h,Keep,4.000,Dataset,85.838,SD,Sample error,3,NA,NA,Snake,105.63,20.51,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1760,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,1.870,20.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_3,TEWL,mg/h,Keep,22.560,Table,NA,NA,NA,1,NA,NA,Snake,9.6,NA,NA,NA,"Medium quality data extracted from table, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1761,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,2.852,27.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_3,TEWL,mg/h,Keep,27.264,Table,NA,NA,NA,1,NA,NA,Snake,9.6,NA,NA,NA,"Medium quality data extracted from table, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1762,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,4.256,34.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_3,TEWL,mg/h,Keep,35.904,Table,NA,NA,NA,1,NA,NA,Snake,9.6,NA,NA,NA,"Medium quality data extracted from table, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2750,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,1.870,20.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_3,TEWL,mg/g/h,Keep,2.350,Table,NA,NA,NA,1,NA,NA,Snake,9.6,NA,NA,NA,"Medium quality data extracted from dataset, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2751,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,2.852,27.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_3,TEWL,mg/g/h,Keep,2.840,Table,NA,NA,NA,1,NA,NA,Snake,9.6,NA,NA,NA,"Medium quality data extracted from dataset, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2752,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,4.256,34.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_3,TEWL,mg/g/h,Keep,3.740,Table,NA,NA,NA,1,NA,NA,Snake,9.6,NA,NA,NA,"Medium quality data extracted from dataset, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1757,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,1.870,20.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_4,TEWL,mg/h,Keep,151.984,Table,NA,NA,NA,1,NA,NA,Snake,82.6,NA,NA,NA,"Medium quality data extracted from table, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1758,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,2.852,27.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_4,TEWL,mg/h,Keep,206.500,Table,NA,NA,NA,1,NA,NA,Snake,82.6,NA,NA,NA,"Medium quality data extracted from table, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
1759,R. Gavira,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,4.256,34.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_4,TEWL,mg/h,Keep,303.968,Table,NA,NA,NA,1,NA,NA,Snake,82.6,NA,NA,NA,"Medium quality data extracted from table, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2753,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,1.870,20.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_4,TEWL,mg/g/h,Keep,1.840,Table,NA,NA,NA,1,NA,NA,Snake,82.6,NA,NA,NA,"Medium quality data extracted from dataset, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2754,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,2.852,27.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_4,TEWL,mg/g/h,Keep,2.500,Table,NA,NA,NA,1,NA,NA,Snake,82.6,NA,NA,NA,"Medium quality data extracted from dataset, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
2755,J.-F. Le Galliard,Natrix_sipedon,Nerodia_sipedon,doi: 10.1016/S0300-9629(75)80155-1,1975,Semi-natural population,"Harford County, Maryland, USA",39.576000,-76.318000,100,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Abnormal animals,Scaless snakes,NA,Change in mass of a dessicant,4.256,34.0,NA,NA,NA,FlowChamber,2.50,2.50,No,Scaleless snake,Bennett_CBP_1975_4,TEWL,mg/g/h,Keep,3.680,Table,NA,NA,NA,1,NA,NA,Snake,82.6,NA,NA,NA,"Medium quality data extracted from dataset, abnormal animals",Medium quality,Not usable data,Water loss measured from gaz analysis in a flow-through chamber at distinct temperatures in normal and scaleless snakes (confirmed by gravimetric measurements of water accumulation in drierite) using the smallest water loss data recorded over a 15 min period during a 2-3 hours test. Data reported on an individual basis in Table 1 and data from scaleless snake not usable. Individual data were extracted from Table 1 to get data in mg/h. No air flow data.
320,J.-F. Le Galliard,Trachysaurus_rugosus,Tiliqua_rugosa,https://doi.org/10.1113/jphysiol.1959.sp006124,1959,Wild population,"Perth, Australia",-31.950520,115.860450,23,GPS visualizer,NA,8,NA,NA,11,NA,Not specified,Adults,Controls,NA,NA,Loss of body mass,4.649,34.5,NA,NA,0.0,SealedBox,NA,NA,Not specified,NA,Bentley_JPhys_1959_1,TEWL,mg/g/h,Keep,0.780,Text,0.110,SE,Sample error,4,NA,NA,Lizard,213,42,Range,NA,Medium quality data extracted from main text,Medium quality,Usable data,Method not explicitly mentioned and data provided in the main text in two different conditions with all statistics and critical metadata. Acceptable data.
321,J.-F. Le Galliard,Trachysaurus_rugosus,Tiliqua_rugosa,https://doi.org/10.1113/jphysiol.1959.sp006124,1959,Wild population,"Perth, Australia",-31.950520,115.860450,23,GPS visualizer,NA,8,NA,NA,11,NA,Not specified,Adults,Controls,NA,NA,Loss of body mass,1.690,23.5,NA,NA,0.0,SealedBox,NA,NA,Not specified,NA,Bentley_JPhys_1959_1,TEWL,mg/g/h,Keep,0.280,Text,0.050,SE,Sample error,4,NA,NA,Lizard,213,42,Range,NA,Medium quality data extracted from main text,Medium quality,Usable data,Method not explicitly mentioned and data provided in the main text in two different conditions with all statistics and critical metadata. Acceptable data.
1603,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1,TEWL,mg/cm2/h,Keep,0.071,Table,0.007,SE,Sample error,6,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. data collected after 3 h of equilibrium, no air flow, dry air"
1604,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.639,40.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1,TEWL,mg/cm2/h,Keep,0.325,Table,0.029,SE,Sample error,9,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. data collected after 3 h of equilibrium, no air flow, dry air"
1607,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1,RWL,mg/g/h,Keep,0.025,Table,0.003,SE,Sample error,6,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1608,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.639,40.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1,RWL,mg/g/h,Keep,0.338,Table,0.104,SE,Sample error,5,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1611,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1,CWL,mg/cm2/h,Keep,0.054,Table,0.004,SE,Sample error,6,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1612,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.639,40.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1,CWL,mg/cm2/h,Keep,0.141,Table,0.023,SE,Sample error,5,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1605,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1b,TEWL,mg/cm2/h,Keep,0.083,Table,0.029,SE,Sample error,6,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1609,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1b,RWL,mg/g/h,Keep,0.046,Table,0.002,SE,Sample error,6,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1613,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_1b,CWL,mg/cm2/h,Keep,0.054,Table,0.004,SE,Sample error,6,NA,NA,Lizard,134,NA,NA,261.86,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1606,R. Gavira,Iguana_iguana,Iguana_iguana,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_3,TEWL,mg/cm2/h,Keep,0.279,Table,0.017,SE,Sample error,8,NA,NA,Lizard,124,NA,NA,248.66,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air"
1610,R. Gavira,Iguana_iguana,Iguana_iguana,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_3,RWL,mg/g/h,Keep,0.141,Table,0.020,SE,Sample error,8,NA,NA,Lizard,124,NA,NA,248.66,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1614,R. Gavira,Iguana_iguana,Iguana_iguana,doi: 10.1126/science.151.3717.1547,1966,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1.00,Not specified,NA,Bentley_Science_1966_3,CWL,mg/cm2/h,Keep,0.200,Table,0.021,SE,Sample error,8,NA,NA,Lizard,124,NA,NA,248.66,Medium quality data extracted from table,Medium quality,Usable data,"Water loss obtained from mass loss after a correction for metabolic loss of carbon with separate estimates for the head and the body in a sealed box or at least a box with a very weak flow with a dessicant. Respiratory water loss estimated first and then cutaneous water loss estimated. All data reported in Table independently for total, cutaneous and respiratory losses. AS equation is poor (the same for all groups of animals). No mention where the animals came from. Data collected after 3 h of equilibrium, no air flow, dry air."
1899,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During dry season,Blamires_AmphRept_1999_1,TEWL,mg/h,Keep,9.200,Table,3.000,SD,Sample error,21,NA,NA,Lizard,30.5,13.7,SD,149.8,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1900,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During dry season,Blamires_AmphRept_1999_1,TEWL,mg/g/h,Keep,0.320,Table,0.100,SD,Sample error,21,NA,NA,Lizard,30.5,13.7,SD,149.8,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1901,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During dry season,Blamires_AmphRept_1999_1,TEWL,mg/cm2/h,Keep,0.060,Table,0.020,SD,Sample error,21,NA,NA,Lizard,30.5,13.7,SD,149.8,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1902,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During dry season,Blamires_AmphRept_1999_1,CWL,mg/h,Keep,6.300,Table,2.700,SD,Sample error,21,NA,NA,Lizard,30.5,13.7,SD,149.8,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1903,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During dry season,Blamires_AmphRept_1999_1,RWL,mg/h,Keep,1.600,Table,1.500,SD,Sample error,21,NA,NA,Lizard,30.5,13.7,SD,149.8,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1904,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During wet season,Blamires_AmphRept_1999_2,TEWL,mg/h,Keep,23.100,Table,14.000,SD,Sample error,6,NA,NA,Lizard,34.8,15.3,SD,168.4,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1905,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During wet season,Blamires_AmphRept_1999_2,TEWL,mg/g/h,Keep,0.690,Table,0.310,SD,Sample error,6,NA,NA,Lizard,34.8,15.3,SD,168.4,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1906,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During wet season,Blamires_AmphRept_1999_2,TEWL,mg/cm2/h,Keep,0.140,Table,0.060,SD,Sample error,6,NA,NA,Lizard,34.8,15.3,SD,168.4,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1907,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During wet season,Blamires_AmphRept_1999_2,CWL,mg/h,Keep,17.000,Table,13.800,SD,Sample error,6,NA,NA,Lizard,34.8,15.3,SD,168.4,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
1908,R. Gavira,Lophognathus_temporalis,Gowidon_temporalis,doi: 10.1163/156853899X00213,1999,Wild population,"George Brown Botanic garden, Darwin, Australia",-12.448000,130.835000,20,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.379,22.0,NA,NA,100.0,FlowChamber,3.20,3.00,No,During wet season,Blamires_AmphRept_1999_2,RWL,mg/h,Keep,3.100,Table,2.700,SD,Sample error,6,NA,NA,Lizard,34.8,15.3,SD,168.4,High quality data extracted from table,High quality,Usable data,"Measurements of water loss for wild-caught animals in different seasons several days after capture in an experimental chamber at constant temperature with a constant influx of dry air and downstream measurement of water vapor with 3 repeated measurements per individual to calculate cutaneous, respiratory and ocular components. All data reported in Table 1. The experimental temperature is not in the publication. I contacted the author (Keith Christian) and he said me that it was 22C (room temperature). Chamber size was also communicated by author."
18,J.-F. Le Galliard,Sceloporus_woodi,Sceloporus_woodi,http://digitallibrary.amnh.org/handle/2246/4218,1947,Wild population,"Archbold Biological Station, Florida",27.182850,-81.352080,41.7,GPS visualizer,NA,NA,1939,NA,NA,1945,Not specified,Not specified,Controls,NA,1,Loss of body mass,4.174,38.0,NA,NA,0.0,VentilatedBox,NA,25.00,Not specified,Dessication to death,Bogert_AMN_1947_1,TEWL,mg/h,Keep,53.900,Dataset,NA,NA,NA,2,NA,NA,Lizard,4.9,NA,NA,NA,"Low quality data extracted from dataset, dessication to death experiment",Low quality,Usable data,The TEWL was measured in a large climate chamber at 38�C and 37% except for one species but with small sample size and sometimes close to death limit. Data calculated from single individuals - multiple individuals dessication to death curves as soon as curve was linear.
19,J.-F. Le Galliard,Eumeces_inexpectatus,Plestiodon_inexpectatus,http://digitallibrary.amnh.org/handle/2246/4218,1947,Wild population,"Archbold Biological Station, Florida",27.182850,-81.352080,41.7,GPS visualizer,NA,NA,1939,NA,NA,1945,Not specified,Not specified,Controls,NA,1,Loss of body mass,4.174,38.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Dessication to death,Bogert_AMN_1947_2,TEWL,mg/h,Keep,96.970,Dataset,NA,NA,NA,1,NA,NA,Lizard,4.5,NA,NA,NA,"Low quality data extracted from dataset, dessication to death experiment",Low quality,Usable data,The TEWL was measured in a large climate chamber at 38�C and 37% except for one species but with small sample size and sometimes close to death limit. Data calculated from single individuals - multiple individuals dessication to death curves as soon as curve was linear.
20,J.-F. Le Galliard,Rhineura_floridana,Rhineura_floridana,http://digitallibrary.amnh.org/handle/2246/4218,1947,Wild population,"Archbold Biological Station, Florida",27.182850,-81.352080,41.7,GPS visualizer,NA,NA,1939,NA,NA,1945,Not specified,Not specified,Controls,NA,1,Loss of body mass,0.713,27.0,NA,NA,0.0,VentilatedBox,NA,2.00,Not specified,Dessication to death,Bogert_AMN_1947_3,TEWL,mg/h,Keep,65.000,Dataset,NA,NA,NA,1,NA,NA,Worm lizard,3.42,NA,NA,NA,"Low quality data extracted from dataset, dessication to death experiment",Low quality,Usable data,The TEWL was measured in a large climate chamber at 38�C and 37% except for one species but with small sample size and sometimes close to death limit. Data calculated from single individuals - multiple individuals dessication to death curves as soon as curve was linear.
21,J.-F. Le Galliard,Drymarchon_corais_couperi,Drymarchon_couperi,http://digitallibrary.amnh.org/handle/2246/4218,1947,Wild population,"Archbold Biological Station, Florida",27.182850,-81.352080,41.7,GPS visualizer,NA,NA,1939,NA,NA,1945,Not specified,Not specified,Controls,NA,1,Loss of body mass,4.174,38.0,NA,NA,0.0,VentilatedBox,NA,9.50,Not specified,Dessication to death,Bogert_AMN_1947_4,TEWL,mg/h,Keep,2273.700,Dataset,NA,NA,NA,2,NA,NA,Snake,807.75,NA,NA,NA,"Low quality data extracted from dataset, dessication to death experiment, panting animals",Low quality,Not usable data,The TEWL was measured in a large climate chamber at 38�C and 37% except for one species but with small sample size and sometimes close to death limit. Data calculated from single individuals - multiple individuals dessication to death curves as soon as curve was linear. Unusually high water loss suggesting panting and abnormal behaviour. Data removed because of this.
22,J.-F. Le Galliard,Coluber_constrictor_priapus,Coluber_constrictor_priapus,http://digitallibrary.amnh.org/handle/2246/4218,1947,Wild population,"Archbold Biological Station, Florida",27.182850,-81.352080,41.7,GPS visualizer,NA,NA,1939,NA,NA,1945,Not specified,Not specified,Controls,NA,1,Loss of body mass,4.174,38.0,NA,NA,0.0,VentilatedBox,NA,100.00,Not specified,Dessication to death,Bogert_AMN_1947_5,TEWL,mg/h,Keep,573.870,Dataset,NA,NA,NA,1,NA,NA,Snake,235.9,NA,NA,NA,"Low quality data extracted from dataset, dessication to death experiment",Low quality,Usable data,The TEWL was measured in a large climate chamber at 38�C and 37% except for one species but with small sample size and sometimes close to death limit. Data calculated from single individuals - multiple individuals dessication to death curves as soon as curve was linear.
23,J.-F. Le Galliard,Coluber_flagellum_flagellum,Masticophis_flagellum_flagellum,http://digitallibrary.amnh.org/handle/2246/4218,1947,Wild population,"Archbold Biological Station, Florida",27.182850,-81.352080,41.7,GPS visualizer,NA,NA,1939,NA,NA,1945,Not specified,Not specified,Controls,NA,1,Loss of body mass,4.174,38.0,NA,NA,0.0,VentilatedBox,NA,75.00,Not specified,Dessication to death,Bogert_AMN_1947_6,TEWL,mg/h,Keep,740.850,Dataset,NA,NA,NA,2,NA,NA,Snake,595.45,NA,NA,NA,"Low quality data extracted from dataset, dessication to death experiment",Low quality,Usable data,The TEWL was measured in a large climate chamber at 38�C and 37% except for one species but with small sample size and sometimes close to death limit. Data calculated from single individuals - multiple individuals dessication to death curves as soon as curve was linear.
348,J.-F. Le Galliard,Amphibolurus_ornatus,Ctenophorus_ornatus,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,"Bakers Hill, Australia",-31.751000,116.454990,305.3,GPS visualizer,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_1,TEWL,mg/g/h,Keep,2.730,Table,0.243,SE,Sample error,6,NA,NA,Lizard,23.4,1.03,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
385,J.-F. Le Galliard,Amphibolurus_ornatus,Ctenophorus_ornatus,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,"Bakers Hill, Australia",-31.751000,116.454990,305.3,GPS visualizer,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_1,CWL,mg/g/h,Keep,1.460,Table,0.177,SE,Sample error,6,NA,NA,Lizard,23.4,1.03,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
388,J.-F. Le Galliard,Amphibolurus_ornatus,Ctenophorus_ornatus,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,"Bakers Hill, Australia",-31.751000,116.454990,305.3,GPS visualizer,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_1,RWL,mg/g/h,Keep,1.160,Table,0.099,SE,Sample error,6,NA,NA,Lizard,23.4,1.03,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
349,J.-F. Le Galliard,Amphibolurus_caudicinctus,Ctenophorus_caudicinctus,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,"Maitland River, Australia",-20.352940,118.572860,6.6,GPS visualizer,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_2,TEWL,mg/g/h,Keep,1.800,Table,0.077,SE,Sample error,6,NA,NA,Lizard,22.7,0.89,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
386,J.-F. Le Galliard,Amphibolurus_caudicinctus,Ctenophorus_caudicinctus,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,"Maitland River, Australia",-20.352940,118.572860,6.6,GPS visualizer,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_2,CWL,mg/g/h,Keep,0.840,Table,0.049,SE,Sample error,6,NA,NA,Lizard,22.7,0.89,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
389,J.-F. Le Galliard,Amphibolurus_caudicinctus,Ctenophorus_caudicinctus,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,"Maitland River, Australia",-20.352940,118.572860,6.6,GPS visualizer,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_2,RWL,mg/g/h,Keep,0.092,Table,0.039,SE,Sample error,6,NA,NA,Lizard,22.7,0.89,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
350,J.-F. Le Galliard,Amphibolurus_inermis,Ctenophorus_nuchalis,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,Western Australia,NA,NA,NA,None,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_3,TEWL,mg/g/h,Keep,1.050,Table,0.091,SE,Sample error,6,NA,NA,Lizard,24.1,0.97,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
387,J.-F. Le Galliard,Amphibolurus_inermis,Ctenophorus_nuchalis,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,Western Australia,NA,NA,NA,None,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_3,CWL,mg/g/h,Keep,0.450,Table,0.093,SE,Sample error,6,NA,NA,Lizard,24.1,0.97,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
390,J.-F. Le Galliard,Amphibolurus_inermis,Ctenophorus_nuchalis,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,Western Australia,NA,NA,NA,None,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,No,NA,Bradshaw_CBP_1970_3,RWL,mg/g/h,Keep,0.057,Table,0.078,SE,Sample error,6,NA,NA,Lizard,24.1,0.97,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data extracted from Table 13. No data on air flow.
351,J.-F. Le Galliard,Amphibolurus_ornatus,Ctenophorus_ornatus,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,"Bakers Hill, Australia",-31.751000,116.454990,305.3,GPS visualizer,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,Not specified,Unrestrained animals,Bradshaw_CBP_1970_4,TEWL,mg/g/h,Keep,2.730,Text,NA,NA,NA,NA,NA,NA,Lizard,NA,NA,NA,NA,"Low quality data extracted from main text, little metadata content",Low quality,Not usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Data provided in the main text. Excluded because text data contained not enough information to judge validity. No data on body mass.
352,J.-F. Le Galliard,Amphibolurus_caudicinctus,Ctenophorus_caudicinctus,http://linkinghub.elsevier.com/retrieve/pii/0010406X70905281,1970,Wild population,"Maitland River, Australia",-20.352940,118.572860,6.6,GPS visualizer,NA,NA,1964,NA,NA,1964,Not specified,Not specified,Controls,NA,21,Change in mass of a dessicant,5.061,35.0,NA,NA,NA,FlowFlask,NA,NA,Not specified,Unrestrained animals,Bradshaw_CBP_1970_5,TEWL,mg/g/h,Keep,1.450,Text,NA,NA,NA,NA,NA,NA,Lizard,NA,NA,NA,NA,"Low quality data extracted from main text, little metadata content",Low quality,Not usable data,Water loss measured by mass loss at 35�C in a dry atmosphere after a 3 weeks lab acclimation period using Dawson et al. (1966) flow through method with restrained animals and separate estimates of respiratory/cutaneous water loss. Excluded because text data contained not enough information to judge validity. No data on body mass.
391,C. Chabaud,Niveoscincus_ocellatus,Carinascincus_ocellatus,doi.org/10.1016/j.jtherbio.2015.05.002,2015,Wild population,"Orford, Tasmania, Australia",-42.580000,147.850000,50,Publication,NA,1,2013,NA,2,2013,Males,Not specified,Controls,NA,13,Change in mass of a dessicant,1.705,15.0,NA,NA,210.0,FlowChamber,3.00,22.00,Not specified,Completely dry air,Caldwell_JThermBiol_2015_1,TEWL,mg/g/h,Keep,0.531,Figure,0.110,SE,Sample error,9,64.25,NA,Lizard,4.87,0.27,SE,NA,Medium quality data extracted from figure,Medium quality,Usable data,Water loss tested in flow-through chamber at constant temperature with dry air maintained through a silica bead from mass increase of the dessicant during 20 hours. Animals came from the field and were quickly measured in the lab. The 15�C is chosen because it's the maximum temperature that highland species experience in nature. Data extracted from Figure 3. Chamber was a 50 ML seringue with 3 cm diameter according to Erik Wasptra.
392,C. Chabaud,Niveoscincus_microlepidotus,Carinascincus_microlepidotus,doi.org/10.1016/j.jtherbio.2015.05.002,2015,Wild population,"Mount Wellington, Tasmania, Australia",-42.890000,147.230000,1200,Publication,NA,1,2013,NA,2,2013,Males,Not specified,Controls,NA,8,Change in mass of a dessicant,1.705,15.0,NA,NA,210.0,FlowChamber,3.00,22.00,Not specified,Completely dry air,Caldwell_JThermBiol_2015_2,TEWL,mg/g/h,Keep,1.010,Figure,0.100,SE,Sample error,17,61.12,NA,Lizard,4.06,0.15,SE,NA,Medium quality data extracted from figure,Medium quality,Usable data,Water loss tested in flow-through chamber at constant temperature with dry air maintained through a silica bead from mass increase of the dessicant during 20 hours. Animals came from the field and were quickly measured in the lab. The 15�C is chosen because it's the maximum temperature that highland species experience in nature. Data extracted from Figure 3. Chamber was a 50 ML seringue with 3 cm diameter according to Erik Wasptra.
393,C. Chabaud,Niveoscincus_greeni,Carinascincus_greeni,doi.org/10.1016/j.jtherbio.2015.05.002,2015,Wild population,"Ben Lomond, Tasmania, Australia",-41.530000,147.660000,1570,Publication,NA,1,2013,NA,2,2013,Males,Not specified,Controls,NA,4,Change in mass of a dessicant,1.705,15.0,NA,NA,210.0,FlowChamber,3.00,22.00,Not specified,Completely dry air,Caldwell_JThermBiol_2015_3,TEWL,mg/g/h,Keep,1.004,Figure,0.080,SE,Sample error,19,64.42,NA,Lizard,4.79,0.18,SE,NA,Medium quality data extracted from figure,Medium quality,Usable data,Water loss tested in flow-through chamber at constant temperature with dry air maintained through a silica bead from mass increase of the dessicant during 20 hours. Animals came from the field and were quickly measured in the lab. The 15�C is chosen because it's the maximum temperature that highland species experience in nature. Data extracted from Figure 3. Chamber was a 50 ML seringue with 3 cm diameter according to Erik Wasptra.
2304,M.A. Carretero,Algyroides_nigropunctatus,Algyroides_nigropunctatus,https://www.thebhs.org/publications/the-herpetological-journal/volume-27-number-1-january-2017/948-06-is-ecophysiology-congruent-with-the-present-day-relictual-distribution-of-a-lizard-group-evidence-from-preferred-temperatures-and-water-loss-rates,2017,Wild population,"Lake Vanganel, Marezige, Slovenia",45.510805,13.778959,59,Publication,13,7,2012,20,7,2012,Males,Adults,Controls,NA,2,Loss of body mass,2.237,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_HerpetolJ_2017_1,TEWL,mg/h,Keep,7.347,Dataset,0.817,SE,Sample error,9,62.07,NA,Lizard,5.62,0.36,SE,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Total water loss calculated from all data and reported in Table 2. Data taken from Table 2, which is in g/g during whole experiment (11h), divided by 11 and multiplied by 1000 to have it as mg/g/h, range WL: 4.545-12.727. Plus raw data from corresponding author. Apparatus: Sartorius CPA model 224S"
2306,R. Gavira,Algyroides_nigropunctatus,Algyroides_nigropunctatus,https://www.thebhs.org/publications/the-herpetological-journal/volume-27-number-1-january-2017/948-06-is-ecophysiology-congruent-with-the-present-day-relictual-distribution-of-a-lizard-group-evidence-from-preferred-temperatures-and-water-loss-rates,2017,Wild population,"Lake Vanganel, Marezige, Slovenia",45.510805,13.778959,59,Publication,13,7,2012,20,7,2012,Males,Adults,Controls,NA,2,Loss of body mass,2.237,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_HerpetolJ_2017_1,TEWL,%/h,Keep,0.990,Table,0.110,SE,Sample error,9,62.07,NA,Lizard,5.62,0.36,SE,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Total water loss calculated from all data and reported in Table 2. Data taken from Table 2, which is in g/g during whole experiment (11h), divided by 11 and multiplied by 1000 to have it as mg/g/h, range WL: 4.545-12.727. Plus raw data from corresponding author.  Data subsequently corrected by 11 factor because Table 1 mistakenly reported /h data already."
2305,M.A. Carretero,Algyroides_moreoticus,Algyroides_moreoticus,https://www.thebhs.org/publications/the-herpetological-journal/volume-27-number-1-january-2017/948-06-is-ecophysiology-congruent-with-the-present-day-relictual-distribution-of-a-lizard-group-evidence-from-preferred-temperatures-and-water-loss-rates,2017,Wild population,"North Kynouria, Parnonas Mt, Greece ",37.283333,22.750000,742,Publication,16,6,2012,30,6,2012,Males,Adults,Controls,NA,2,Loss of body mass,2.237,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_HerpetolJ_2017_2,TEWL,mg/h,Keep,11.604,Dataset,0.889,SE,Sample error,12,47.93,NA,Lizard,3.18,0.23,SE,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Total water loss calculated from all data and reported in Table 2. Data taken from Table 2, which is in g/g during whole experiment (11h), divided by 11 and multiplied by 1000 to have it as mg/g/h, range WL: 4.545-12.727. Plus raw data from corresponding author. Apparatus: Sartorius CPA model 224S"
2307,R. Gavira,Algyroides_moreoticus,Algyroides_moreoticus,https://www.thebhs.org/publications/the-herpetological-journal/volume-27-number-1-january-2017/948-06-is-ecophysiology-congruent-with-the-present-day-relictual-distribution-of-a-lizard-group-evidence-from-preferred-temperatures-and-water-loss-rates,2017,Wild population,"North Kynouria, Parnonas Mt, Greece ",37.283333,22.750000,742,Publication,16,6,2012,30,6,2012,Males,Adults,Controls,NA,2,Loss of body mass,2.237,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_HerpetolJ_2017_2,TEWL,%/h,Keep,1.540,Table,0.110,SE,Sample error,12,47.93,NA,Lizard,3.18,0.23,SE,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Total water loss calculated from all data and reported in Table 2. Data taken from Table 2, which is in g/g during whole experiment (11h), divided by 11 and multiplied by 1000 to have it as mg/g/h, range WL: 9.091-21.818. Data subsequently corrected by 11 factor because Table 1 mistakenly reported /h data already."
2303,M.A. Carretero,Algyroides_fitzingeri,Algyroides_fitzingeri,https://www.thebhs.org/publications/the-herpetological-journal/volume-27-number-1-january-2017/948-06-is-ecophysiology-congruent-with-the-present-day-relictual-distribution-of-a-lizard-group-evidence-from-preferred-temperatures-and-water-loss-rates,2017,Wild population,"Sassari, Sardinia, Italy",40.716667,8.621667,291,Publication,27,6,2012,28,6,2012,Males,Adults,Controls,NA,4,Loss of body mass,2.237,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_HerpetolJ_2017_3,TEWL,mg/h,Keep,4.800,Dataset,0.664,SE,Sample error,7,37.18,NA,Lizard,1.16,0.11,SE,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Total water loss calculated from all data and reported in Table 2. Data taken from Table 2, which is in g/g during whole experiment (11h), divided by 11 and multiplied by 1000 to have it as mg/g/h, range WL: 4.545-12.727. Plus raw data from corresponding author. Apparatus: Sartorius CPA model 224S"
2308,R. Gavira,Algyroides_fitzingeri,Algyroides_fitzingeri,https://www.thebhs.org/publications/the-herpetological-journal/volume-27-number-1-january-2017/948-06-is-ecophysiology-congruent-with-the-present-day-relictual-distribution-of-a-lizard-group-evidence-from-preferred-temperatures-and-water-loss-rates,2017,Wild population,"Sassari, Sardinia, Italy",40.716667,8.621667,291,Publication,27,6,2012,28,6,2012,Males,Adults,Controls,NA,4,Loss of body mass,2.237,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_HerpetolJ_2017_3,TEWL,%/h,Keep,0.660,Table,0.110,SE,Sample error,7,37.18,NA,Lizard,1.16,0.11,SE,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Total water loss calculated from all data and reported in Table 2. Data taken from Table 2, which is in g/g during whole experiment (11h), divided by 11 and multiplied by 1000 to have it as mg/g/h, range WL: 2.727-7.273. Data subsequently corrected by 11 factor because Table 1 mistakenly reported /h data already."
2302,M.A. Carretero,Algyroides_marchi,Algyroides_marchi,https://www.thebhs.org/publications/the-herpetological-journal/volume-27-number-1-january-2017/948-06-is-ecophysiology-congruent-with-the-present-day-relictual-distribution-of-a-lizard-group-evidence-from-preferred-temperatures-and-water-loss-rates,2017,Wild population,"Rambla los Vaquerizos, Spain",38.050000,-2.483333,1610,Publication,5,7,2010,6,6,2010,Males,Adults,Controls,NA,2,Loss of body mass,2.237,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_HerpetolJ_2017_4,TEWL,mg/h,Keep,9.865,Dataset,1.033,SE,Sample error,5,42.9,NA,Lizard,1.59,0.1,SE,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Total water loss calculated from all data and reported in Table 2. Data taken from Table 2, which is in g/g during whole experiment (11h), divided by 11 and multiplied by 1000 to have it as mg/g/h, range WL: 4.545-12.727. Plus raw data from corresponding author. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero."
2309,R. Gavira,Algyroides_marchi,Algyroides_marchi,https://www.thebhs.org/publications/the-herpetological-journal/volume-27-number-1-january-2017/948-06-is-ecophysiology-congruent-with-the-present-day-relictual-distribution-of-a-lizard-group-evidence-from-preferred-temperatures-and-water-loss-rates,2017,Wild population,"Rambla los Vaquerizos, Spain",38.050000,-2.483333,1610,Publication,5,7,2010,6,6,2010,Males,Adults,Controls,NA,2,Loss of body mass,2.237,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_HerpetolJ_2017_4,TEWL,%/h,Keep,1.320,Table,0.110,SE,Sample error,5,42.9,NA,Lizard,1.59,0.1,SE,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Total water loss calculated from all data and reported in Table 2. Data taken from Table 2, which is in g/g during whole experiment (11h), divided by 11 and multiplied by 1000 to have it as mg/g/h, range WL: 7.273-13.636. Data subsequently corrected by 11 factor because Table 1 mistakenly reported /h data already."
1599,R. Gavira,Podarcis_liolepis,Podarcis_liolepis,http://www.salamandra-journal.com/index.php/home/contents/2015-vol-51/429-carneiro-d-e-garcia-munoz-a-kaliontzopoulou-g-a-llorente-m-a-carretero,2015,Wild population,"Palau Reial, Barcelona, Spain",41.386000,2.118000,76,Publication,14,4,2011,16,4,NA,Males,Adults,Controls,NA,2,Loss of body mass,1.939,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_Salamandra_2015_1,TEWL,mg/g/h,Keep,2.583,Table,0.750,SD,Sample error,9,60.6,NA,Lizard,4.72,0.41,SD,NA,High quality data extracted from table,High quality,Usable data,"Mass loss measured in a sealed chamber with animals at a constant temperature and a constant medium humidity (maintained with silica gel inside) and a measure of mass loss every hour during 12 hours during daytime. Data include some cases of defecation since they were randomly distributed across species and rare. No sign of activity but animals disturbed regularly. Data taken from Figure 4 for the whole duration given the response linearity through time. Data taken from the last point (12h) of Figure 4B, in g/g, so we divided by 12 and multiplied by 1000 to have as mg/g/h. RH=35%, no air flow."
2314,M.A. Carretero,Podarcis_liolepis,Podarcis_liolepis,http://www.salamandra-journal.com/index.php/home/contents/2015-vol-51/429-carneiro-d-e-garcia-munoz-a-kaliontzopoulou-g-a-llorente-m-a-carretero,2015,Wild population,"Palau Reial, Barcelona, Spain",41.386000,2.118000,76,Publication,14,4,2011,16,4,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.939,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_Salamandra_2015_1,TEWL,mg/h,Keep,12.472,Dataset,1.059,SE,Sample error,9,60.6,NA,Lizard,4.72,0.14,SE,NA,High quality data extracted from dataset,High quality,Usable data,"Mass loss measured in a sealed chamber with animals at a constant temperature and a constant medium humidity (maintained with silica gel inside) and a measure of mass loss every hour during 12 hours during daytime. Data include some cases of defecation since they were randomly distributed across species and rare. No sign of activity but animals disturbed regularly. Data taken from Figure 4 for the whole duration given the response linearity through time. Data taken from the last point (12h) of Figure 4B, in g/g, so we divided by 12 and multiplied by 1000 to have as mg/g/h. Apparatus: Sartorius CPA model 224S"
1600,R. Gavira,Podarcis_liolepis,Podarcis_liolepis,http://www.salamandra-journal.com/index.php/home/contents/2015-vol-51/429-carneiro-d-e-garcia-munoz-a-kaliontzopoulou-g-a-llorente-m-a-carretero,2015,Wild population,"Palau Reial, Barcelona, Spain",41.386000,2.118000,76,Publication,14,4,2011,16,4,2011,Females,Adults,Controls,NA,2,Loss of body mass,1.939,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_Salamandra_2015_2,TEWL,mg/g/h,Keep,2.917,Table,0.833,SD,Sample error,10,55.17,NA,Lizard,3.08,0.67,SD,NA,High quality data extracted from table,High quality,Usable data,"Mass loss measured in a sealed chamber with animals at a constant temperature and a constant medium humidity (maintained with silica gel inside) and a measure of mass loss every hour during 12 hours during daytime. Data include some cases of defecation since they were randomly distributed across species and rare. No sign of activity but animals disturbed regularly. Data taken from Figure 4 for the whole duration given the response linearity through time. Data taken from the last point (12h) of Figure 4B, in g/g, so we divided by 12 and multiplied by 1000 to have as mg/g/h. RH=35%, no air flow."
2470,M.A. Carretero,Podarcis_liolepis,Podarcis_liolepis,http://www.salamandra-journal.com/index.php/home/contents/2015-vol-51/429-carneiro-d-e-garcia-munoz-a-kaliontzopoulou-g-a-llorente-m-a-carretero,2015,Wild population,"Palau Reial, Barcelona, Spain",41.386000,2.118000,76,Publication,14,4,2011,16,4,2011,Females,Adults,Controls,NA,2,Loss of body mass,1.939,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_Salamandra_2015_2,TEWL,mg/h,Keep,7.452,Dataset,1.019,SE,Sample error,10,55.17,NA,Lizard,3.08,0.67,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Mass loss measured in a sealed chamber with animals at a constant temperature and a constant medium humidity (maintained with silica gel inside) and a measure of mass loss every hour during 12 hours during daytime. Data include some cases of defecation since they were randomly distributed across species and rare. No sign of activity but animals disturbed regularly. Data taken from Figure 4 for the whole duration given the response linearity through time. Data taken from the last point (12h) of Figure 4B, in g/g, so we divided by 12 and multiplied by 1000 to have as mg/g/h. RH=35%, no air flow."
1601,R. Gavira,Podarcis_muralis,Podarcis_muralis,http://www.salamandra-journal.com/index.php/home/contents/2015-vol-51/429-carneiro-d-e-garcia-munoz-a-kaliontzopoulou-g-a-llorente-m-a-carretero,2015,Wild population,"Santa Fe del Montseny, Barcelona, Spain",41.766000,2.450000,1136,Publication,16,4,2011,17,4,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.939,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_Salamandra_2015_3,TEWL,mg/g/h,Keep,2.750,Table,0.833,SD,Sample error,7,55.64,NA,Lizard,6.09,2.31,SD,NA,High quality data extracted from table,High quality,Usable data,"Mass loss measured in a sealed chamber with animals at a constant temperature and a constant medium humidity (maintained with silica gel inside) and a measure of mass loss every hour during 12 hours during daytime. Data include some cases of defecation since they were randomly distributed across species and rare. No sign of activity but animals disturbed regularly. Data taken from Figure 4 for the whole duration given the response linearity through time. Data taken from the last point (12h) of Figure 4B, in g/g, so we divided by 12 and multiplied by 1000 to have as mg/g/h. RH=35%, no air flow."
2315,M.A. Carretero,Podarcis_muralis,Podarcis_muralis,http://www.salamandra-journal.com/index.php/home/contents/2015-vol-51/429-carneiro-d-e-garcia-munoz-a-kaliontzopoulou-g-a-llorente-m-a-carretero,2015,Wild population,"Santa Fe del Montseny, Barcelona, Spain",41.773820,2.462100,1137,Publication,16,4,2011,17,4,2011,Males,Adults,Controls,NA,2,Loss of body mass,1.939,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_Salamandra_2015_3,TEWL,mg/h,Keep,14.442,Dataset,2.447,SE,Sample error,7,55.64,NA,Lizard,6.09,0.87,SE,NA,High quality data extracted from dataset,High quality,Usable data,"Mass loss measured in a sealed chamber with animals at a constant temperature and a constant medium humidity (maintained with silica gel inside) and a measure of mass loss every hour during 12 hours during daytime. Data include some cases of defecation since they were randomly distributed across species and rare. No sign of activity but animals disturbed regularly. Data taken from Figure 4 for the whole duration given the response linearity through time. Data taken from the last point (12h) of Figure 4B, in g/g, so we divided by 12 and multiplied by 1000 to have as mg/g/h. Apparatus: Sartorius CPA model 224S"
1602,R. Gavira,Podarcis_muralis,Podarcis_muralis,http://www.salamandra-journal.com/index.php/home/contents/2015-vol-51/429-carneiro-d-e-garcia-munoz-a-kaliontzopoulou-g-a-llorente-m-a-carretero,2015,Wild population,"Santa Fe del Montseny, Barcelona, Spain",41.766000,2.450000,1136,Publication,16,4,2011,17,4,2011,Females,Adults,Controls,NA,2,Loss of body mass,1.939,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_Salamandra_2015_4,TEWL,mg/g/h,Keep,1.833,Table,0.833,SD,Sample error,8,61.06,NA,Lizard,8.12,2.92,SD,NA,High quality data extracted from table,High quality,Usable data,"Mass loss measured in a sealed chamber with animals at a constant temperature and a constant medium humidity (maintained with silica gel inside) and a measure of mass loss every hour during 12 hours during daytime. Data include some cases of defecation since they were randomly distributed across species and rare. No sign of activity but animals disturbed regularly. Data taken from Figure 4 for the whole duration given the response linearity through time. Data taken from the last point (12h) of Figure 4B, in g/g, so we divided by 12 and multiplied by 1000 to have as mg/g/h. RH=35%, no air flow."
2471,M.A. Carretero,Podarcis_muralis,Podarcis_muralis,http://www.salamandra-journal.com/index.php/home/contents/2015-vol-51/429-carneiro-d-e-garcia-munoz-a-kaliontzopoulou-g-a-llorente-m-a-carretero,2015,Wild population,"Santa Fe del Montseny, Barcelona, Spain",41.766000,2.450000,1136,Publication,16,4,2011,17,4,2011,Females,Adults,Controls,NA,2,Loss of body mass,1.939,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Carneiro_Salamandra_2015_4,TEWL,mg/h,Keep,11.956,Dataset,1.070,SD,Sample error,8,61.06,NA,Lizard,8.12,2.92,SD,NA,High quality data extracted from table,High quality,Usable data,"Mass loss measured in a sealed chamber with animals at a constant temperature and a constant medium humidity (maintained with silica gel inside) and a measure of mass loss every hour during 12 hours during daytime. Data include some cases of defecation since they were randomly distributed across species and rare. No sign of activity but animals disturbed regularly. Data taken from Figure 4 for the whole duration given the response linearity through time. Data taken from the last point (12h) of Figure 4B, in g/g, so we divided by 12 and multiplied by 1000 to have as mg/g/h. RH=35%, no air flow."
2342,M.A. Carretero,Chioninia_stangeri,Chioninia_stangeri,doi: 10.1007/s00114-016-1422-8,2016,Wild population,"Calhau, S?o Vicente island",16.850000,-24.870000,10,Publication,27,11,2015,28,11,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.685,24.0,NA,NA,0.0,VentilatedBox,11.70,12.00,No,NA,Carretero_SciNat_2016_1,TEWL,mg/h,Keep,9.771,Dataset,2.201,SE,Sample error,10,73.9,NA,Lizard,9.005,0.6944,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from one locality during the post-reproductive season and acclimated for 1-2 days in the laboratory. Water loss measured from body mass in semi-sealed chambers maintained at constant temperature and dry air with silica gel (25%) during 11 hours. Water loss rates measured from cumulative mass loss. Apparatus: Sartorius CPA model 224S
2344,M.A. Carretero,Chioninia_stangeri,Chioninia_stangeri,doi: 10.1007/s00114-016-1422-8,2016,Wild population,"Calhau, S?o Vicente island",16.850000,-24.870000,10,Publication,27,11,2015,28,11,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.685,24.0,NA,NA,0.0,VentilatedBox,11.70,12.00,No,NA,Carretero_SciNat_2016_1,TEWL,%/h,Keep,0.125,Dataset,0.030,SE,Sample error,10,73.9,NA,Lizard,9.005,0.6944,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from one locality during the post-reproductive season and acclimated for 1-2 days in the laboratory. Water loss measured from body mass in semi-sealed chambers maintained at constant temperature and dry air with silica gel (25%) during 11 hours. Water loss rates measured from cumulative mass loss. Apparatus: Sartorius CPA model 224S
2343,M.A. Carretero,Tarentola_substituta,Tarentola_substituta,doi: 10.1007/s00114-016-1422-9,2016,Wild population,"Calhau, S?o Vicente island",16.850000,-24.870000,10,Publication,26,11,2015,28,11,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.685,24.0,NA,NA,0.0,VentilatedBox,11.70,12.00,No,NA,Carretero_SciNat_2016_2,TEWL,mg/h,Keep,5.919,Dataset,1.040,SE,Sample error,10,56.65,NA,Lizard,5.8511,0.4524,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from one locality during the post-reproductive season and acclimated for 1-2 days in the laboratory. Water loss measured from body mass in semi-sealed chambers maintained at constant temperature and dry air with silica gel (25%) during 11 hours. Water loss rates measured from cumulative mass loss. Apparatus: Sartorius CPA model 224S
2345,M.A. Carretero,Tarentola_substituta,Tarentola_substituta,doi: 10.1007/s00114-016-1422-9,2016,Wild population,"Calhau, S?o Vicente island",16.850000,-24.870000,10,Publication,26,11,2015,28,11,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.685,24.0,NA,NA,0.0,VentilatedBox,11.70,12.00,No,NA,Carretero_SciNat_2016_2,TEWL,%/h,Keep,0.111,Dataset,0.011,SE,Sample error,10,56.65,NA,Lizard,5.8511,0.4524,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from one locality during the post-reproductive season and acclimated for 1-2 days in the laboratory. Water loss measured from body mass in semi-sealed chambers maintained at constant temperature and dry air with silica gel (25%) during 11 hours. Water loss rates measured from cumulative mass loss. Apparatus: Sartorius CPA model 224S
2254,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Pian M�doc, Nouvelle-Aquitaine, France",44.952272,-0.739766,40,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_1,TEWL,mg/h,Keep,4.336,Dataset,1.873,SD,Sample error,10,52.00,132.50,Lizard,2.50,0.54,SD,19.11,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2272,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Pian M�doc, Nouvelle-Aquitaine, France",44.952272,-0.739766,40,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_1,CWL,mg/cm2/h,Keep,1.757,Dataset,40.600,SD,Sample error,10,52.00,132.50,Lizard,2.50,0.54,SD,19.11,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2255,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Landiras-Tuco-N�gues, Nouvelle-Aquitaine, France",44.570940,-0.465370,76,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_2,TEWL,mg/h,Keep,3.016,Dataset,0.670,SD,Sample error,4,49.17,116.42,Lizard,2.05,0.47,SD,16.97,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2273,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Landiras-Tuco-N�gues, Nouvelle-Aquitaine, France",44.570940,-0.465370,76,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_2,CWL,mg/cm2/h,Keep,1.632,Dataset,25.200,SD,Sample error,4,49.17,116.42,Lizard,2.05,0.47,SD,16.97,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2256,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Tourbi�re de P�destarr�s, Nouvelle-Aquitaine, France",43.093180,-0.382490,370,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_3,TEWL,mg/h,Keep,4.462,Dataset,1.423,SD,Sample error,10,51.70,119.90,Lizard,2.42,0.25,SD,17.69,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2274,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Tourbi�re de P�destarr�s, Nouvelle-Aquitaine, France",43.093180,-0.382490,370,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_3,CWL,mg/cm2/h,Keep,1.672,Dataset,57.400,SD,Sample error,10,51.70,119.90,Lizard,2.42,0.25,SD,17.69,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2257,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Buzy sud, Nouvelle-Aquitaine, France",43.120903,-0.450350,467,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_4,TEWL,mg/h,Keep,4.317,Dataset,0.819,SD,Sample error,12,52.25,129.50,Lizard,2.84,0.14,SD,19.33,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2275,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Buzy sud, Nouvelle-Aquitaine, France",43.120903,-0.450350,467,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_4,CWL,mg/cm2/h,Keep,1.894,Dataset,34.000,SD,Sample error,12,52.25,129.50,Lizard,2.84,0.14,SD,19.33,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2258,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Plateau du B�nou est, Nouvelle-Aquitaine, France",43.063630,-0.459380,900,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_5,TEWL,mg/h,Keep,3.190,Dataset,0.480,SD,Sample error,2,48.00,131.00,Lizard,2.08,0.33,SD,17.09,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2276,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Plateau du B�nou est, Nouvelle-Aquitaine, France",43.063630,-0.459380,900,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_5,CWL,mg/cm2/h,Keep,1.599,Dataset,41.100,SD,Sample error,2,48.00,131.00,Lizard,2.08,0.33,SD,17.09,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2259,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Plateau du B�nou ouest, Nouvelle-Aquitaine, France",43.061060,-0.481250,900,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_6,TEWL,mg/h,Keep,3.735,Dataset,0.409,SD,Sample error,10,54.90,140.00,Lizard,3.48,0.67,SD,22.58,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2277,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Plateau du B�nou ouest, Nouvelle-Aquitaine, France",43.061060,-0.481250,900,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_6,CWL,mg/cm2/h,Keep,1.819,Dataset,25.700,SD,Sample error,10,54.90,140.00,Lizard,3.48,0.67,SD,22.58,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2260,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Gourette, Nouvelle-Aquitaine, France",42.964172,-0.342184,1224,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_7,TEWL,mg/h,Keep,4.631,Dataset,0.797,SD,Sample error,8,55.87,136.00,Lizard,3.42,0.35,SD,21.81,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2278,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Gourette, Nouvelle-Aquitaine, France",42.964172,-0.342184,1224,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_7,CWL,mg/cm2/h,Keep,2.147,Dataset,33.200,SD,Sample error,8,55.87,136.00,Lizard,3.42,0.35,SD,21.81,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2261,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Col de Marrous, Occitanie, France",42.962570,1.446760,990,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_8,TEWL,mg/h,Keep,3.822,Dataset,1.226,SD,Sample error,12,50.00,117.42,Lizard,2.48,0.52,SD,19.27,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2279,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Col de Marrous, Occitanie, France",42.962570,1.446760,990,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_8,CWL,mg/cm2/h,Keep,1.325,Dataset,23.200,SD,Sample error,12,50.00,117.42,Lizard,2.48,0.52,SD,19.27,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2262,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Etang de Lers, Occitanie, France",42.808208,1.378114,1246,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_9,TEWL,mg/h,Keep,3.832,Dataset,0.586,SD,Sample error,10,52.80,120.30,Lizard,2.67,0.24,SD,20.34,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2280,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Etang de Lers, Occitanie, France",42.808208,1.378114,1246,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_9,CWL,mg/cm2/h,Keep,1.498,Dataset,27.600,SD,Sample error,10,52.80,120.30,Lizard,2.67,0.24,SD,20.34,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2263,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Cuguron, Occitanie, France",43.102699,0.531770,488,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_10,TEWL,mg/h,Keep,5.570,Dataset,1.634,SD,Sample error,12,51.75,121.42,Lizard,2.69,0.36,SD,19.54,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2281,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Cuguron, Occitanie, France",43.102699,0.531770,488,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_10,CWL,mg/cm2/h,Keep,1.413,Dataset,24.800,SD,Sample error,12,51.75,121.42,Lizard,2.69,0.36,SD,19.54,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2264,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Col de la Core, Occitanie, France",42.859303,1.106136,1405,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_11,TEWL,mg/h,Keep,3.622,Dataset,1.438,SD,Sample error,14,53.57,122.07,Lizard,2.74,0.52,SD,21.21,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2282,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Col de la Core, Occitanie, France",42.859303,1.106136,1405,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_11,CWL,mg/cm2/h,Keep,1.735,Dataset,21.700,SD,Sample error,14,53.57,122.07,Lizard,2.74,0.52,SD,21.21,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2265,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Lac de Bethmale, Occitanie, France",42.862156,1.084406,1054,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_12,TEWL,mg/h,Keep,5.148,Dataset,1.412,SD,Sample error,12,52.00,121.50,Lizard,2.44,0.47,SD,19.15,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2283,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Lac de Bethmale, Occitanie, France",42.862156,1.084406,1054,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_12,CWL,mg/cm2/h,Keep,1.735,Dataset,26.500,SD,Sample error,11,52.00,121.50,Lizard,2.44,0.47,SD,19.15,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2266,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Arbas, Occitanie, France",42.990180,0.887580,465,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_13,TEWL,mg/h,Keep,4.221,Dataset,0.896,SD,Sample error,9,48.78,117.67,Lizard,2.15,0.43,SD,18.32,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2284,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Arbas, Occitanie, France",42.990180,0.887580,465,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_13,CWL,mg/cm2/h,Keep,1.813,Dataset,27.700,SD,Sample error,9,48.78,117.67,Lizard,2.15,0.43,SD,18.32,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2267,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Landiras Manine, Nouvelle-Aquitaine, France",44.596778,-0.490990,66,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_14,TEWL,mg/h,Keep,4.608,Dataset,1.651,SD,Sample error,4,51.75,110.75,Lizard,2.15,0.25,SD,18.05,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2285,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Landiras Manine, Nouvelle-Aquitaine, France",44.596778,-0.490990,66,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_14,CWL,mg/cm2/h,Keep,1.646,Dataset,11.100,SD,Sample error,4,51.75,110.75,Lizard,2.15,0.25,SD,18.05,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2268,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Pian M�doc Golf, Nouvelle-Aquitaine, France",44.948860,-0.726090,40,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_15,TEWL,mg/h,Keep,3.072,Dataset,0.312,SD,Sample error,12,47.40,135.20,Lizard,2.08,0.38,SD,18.10,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2286,C. Chabaud,Zootoca_vivipara_louislantzi,Zootoca_vivipara_louislantzi,Personal unpublished data,2019,Wild population,"Pian M�doc Golf, Nouvelle-Aquitaine, France",44.948860,-0.726090,40,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_15,CWL,mg/cm2/h,Keep,2.063,Dataset,40.500,SD,Sample error,12,47.40,135.20,Lizard,2.08,0.38,SD,18.10,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2269,C. Chabaud,Zootoca_vivipara,Zootoca_vivipara,Personal unpublished data,2019,Wild population,"La L�zioux, Nouvelle-Aquitaine, France",45.764814,2.022779,808,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_16,TEWL,mg/h,Keep,4.465,Dataset,0.942,SD,Sample error,11,53.73,123.91,Lizard,2.99,0.64,SD,21.64,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2287,C. Chabaud,Zootoca_vivipara,Zootoca_vivipara,Personal unpublished data,2019,Wild population,"La L�zioux, Nouvelle-Aquitaine, France",45.764814,2.022779,808,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_16,CWL,mg/cm2/h,Keep,1.753,Dataset,25.600,SD,Sample error,11,53.73,123.91,Lizard,2.99,0.64,SD,21.64,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2270,C. Chabaud,Zootoca_vivipara,Zootoca_vivipara,Personal unpublished data,2019,Wild population,"La L�zioux Rodi, Nouvelle-Aquitaine, France",45.766748,2.017411,808,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_17,TEWL,mg/h,Keep,4.483,Dataset,1.909,SD,Sample error,10,51.80,109.40,Lizard,2.29,0.46,SD,18.56,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2288,C. Chabaud,Zootoca_vivipara,Zootoca_vivipara,Personal unpublished data,2019,Wild population,"La L�zioux Rodi, Nouvelle-Aquitaine, France",45.766748,2.017411,808,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_17,CWL,mg/cm2/h,Keep,1.803,Dataset,20.300,SD,Sample error,10,51.80,109.40,Lizard,2.29,0.46,SD,18.56,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system."
2271,C. Chabaud,Podarcis_muralis,Podarcis_muralis,Personal unpublished data,2019,Wild population,"Chiz�, Nouvelle-Aquitaine, France",46.146700,-0.425790,64,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Loss of body mass,0.935,20.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,During the night,Chabaud_MscThesis_2019_18,TEWL,mg/h,Keep,4.195,Dataset,1.711,SD,Sample error,17,64.12,164.41,Lizard,4.82,1.48,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Water loss rates measured from cumulative mass loss.
2289,C. Chabaud,Podarcis_muralis,Podarcis_muralis,Personal unpublished data,2019,Wild population,"Chiz�, Nouvelle-Aquitaine, France",46.146700,-0.425790,64,Publication,17,4,2019,27,5,2019,Males,Adults,Controls,NA,7,Flux chamber,1.404,23.0,NA,NA,0.0,FlowChamber,NA,0.50,No,Aquaflux set-up,Chabaud_MscThesis_2019_18,CWL,mg/cm2/h,Keep,1.060,Dataset,20.100,SD,Sample error,17,64.12,164.41,Lizard,4.82,1.48,SD,NA,"High quality data extracted from dataset, skin surface water loss",High quality,Usable data,"Cutaneous water loss measured from field caught adult males from several localities during the pre-reproductive season and acclimated for several days in the laboratory. Water loss measured from body mass loss in semi-sealed chambers maintained at constant temperature and humidity during night in a climate chamber. Cutaneous water loss measured from the back of the animal in a room with controlled temperature, with the Aquaflux system. No data on surface area."
1773,R. Gavira,Uma_notata,Uma_notata,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.462,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_1,TEWL,mg/g/h,Keep,0.361,Table,NA,NA,NA,3,NA,NA,Lizard,15.75,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!).
1774,R. Gavira,Uma_notata,Uma_notata,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.994,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_1,TEWL,mg/g/h,Keep,0.327,Table,NA,NA,NA,3,NA,NA,Lizard,15.75,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!).
1775,R. Gavira,Uma_notata,Uma_notata,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.077,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_1,TEWL,mg/g/h,Keep,0.120,Table,NA,NA,NA,3,NA,NA,Lizard,15.75,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!).
1776,R. Gavira,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.462,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_2,TEWL,mg/h,Keep,6.304,Table,NA,NA,NA,1,NA,NA,Lizard,32,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!). Low sample (n=1)
1777,R. Gavira,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.994,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_2,TEWL,mg/h,Keep,5.088,Table,NA,NA,NA,1,NA,NA,Lizard,32,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!). Low sample (n=1)
1778,R. Gavira,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.077,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_2,TEWL,mg/h,Keep,1.161,Table,NA,NA,NA,1,NA,NA,Lizard,32,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!). Low sample (n=1)
1779,R. Gavira,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.748,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_2,TEWL,mg/h,Keep,1.053,Table,NA,NA,NA,1,NA,NA,Lizard,32,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!). Low sample (n=1)
1780,R. Gavira,Phrynosoma_solare,Phrynosoma_solare,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.462,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_3,TEWL,mg/h,Keep,7.652,Table,NA,NA,NA,1,NA,NA,Lizard,35.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!). Low sample (n=1)
1781,R. Gavira,Crotalus_atrox,Crotalus_atrox,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.462,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_4,TEWL,mg/h,Keep,21.525,Table,NA,NA,NA,1,NA,NA,Snake,123,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!). Low sample (n=1)
1782,R. Gavira,Crotalus_scutellatus,Crotalus_scutulatus_scutulatus,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.462,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_5,TEWL,mg/h,Keep,49.206,Table,NA,NA,NA,1,NA,NA,Snake,278,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!). Low sample (n=1)
1783,R. Gavira,Crotalus_scutellatus,Crotalus_scutulatus_scutulatus,doi: 10.1126/science.133.3450.384,1961,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.994,26.5,NA,NA,423.0,FlowChamber,5.00,0.50,No,NA,Chew_Science_1961_5,TEWL,mg/h,Keep,35.028,Table,NA,NA,NA,1,NA,NA,Snake,278,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured with an infrared analysed of excurrent air and calculation with difference with an incurrent air at controlled temperature and humidity. Data available at different conditions of humidities for very small sample size (1 in many cases!). Low sample (n=1)
2013,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,0.375,15.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Winter, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.109,Figure,0.031,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2."
2015,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,3.182,30.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Winter, buried in the sand, vapour pressures=8mmHg, experiment done 21d after the last winter experiment",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.011,Text,0.005,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from main text, buried animals",Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from the text, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2. Data removed because not enough information from main text."
2016,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Controls,NA,45,Loss of body mass,3.182,30.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Winter, buried in the sand, vapour pressures=8mmHg, experiment done 21d after the last winter experiment",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.013,Text,0.003,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from main text,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from the text, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2. Data removed because not enough information from main text."
2017,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,1.475,23.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Winter, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.181,Figure,0.034,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2020,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,2.900,30.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Winter, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.277,Figure,0.014,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2023,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,4.285,35.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Winter, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.482,Figure,0.017,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2026,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,6.042,40.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Winter, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.760,Figure,0.104,SD,Sample error,2,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=1-3), body mass not provided, it was estimated from the range in Table 2. Data removed based on reported abnormal activity at high temperature."
2029,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Controls,NA,45,Loss of body mass,0.375,15.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Winter, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.137,Figure,0.024,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2. Data removed based on activity of lizards."
2031,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Controls,NA,45,Loss of body mass,1.475,23.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Winter, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.437,Figure,0.114,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2.  Data removed based on activity of lizards."
2034,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Controls,NA,45,Loss of body mass,2.900,30.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Winter, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,0.736,Figure,0.264,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2.  Data removed based on activity of lizards."
2037,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Controls,NA,45,Loss of body mass,4.285,35.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Winter, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,1.278,Figure,0.094,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2.  Data removed based on activity of lizards."
2040,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Controls,NA,45,Loss of body mass,6.042,40.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Winter, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_1,TEWL,mg/g/h,Keep,1.920,Figure,0.398,SD,Sample error,2,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, panting animals",Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=1-3), body mass not provided, it was estimated from the range in Table 2. Data removed because high test temperatures and potential panting.  Data removed based on activity of lizards."
2014,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,0.375,15.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Spring, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,0.061,Figure,0.015,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2018,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,1.475,23.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Spring, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,0.220,Figure,0.015,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2021,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,2.900,30.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Spring, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,0.281,Figure,0.039,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2024,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,4.285,35.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Spring, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,0.392,Figure,0.036,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2027,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,6.042,40.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Spring, buried in the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,0.678,Figure,0.059,SD,Sample error,2,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=1-3), body mass not provided, it was estimated from the range in Table 2. Data removed based on reported abnormal activity at high temperature."
2030,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Controls,NA,45,Loss of body mass,0.375,15.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Spring, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,0.120,Figure,0.047,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2."
2032,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Controls,NA,45,Loss of body mass,1.475,23.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Spring, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,0.540,Figure,0.117,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2. Data removed based on activity of lizards."
2035,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Controls,NA,45,Loss of body mass,2.900,30.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Spring, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,0.900,Figure,0.153,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2. Data removed based on activity of lizards."
2038,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Controls,NA,45,Loss of body mass,4.285,35.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Spring, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,1.137,Figure,0.199,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2. Data removed based on activity of lizards."
2041,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Controls,NA,45,Loss of body mass,6.042,40.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Spring, above the sand, vapour pressures=10mmHg",Clarke_Copeia_1994_2,TEWL,mg/g/h,Keep,2.132,Figure,0.475,SD,Sample error,2,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, panting animals",Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=1-3), body mass not provided, it was estimated from the range in Table 2. Data removed because high test temperatures and potential panting. Data removed based on activity of lizards."
2019,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,0.477,23.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Late summer, buried in the sand, vapour pressures=16mmHg",Clarke_Copeia_1994_3,TEWL,mg/g/h,Keep,0.086,Figure,0.027,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2022,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,1.909,30.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Late summer, buried in the sand, vapour pressures=16mmHg",Clarke_Copeia_1994_3,TEWL,mg/g/h,Keep,0.260,Figure,0.034,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2025,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,3.290,35.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Late summer, buried in the sand, vapour pressures=16mmHg",Clarke_Copeia_1994_3,TEWL,mg/g/h,Keep,0.412,Figure,0.020,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2"
2028,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Other manipulation,Buried in the sand,45,Loss of body mass,5.046,40.0,NA,NA,0.0,SealedBox,NA,3.00,No,"Late summer, buried in the sand, vapour pressures=16mmHg",Clarke_Copeia_1994_3,TEWL,mg/g/h,Keep,0.775,Figure,0.233,SD,Sample error,2,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, buried animals",Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, buried animals, sample size not exact (n=1-3), body mass not provided, it was estimated from the range in Table 2. Data removed based on reported abnormal activity at high temperature."
2033,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Controls,NA,45,Loss of body mass,0.477,23.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Late summer, above the sand, vapour pressures=16mmHg",Clarke_Copeia_1994_3,TEWL,mg/g/h,Keep,0.135,Figure,0.041,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2.  Data removed based on activity of lizards."
2036,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Controls,NA,45,Loss of body mass,1.909,30.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Late summer, above the sand, vapour pressures=16mmHg",Clarke_Copeia_1994_3,TEWL,mg/g/h,Keep,0.416,Figure,0.079,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2.  Data removed based on activity of lizards."
2039,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Controls,NA,45,Loss of body mass,3.290,35.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Late summer, above the sand, vapour pressures=16mmHg",Clarke_Copeia_1994_3,TEWL,mg/g/h,Keep,1.037,Figure,0.175,SD,Sample error,5,NA,NA,Lizard,78.5,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=4-6), body mass not provided, it was estimated from the range in Table 2.  Data removed based on activity of lizards."
2042,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1990,Males,Adults,Controls,NA,45,Loss of body mass,5.046,40.0,NA,NA,0.0,SealedBox,NA,3.00,Yes,"Late summer, above the sand, vapour pressures=16mmHg",Clarke_Copeia_1994_3,TEWL,mg/g/h,Keep,1.961,Figure,0.361,SD,Sample error,2,NA,NA,Lizard,78.5,NA,NA,NA,"Medium quality data extracted from figure, panting animals",Medium quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Fig. 2, sample size not exact (n=1-3), body mass not provided, it was estimated from the range in Table 2. Data removed because high test temperatures and potential panting.  Data removed based on activity of lizards."
2010,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,10,1989,NA,10,1989,Males,Adults,Other manipulation,Fed ,45,Loss of body mass,1.474,23.0,NA,NA,0.0,SealedBox,NA,3.00,No,Winter,Clarke_Copeia_1994_4,TEWL,mg/g/h,Keep,0.187,Table,0.029,SD,Sample error,3,NA,NA,Lizard,78.5,NA,NA,NA,"High quality data extracted from table, digesting animals",High quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Table 2, with animals digesting, data in ml/kg/day, so I divided by 24 to be expressed as mg/g/h, body mass extracted by the range (73-84g). Data removed because animals were digesting."
2011,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,2,1990,NA,2,1990,Males,Adults,Other manipulation,Fed ,45,Loss of body mass,2.906,30.0,NA,NA,0.0,SealedBox,NA,3.00,No,Spring,Clarke_Copeia_1994_4,TEWL,mg/g/h,Keep,0.458,Table,0.067,SD,Sample error,4,NA,NA,Lizard,78.5,NA,NA,NA,"High quality data extracted from table, digesting animals",High quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Table 2, with animals digesting, data in ml/kg/day, so I divided by 24 to be expressed as mg/g/h, body mass extracted by the range (73-84g)Data removed because animals were digesting."
2012,R. Gavira,Angolosaurus_skoogi,Gerrhosaurus_skoogi,doi: 10.2307/1446719,1994,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,7,1990,NA,7,1990,Males,Adults,Other manipulation,Fed ,45,Loss of body mass,4.142,37.0,NA,NA,0.0,SealedBox,NA,3.00,No,Late summer,Clarke_Copeia_1994_4,TEWL,mg/g/h,Keep,0.979,Table,0.012,SD,Sample error,3,NA,NA,Lizard,78.5,NA,NA,NA,"High quality data extracted from table, digesting animals",High quality,Not usable data,"Evaporative water loss measured during metabolic measurements by mass loss in a closed chamber maintained at constant temperature for a period of 3 hours. Data collected over a range of temperatures during 4 seasons and activity conditions. Data reported in Figure 2. Data taken from Table 2, with animals digesting, data in ml/kg/day, so I divided by 24 to be expressed as mg/g/h, body mass extracted by the range (73-84g). Data removed because animals were digesting."
1,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"New Orleans, Louisiana, USA",29.951000,-90.071000,1,GPS visualizer,NA,NA,1965,NA,NA,1965,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,0.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_1,TEWL,%/h,Keep,0.228,Figure,0.026,SE,Sample error,4,NA,NA,Lizard,4.41,3.03,Range,40.69,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs.
2,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"New Orleans, Louisiana, USA",29.951000,-90.071000,1,GPS visualizer,NA,NA,1965,NA,NA,1965,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,252.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_1,TEWL,%/h,Keep,0.283,Figure,0.031,SE,Sample error,11,NA,NA,Lizard,4.41,3.03,Range,40.69,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs
3,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"New Orleans, Louisiana, USA",29.951000,-90.071000,1,GPS visualizer,NA,NA,1965,NA,NA,1965,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,500.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_1,TEWL,%/h,Keep,0.569,Figure,0.116,SE,Sample error,4,NA,NA,Lizard,4.41,3.03,Range,40.69,"High quality data extracted from figure, excessively high flow rates",High quality,Not usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs. Data removed because too high flow rate.
371,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"New Orleans, Louisiana, USA",29.951000,-90.071000,1,GPS visualizer,NA,NA,1965,NA,NA,1965,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,0.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_1,CWL,%/h,Keep,0.196,Figure,0.019,SE,Sample error,4,NA,NA,Lizard,4.41,3.03,Range,40.69,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs
372,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"New Orleans, Louisiana, USA",29.951000,-90.071000,1,GPS visualizer,NA,NA,1965,NA,NA,1965,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,252.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_1,CWL,%/h,Keep,0.267,Figure,0.033,SE,Sample error,11,NA,NA,Lizard,4.41,3.03,Range,40.69,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs
373,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"New Orleans, Louisiana, USA",29.951000,-90.071000,1,GPS visualizer,NA,NA,1965,NA,NA,1965,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,500.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_1,CWL,%/h,Keep,0.480,Figure,0.139,SE,Sample error,4,NA,NA,Lizard,4.41,3.03,Range,40.69,"High quality data extracted from figure, excessively high flow rates",High quality,Not usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs. Data removed because too high flow rate.
4,J.-F. Le Galliard,Uta_stansburiana_hesperis,Uta_stansburiana_elegans,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"University of California, Riverside, USA",33.974000,-117.328000,324.9,GPS visualizer,NA,2,1966,NA,4,1966,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,0.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_2,TEWL,%/h,Keep,0.112,Figure,0.015,SE,Sample error,4,NA,NA,Lizard,4.09,3.86,Range,32.57,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs
5,J.-F. Le Galliard,Uta_stansburiana_hesperis,Uta_stansburiana_elegans,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"University of California, Riverside, USA",33.974000,-117.328000,324.9,GPS visualizer,NA,2,1966,NA,4,1966,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,252.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_2,TEWL,%/h,Keep,0.156,Figure,0.008,SE,Sample error,11,NA,NA,Lizard,4.09,3.86,Range,32.57,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs
6,J.-F. Le Galliard,Uta_stansburiana_hesperis,Uta_stansburiana_elegans,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"University of California, Riverside, USA",33.974000,-117.328000,324.9,GPS visualizer,NA,2,1966,NA,4,1966,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,500.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_2,TEWL,%/h,Keep,0.176,Figure,0.007,SE,Sample error,4,NA,NA,Lizard,4.09,3.86,Range,32.57,"High quality data extracted from figure, excessively high flow rates",High quality,Not usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs. Data removed because too high flow rate.
374,J.-F. Le Galliard,Uta_stansburiana_hesperis,Uta_stansburiana_elegans,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"University of California, Riverside, USA",33.974000,-117.328000,324.9,GPS visualizer,NA,2,1966,NA,4,1966,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,0.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_2,CWL,%/h,Keep,0.111,Figure,0.010,SE,Sample error,4,NA,NA,Lizard,4.09,3.86,Range,32.57,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs
375,J.-F. Le Galliard,Uta_stansburiana_hesperis,Uta_stansburiana_elegans,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"University of California, Riverside, USA",33.974000,-117.328000,324.9,GPS visualizer,NA,2,1966,NA,4,1966,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,252.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_2,CWL,%/h,Keep,0.144,Figure,0.011,SE,Sample error,11,NA,NA,Lizard,4.09,3.86,Range,32.57,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs
376,J.-F. Le Galliard,Uta_stansburiana_hesperis,Uta_stansburiana_elegans,https://doi.org/10.1016/0010-406X(67)90728-1,1967,Wild population,"University of California, Riverside, USA",33.974000,-117.328000,324.9,GPS visualizer,NA,2,1966,NA,4,1966,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,4.077,30.2,NA,NA,500.0,FlowChamber,7.50,NA,No,NA,Claussen_CBP_1967_2,CWL,%/h,Keep,0.176,Figure,0.015,SE,Sample error,4,NA,NA,Lizard,4.09,3.86,Range,32.57,"High quality data extracted from figure, excessively high flow rates",High quality,Not usable data,TEWL measured in a flow-through chamber at constant temperature and low RH of 5% with a constant air fllow of ca. 252 cm3 per hour or 500 cm3 per hour. Some measurements of REWL were also collected and contributed ca. 42-52% of the total WL. Data expressed as % initial body mass recalculated from mean body mass and all data recalculated from graphs. Data removed because too high flow rate.
1948,R. Gavira,Diplometopon_zarudnyi,Diplometopon_zarudnyi,doi: 10.1016/S0140-1963(18)31777-4,1979,Wild population,Kuwait,NA,NA,NA,None,NA,10,1978,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.104,10.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Cloudsley_JAridEnvir_1979_1,TEWL,%/h,Keep,0.074,Table,0.023,SE,Sample error,6,NA,NA,Lizard,4.66,6.93,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field-captured animals by mass loss in a dessicating chamber at various temperatures and for various periods of time. All data reported in Table 1. Body mass range: 1.59 - 8.52 g
1949,R. Gavira,Diplometopon_zarudnyi,Diplometopon_zarudnyi,doi: 10.1016/S0140-1963(18)31777-4,1979,Wild population,Kuwait,NA,NA,NA,None,NA,10,1978,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.857,18.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Cloudsley_JAridEnvir_1979_1,TEWL,%/h,Keep,0.088,Table,0.024,SE,Sample error,6,NA,NA,Lizard,4.66,6.93,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field-captured animals by mass loss in a dessicating chamber at various temperatures and for various periods of time. All data reported in Table 1. Body mass range: 1.59 - 8.52 g
1950,R. Gavira,Diplometopon_zarudnyi,Diplometopon_zarudnyi,doi: 10.1016/S0140-1963(18)31777-4,1979,Wild population,Kuwait,NA,NA,NA,None,NA,10,1978,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.237,21.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Cloudsley_JAridEnvir_1979_1,TEWL,%/h,Keep,0.123,Table,0.022,SE,Sample error,6,NA,NA,Lizard,4.66,6.93,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field-captured animals by mass loss in a dessicating chamber at various temperatures and for various periods of time. All data reported in Table 1. Body mass range: 1.59 - 8.52 g
1951,R. Gavira,Diplometopon_zarudnyi,Diplometopon_zarudnyi,doi: 10.1016/S0140-1963(18)31777-4,1979,Wild population,Kuwait,NA,NA,NA,None,NA,10,1978,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Cloudsley_JAridEnvir_1979_1,TEWL,%/h,Keep,0.137,Table,0.013,SE,Sample error,6,NA,NA,Lizard,4.66,6.93,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field-captured animals by mass loss in a dessicating chamber at various temperatures and for various periods of time. All data reported in Table 1. Body mass range: 1.59 - 8.52 g
1952,R. Gavira,Agama_persica,Trapelus_ruderatus,doi: 10.1016/S0140-1963(18)31777-4,1979,Wild population,"Umm Niqq?, Kuwait",30.029980,47.844470,24.9,GPS visualizer,NA,4,1978,NA,NA,NA,Females,Not specified,Controls,NA,NA,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,120.00,No,Data collected from 1-5 days,Cloudsley_JAridEnvir_1979_5,TEWL,%/h,Keep,0.532,Table,NA,NA,NA,1,NA,NA,Lizard,23.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from field-captured animals by mass loss in a dessicating chamber at various temperatures and for various periods of time. All data reported in Table 1. Average of 1-5 day, no more information (e.g., about feeding or watering during this period), low sample (n=1)"
1953,R. Gavira,Agama_persica,Trapelus_ruderatus,doi: 10.1016/S0140-1963(18)31777-4,1979,Wild population,"Umm Niqq?, Kuwait",30.029980,47.844470,24.9,GPS visualizer,NA,4,1978,NA,NA,NA,Females,Not specified,Controls,NA,NA,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,72.00,No,Data collected from 6-9 days,Cloudsley_JAridEnvir_1979_5,TEWL,%/h,Keep,0.015,Table,NA,NA,NA,1,NA,NA,Lizard,23.8,NA,NA,NA,"Low quality data extracted from table, poor design",Low quality,Not usable data,"Water loss measured from field-captured animals by mass loss in a dessicating chamber at various temperatures and for various periods of time. All data reported in Table 1. Average of 6-10 day, no more information (e.g., about feeding or watering during this period), low sample (n=1). Data removed because too poor design."
1954,R. Gavira,Agama_persica,Trapelus_ruderatus,doi: 10.1016/S0140-1963(18)31777-4,1979,Wild population,"Umm Niqq?, Kuwait",30.029980,47.844470,24.9,GPS visualizer,NA,4,1978,NA,NA,NA,Females,Not specified,Controls,NA,NA,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,144.00,No,Data collected from 10-16 days,Cloudsley_JAridEnvir_1979_5,TEWL,%/h,Keep,0.025,Table,NA,NA,NA,1,NA,NA,Lizard,23.8,NA,NA,NA,"Low quality data extracted from table, poor design",Low quality,Not usable data,"Water loss measured from field-captured animals by mass loss in a dessicating chamber at various temperatures and for various periods of time. All data reported in Table 1. Average of 10-16 day, no more information (e.g., about feeding or watering during this period), low sample (n=1). Data removed because too poor design."
1883,R. Gavira,Mabuya_quinquetaeniatus,Trachylepis_quinquetaeniata,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.648,37.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_1,TEWL,%/h,Keep,0.542,Table,NA,NA,NA,1,NA,NA,Lizard,13.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. low sample (n=1)
1892,R. Gavira,Tarentola_annularis,Tarentola_annularis,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.293,39.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_10,TEWL,%/h,Keep,0.083,Table,0.041,SD,Sample error,2,NA,NA,Lizard,5.57,3.18,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. 
1893,R. Gavira,Tarentola_annularis,Tarentola_annularis,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.639,40.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_11,TEWL,%/h,Keep,0.215,Table,0.065,SD,Sample error,5,NA,NA,Lizard,8.55,3.55,SD,NA,"Medium quality data extracted from table, abnormally high lethal temperatures",Medium quality,Not usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. Data removed because of high temperature and death penalty.
1894,R. Gavira,Tarentola_annularis,Tarentola_annularis,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.001,41.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_12,TEWL,%/h,Keep,0.390,Table,0.214,SD,Sample error,4,NA,NA,Lizard,10.15,8.46,SD,NA,"Medium quality data extracted from table, abnormally high lethal temperatures",Medium quality,Not usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. Data removed because of high temperature and death penalty.
1895,R. Gavira,Tarentola_annularis,Tarentola_annularis,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.380,42.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_13,TEWL,%/h,Keep,0.437,Table,NA,NA,NA,1,NA,NA,Lizard,10.5,NA,NA,NA,"Medium quality data extracted from table, abnormally high lethal temperatures",Medium quality,Not usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. low sample (n=1). Data removed because of high temperature and death penalty.
1896,R. Gavira,Tarentola_annularis,Tarentola_annularis,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.777,43.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_14,TEWL,%/h,Keep,0.600,Table,NA,NA,NA,1,NA,NA,Lizard,8.05,NA,NA,NA,"Medium quality data extracted from table, abnormally high lethal temperatures",Medium quality,Not usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. low sample (n=1). Data removed because of high temperature and death penalty.
1884,R. Gavira,Mabuya_quinquetaeniatus,Trachylepis_quinquetaeniata,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.963,38.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_2,TEWL,%/h,Keep,0.104,Table,0.029,SD,Sample error,2,NA,NA,Lizard,14.62,6.64,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. 
1885,R. Gavira,Mabuya_quinquetaeniatus,Trachylepis_quinquetaeniata,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.293,39.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_3,TEWL,%/h,Keep,0.219,Table,0.132,SD,Sample error,2,NA,NA,Lizard,9.99,3.69,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. 
1886,R. Gavira,Mabuya_quinquetaeniatus,Trachylepis_quinquetaeniata,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.639,40.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_4,TEWL,%/h,Keep,0.321,Table,0.159,SD,Sample error,5,NA,NA,Lizard,12.22,2.79,SD,NA,"Medium quality data extracted from table, abnormally high lethal temperatures",Medium quality,Not usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. Data removed because of high temperature and death penalty.
1887,R. Gavira,Mabuya_quinquetaeniatus,Trachylepis_quinquetaeniata,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.001,41.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_5,TEWL,%/h,Keep,0.219,Table,0.064,SD,Sample error,4,NA,NA,Lizard,14.74,2.98,SD,NA,"Medium quality data extracted from table, abnormally high lethal temperatures",Medium quality,Not usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. Data removed because of high temperature and death penalty.
1888,R. Gavira,Mabuya_quinquetaeniatus,Trachylepis_quinquetaeniata,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.380,42.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_6,TEWL,%/h,Keep,0.334,Table,NA,NA,NA,1,NA,NA,Lizard,18.74,NA,NA,NA,"Medium quality data extracted from table, abnormally high lethal temperatures",Medium quality,Not usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. low sample (n=1). Data removed because of high temperature and death penalty.
1889,R. Gavira,Mabuya_quinquetaeniatus,Trachylepis_quinquetaeniata,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.777,43.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_7,TEWL,%/h,Keep,0.687,Table,NA,NA,NA,1,NA,NA,Lizard,11.97,NA,NA,NA,"Medium quality data extracted from table, abnormally high lethal temperatures",Medium quality,Not usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. low sample (n=1). Data removed because of high temperature and death penalty.
1890,R. Gavira,Tarentola_annularis,Tarentola_annularis,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.648,37.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_8,TEWL,%/h,Keep,0.108,Table,NA,NA,NA,1,NA,NA,Lizard,27.7,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. low sample (n=1)
1891,R. Gavira,Tarentola_annularis,Tarentola_annularis,doi: 10.1111/j.1469-7998.1965.tb05200.x ,1965,Wild population,"Khartoum, Sudan",15.509720,32.556750,386,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.963,38.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,CloudsleyThompson_JZool_1965_9,TEWL,%/h,Keep,0.237,Table,0.053,SD,Sample error,2,NA,NA,Lizard,4.84,2.58,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a very small sample from mass loss in a semi-sealed chamber at constant temperature for 24h and a low humidity of 10%. Raw data reported from each individual depending on temperature. Records below 40�C had no death and were retained - other data were removed. 
329,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.221,20.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_1,TEWL,mg/g/h,Keep,0.759,Table,0.491,SD,Sample error,10,NA,NA,Snake,42.29,25.45,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5% like explained in the paper. Data extracted from Table 1.
330,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_1,TEWL,mg/g/h,Keep,0.825,Table,0.410,SD,Sample error,10,NA,NA,Snake,42.29,25.45,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 1.
331,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_1,TEWL,mg/g/h,Keep,1.922,Table,0.403,SD,Sample error,10,NA,NA,Snake,42.29,25.45,SD,NA,"High quality data extracted from table, panting animals",High quality,Not usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 1. Removed due to high test temperature causing activity and panting
362,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.221,20.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_1,TEWL,mg/h,Keep,31.507,Table,24.327,SD,Sample error,10,NA,NA,Snake,42.29,25.45,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5% like explained in the paper. Data extracted from Table 1.
363,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_1,TEWL,mg/h,Keep,28.563,Table,8.538,SD,Sample error,10,NA,NA,Snake,42.29,25.45,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 1.
364,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_1,TEWL,mg/h,Keep,81.493,Table,56.730,SD,Sample error,10,NA,NA,Snake,42.29,25.45,SD,NA,"High quality data extracted from table, panting animals",High quality,Not usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 1. Removed due to high test temperature causing activity and panting
332,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_2,TEWL,mg/g/h,Keep,2.798,Figure,2.166,SD,Sample error,29,NA,NA,Snake,49.39,38.38,SD,NA,High quality data extracted from figure,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Figure 2.
333,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_2,TEWL,mg/h,Keep,79.900,Figure,34.133,SD,Sample error,29,NA,NA,Snake,49.39,38.38,SD,NA,High quality data extracted from figure,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Figure 2.
334,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,50.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_3,TEWL,mg/g/h,Keep,0.733,Table,0.233,SD,Sample error,11,NA,NA,Snake,40.27,14.33,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 2 using raw data.
335,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,150.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_3,TEWL,mg/g/h,Keep,0.686,Table,0.289,SD,Sample error,11,NA,NA,Snake,40.27,14.33,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 2 using raw data.
336,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_3,TEWL,mg/g/h,Keep,0.986,Table,0.428,SD,Sample error,11,NA,NA,Snake,40.27,14.33,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 2 using raw data.
337,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,600.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_3,TEWL,mg/g/h,Keep,1.070,Table,0.611,SD,Sample error,11,NA,NA,Snake,40.27,14.33,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 2 using raw data.
365,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,50.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_3,TEWL,mg/h,Keep,28.634,Table,11.763,SD,Sample error,11,NA,NA,Snake,40.27,14.33,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 2 using raw data.
366,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,150.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_3,TEWL,mg/h,Keep,25.792,Table,9.594,SD,Sample error,11,NA,NA,Snake,40.27,14.33,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 2 using raw data.
367,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_3,TEWL,mg/h,Keep,39.136,Table,21.000,SD,Sample error,11,NA,NA,Snake,40.27,14.33,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 2 using raw data.
368,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,600.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_3,TEWL,mg/h,Keep,41.140,Table,23.647,SD,Sample error,11,NA,NA,Snake,40.27,14.33,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 2 using raw data.
338,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,Coiled snakes,Cohen_CBP_1975_4,TEWL,mg/g/h,Keep,0.994,Table,0.445,SD,Sample error,11,NA,NA,Snake,46.49,28.61,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 5 using raw data.
339,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Uncoiled snakes,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,Uncoiled snakes,Cohen_CBP_1975_4,TEWL,mg/g/h,Keep,3.262,Table,2.239,SD,Sample error,11,NA,NA,Snake,46.49,28.61,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 5 using raw data.
369,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,Coiled snakes,Cohen_CBP_1975_4,TEWL,mg/h,Keep,49.023,Table,35.942,SD,Sample error,11,NA,NA,Snake,46.49,28.61,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 5 using raw data.
370,J.-F. Le Galliard,Crotalus_cerastes,Crotalus_cerastes,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Uncoiled snakes,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,Uncoiled snakes,Cohen_CBP_1975_4,TEWL,mg/h,Keep,125.832,Table,103.603,SD,Sample error,11,NA,NA,Snake,46.49,28.61,SD,NA,High quality data extracted from table,High quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Data extracted from Table 5 using raw data.
340,J.-F. Le Galliard,Chionactis_occipitalis,Chionactis_occipitalis,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_5,TEWL,mg/g/h,Keep,2.130,Figure,2.485,SD,Sample error,7,NA,NA,Snake,9.21,3.12,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Same protocol than other snakes but small size and data inferred by authors to be this species from the mass range. Data retrieved from Figure 3.
341,J.-F. Le Galliard,Chionactis_occipitalis,Chionactis_occipitalis,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_5,TEWL,mg/h,Keep,18.847,Figure,23.340,SD,Sample error,7,NA,NA,Snake,9.21,3.12,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Same protocol than other snakes but small size and data inferred by authors to be this species from the mass range. Data retrieved from Figure 3.
342,J.-F. Le Galliard,Arizona_elegans,Arizona_elegans,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_6,TEWL,mg/g/h,Keep,1.924,Figure,1.477,SD,Sample error,3,NA,NA,Snake,32.75,31.54,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Same protocol than other snakes but small size and data inferred by authors to be this species from the mass range. Data retrieved from Figure 3.
343,J.-F. Le Galliard,Arizona_elegans,Arizona_elegans,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Indio, California, USA",33.720570,-116.215560,-4.3,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_6,TEWL,mg/h,Keep,34.495,Figure,4.081,SD,Sample error,3,NA,NA,Snake,32.75,31.54,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Same protocol than other snakes but small size and data inferred by authors to be this species from the mass range. Data retrieved from Figure 3.
344,J.-F. Le Galliard,Crotalus_ruber,Crotalus_ruber,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Trabuco Canyon, California, USA",33.665500,-117.586980,339.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_7,TEWL,mg/g/h,Keep,2.351,Figure,NA,NA,NA,1,NA,NA,Snake,57.7,NA,NA,NA,Low quality data extracted from figure,Low quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Same protocol than other snakes but small size and data inferred by authors to be this species from the mass range. Data retrieved from Figure 3.
345,J.-F. Le Galliard,Crotalus_ruber,Crotalus_ruber,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Trabuco Canyon, California, USA",33.665500,-117.586980,339.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_7,TEWL,mg/h,Keep,135.770,Figure,NA,NA,NA,1,NA,NA,Snake,57.7,NA,NA,NA,Low quality data extracted from figure,Low quality,Usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%. Same protocol than other snakes but small size and data inferred by authors to be this species from the mass range. Data retrieved from Figure 3.
346,J.-F. Le Galliard,Thamnophis_spp.,Thamnophis_spp.,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Southwestern Research Station, Arizona, USA",31.883970,-109.206050,1641.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_8,TEWL,mg/g/h,Keep,6.282,Figure,4.176,SD,Sample error,3,NA,NA,Snake,50.15,29.91,SD,NA,"Low quality data extracted from figure, species status unclear",Low quality,Not usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%.  Same protocol than other snakes but small size and data inferred by authors to be this species from the mass range. Data retrieved from Figure 3. Data removed because species status unclear according to lead author.
347,J.-F. Le Galliard,Thamnophis_spp.,Thamnophis_spp.,http://www.sciencedirect.com/science/article/pii/0300962975903813,1975,Wild population,"Southwestern Research Station, Arizona, USA",31.883970,-109.206050,1641.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,300.0,FlowFlask,NA,NA,Not specified,NA,Cohen_CBP_1975_8,TEWL,mg/h,Keep,235.060,Figure,68.703,SD,Sample error,3,NA,NA,Snake,50.15,29.91,SD,NA,"Low quality data extracted from figure, species status unclear",Low quality,Not usable data,Measurement of water loss after lab acclimatation in a flow-through chamber at constant flow and RH (dry) but variable temperatures in wild animals. No duration data. Air humidity assumed to be 5%.  Same protocol than other snakes but small size and data inferred by authors to be this species from the mass range. Data retrieved from Figure 3. Data removed because species status unclear according to lead author.
2066,R. Gavira,Sceloporus_jarrovi,Sceloporus_jarrovii,http://doi.wiley.com/10.2307/1936464,1979,Wild population,"Chiricahua Mountains, Cochise Co., AZ, USA",31.863000,-109.186000,1200,Publication,13,11,1975,18,3,1976,Males,Not specified,Controls,NA,NA,Doubly labeled water,NA,8.4,NA,NA,NA,Nochamber,NA,300.00,Yes,Active period,Congdon_Ecology_1979_1,TEWL,mg/g/h,Keep,0.541,Table,0.083,SE,Sample error,6,NA,NA,Lizard,13,4.65,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Measured in lizards during free activity period with tritiated labeled water. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment. Data excluded because of DWL technique = non standard measurement."
2067,R. Gavira,Sceloporus_jarrovi,Sceloporus_jarrovii,http://doi.wiley.com/10.2307/1936464,1979,Wild population,"Chiricahua Mountains, Cochise Co., AZ, USA",31.863000,-109.186000,1200,Publication,13,11,1975,18,3,1976,Females,Not specified,Controls,NA,NA,Doubly labeled water,NA,8.4,NA,NA,NA,Nochamber,NA,300.00,Yes,Active period,Congdon_Ecology_1979_2,TEWL,mg/g/h,Keep,0.421,Table,0.075,SE,Sample error,8,NA,NA,Lizard,9.7,5.65,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Measured in lizards during free activity period with tritiated labeled water. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment. Data excluded because of DWL technique = non standard measurement."
2068,R. Gavira,Sceloporus_jarrovi,Sceloporus_jarrovii,http://doi.wiley.com/10.2307/1936464,1979,Wild population,"Chiricahua Mountains, Cochise Co., AZ, USA",31.863000,-109.186000,1200,Publication,13,11,1975,18,3,1976,Both sexes,Not specified,Controls,NA,NA,Doubly labeled water,NA,8.4,NA,NA,NA,Nochamber,NA,300.00,Yes,Active period,Congdon_Ecology_1979_3,TEWL,mg/g/h,Keep,0.471,Table,0.054,SE,Sample error,14,NA,NA,Lizard,11,4.86,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Measured in lizards during free activity period with tritiated labeled water. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment.. Data excluded because of DWL technique = non standard measurement."
2069,R. Gavira,Sceloporus_jarrovi,Sceloporus_jarrovii,http://doi.wiley.com/10.2307/1936464,1979,Wild population,"Chiricahua Mountains, Cochise Co., AZ, USA",31.863000,-109.186000,1200,Publication,13,11,1975,18,3,1976,Males,Not specified,Controls,NA,NA,Doubly labeled water,NA,5.3,NA,NA,NA,Nochamber,NA,300.00,No,Inactive period,Congdon_Ecology_1979_4,TEWL,mg/g/h,Keep,0.225,Table,0.033,SE,Sample error,8,NA,NA,Lizard,12.4,6.22,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Measured in lizards during free activity period with tritiated labeled water. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment.. Data excluded because of DWL technique = non standard measurement."
2070,R. Gavira,Sceloporus_jarrovi,Sceloporus_jarrovii,http://doi.wiley.com/10.2307/1936464,1979,Wild population,"Chiricahua Mountains, Cochise Co., AZ, USA",31.863000,-109.186000,1200,Publication,13,11,1975,18,3,1976,Females,Not specified,Controls,NA,NA,Doubly labeled water,NA,5.3,NA,NA,NA,Nochamber,NA,300.00,No,Inactive period,Congdon_Ecology_1979_5,TEWL,mg/g/h,Keep,0.241,Table,0.041,SE,Sample error,6,NA,NA,Lizard,11.1,6.37,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Measured in lizards during free activity period with tritiated labeled water. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment.. Data excluded because of DWL technique = non standard measurement."
2071,R. Gavira,Sceloporus_jarrovi,Sceloporus_jarrovii,http://doi.wiley.com/10.2307/1936464,1979,Wild population,"Chiricahua Mountains, Cochise Co., AZ, USA",31.863000,-109.186000,1200,Publication,13,11,1975,18,3,1976,Both sexes,Not specified,Controls,NA,NA,Doubly labeled water,NA,5.3,NA,NA,NA,Nochamber,NA,300.00,No,Inactive period,Congdon_Ecology_1979_6,TEWL,mg/g/h,Keep,0.229,Table,0.021,SE,Sample error,14,NA,NA,Lizard,11.9,5.61,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Measured in lizards during free activity period with tritiated labeled water. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment.. Data excluded because of DWL technique = non standard measurement."
2121,R. Gavira,Aporosaura_anchietae,Meroles_anchietae,doi: 10.2307/1445819,1990,Wild population,"Sand dunes, Gobabeb, Namibia",-23.566000,15.049000,404,Publication,20,11,1976,23,5,1977,Males,Not specified,Controls,NA,NA,Doubly labeled water,NA,22.5,NA,NA,NA,Nochamber,NA,900.00,Yes,NA,Cooper_Copeia_1990_1,TEWL,mg/h,Keep,4.708,Table,NA,NA,NA,16,NA,NA,Lizard,5.42,0.65,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/day) were divided by 24 and multiplied by 1000 to be expressed as: mg/h, Temperature estimated by the mean temperature during the experiment.. Data excluded because of DWL technique = non standard measurement."
2122,R. Gavira,Aporosaura_anchietae,Meroles_anchietae,doi: 10.2307/1445819,1990,Wild population,"Sand dunes, Gobabeb, Namibia",-23.566000,15.049000,404,Publication,20,11,1976,23,5,1977,Females,Not specified,Controls,NA,NA,Doubly labeled water,NA,22.5,NA,NA,NA,Nochamber,NA,900.00,Yes,NA,Cooper_Copeia_1990_2,TEWL,mg/h,Keep,3.667,Table,NA,NA,NA,8,NA,NA,Lizard,3.08,0.39,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/day) were divided by 24 and multiplied by 1000 to be expressed as: mg/h, Temperature estimated by the mean temperature during the experiment.. Data excluded because of DWL technique = non standard measurement."
1853,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.092,26.0,NA,26.23,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,TEWL,mg/g/h,Keep,0.219,Other,0.011,SE,Sample error,10,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Total EWL was estimated by summing the RespWL  and CutanWL, considering that all lizards had the same size (only overall mean BM is present in the paper). No data on air flow and chamber size not available."
1854,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.903,30.0,NA,30.30,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,TEWL,mg/g/h,Keep,0.340,Other,0.057,SE,Sample error,9,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Total EWL was estimate by summing the RespWL  and CutanWL, considering tha.  No data on air flow and chamber size not available +  all lizards had the same size (only overall mean BM is present in the paper)"
1855,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.173,35.0,NA,35.68,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,TEWL,mg/g/h,Keep,0.565,Other,0.095,SE,Sample error,10,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Total EWL was estimate by summing the RespWL  and CutanWL, considering that all lizards had the same size (only overall mean BM is present in the paper). No data on air flow and chamber size not available."
1856,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.787,40.0,NA,40.44,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,TEWL,mg/g/h,Keep,0.837,Other,0.141,SE,Sample error,12,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Total EWL was estimate by summing the RespWL  and CutanWL, considering that all lizards had the same size (only overall mean BM is present in the paper). No data on air flow and chamber size not available."
1857,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,8.160,43.5,NA,43.75,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,TEWL,mg/g/h,Keep,2.366,Other,0.367,SE,Sample error,13,NA,NA,Lizard,140,NA,NA,274.09,"High quality data extracted from figure, panting animals",High quality,Not usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Animal is panting andTotal EWL was estimate by summing the RespWL  and CutanWL, considering that all lizards had the same size (only overall mean BM is present in the paper).  No data on air flow and chamber size not available."
1858,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.092,26.0,NA,26.23,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,CWL,mg/cm2/h,Keep,0.083,Figure,0.005,SE,Sample error,10,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Data extracted from Fig. 2, data divided by 24 to be expressed as mg/cm2/h. No data on air flow and chamber size not available."
1859,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.903,30.0,NA,30.30,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,CWL,mg/cm2/h,Keep,0.127,Figure,0.019,SE,Sample error,9,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Data extracted from Fig. 2, data divided by 24 to be expressed as mg/cm2/h.  No data on air flow and chamber size not available."
1860,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.173,35.0,NA,35.68,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,CWL,mg/cm2/h,Keep,0.179,Figure,0.020,SE,Sample error,10,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Data extracted from Fig. 2, data divided by 24 to be expressed as mg/cm2/h.  No data on air flow and chamber size not available."
1861,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.787,40.0,NA,40.44,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,CWL,mg/cm2/h,Keep,0.250,Figure,0.034,SE,Sample error,12,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Data extracted from Fig. 2, data divided by 24 to be expressed as mg/cm2/h.  No data on air flow and chamber size not available."
1862,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,8.160,43.5,NA,43.75,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,CWL,mg/cm2/h,Keep,0.394,Figure,0.065,SE,Sample error,13,NA,NA,Lizard,140,NA,NA,274.09,"High quality data extracted from figure, panting animals",High quality,Not usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Animal is panting. Data extracted from Fig. 2, data divided by 24 to be expressed as mg/cm2/h.  No data on air flow and chamber size not available."
1863,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.092,26.0,NA,26.23,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,RWL,mg/g/h,Keep,0.055,Figure,0.004,SE,Sample error,10,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Data extracted from Fig. 3, data divided by 24 to be expressed as mg/g/h.  No data on air flow and chamber size not available."
1864,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.903,30.0,NA,30.30,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,RWL,mg/g/h,Keep,0.090,Figure,0.022,SE,Sample error,9,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Data extracted from Fig. 3, data divided by 24 to be expressed as mg/g/h.  No data on air flow and chamber size not available."
1865,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.173,35.0,NA,35.68,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,RWL,mg/g/h,Keep,0.207,Figure,0.056,SE,Sample error,10,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Data extracted from Fig. 3, data divided by 24 to be expressed as mg/g/h.  No data on air flow and chamber size not available."
1866,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.787,40.0,NA,40.44,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,RWL,mg/g/h,Keep,0.337,Figure,0.052,SE,Sample error,12,NA,NA,Lizard,140,NA,NA,274.09,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Data extracted from Fig. 3, data divided by 24 to be expressed as mg/g/h.  No data on air flow and chamber size not available."
1867,R. Gavira,Sauromalus_obesus,Sauromalus_ater,doi: 10.1152/ajplegacy.1971.220.5.1256,1971,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,8.160,43.5,NA,43.75,NA,FlowChamber,NA,2.00,No,NA,Crawford_AmJPhysiol_1971_1,RWL,mg/g/h,Keep,1.564,Figure,0.233,SE,Sample error,13,NA,NA,Lizard,140,NA,NA,274.09,"High quality data extracted from figure, panting animals",High quality,Not usable data,"Water loss measured in a flow-through chamber to allow separate measurements of CWL and RWL with a constant supply of dry air and excurrent air whose water was condensated and weighted. Respiratory water loss calculated from head measurements removing skin water loss, calculated from head surface and water loss from body part (without head). All data reported in two figures. Animal is panting. Data extracted from Fig. 3, data divided by 24 to be expressed as mg/g/h.   No data on air flow and chamber size not available."
1819,R. Gavira,Cnemidophorus_neomexicanus,Aspidoscelis_neomexicanus,doi: 10.1086/286055,1997,Wild population,"Chihuahuan and Sonoran Deserts, USA and Mexico",NA,NA,NA,None,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_1,TEWL,mg/h,Keep,11.100,Table,NA,NA,NA,18,NA,NA,Lizard,7.3,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1828,R. Gavira,Cnemidophorus_septemvittatus,Aspidoscelis_gularis_septemvittata,doi: 10.1086/286055,1997,Wild population,"Terlingua Ranch, Brewster, TX, USA",29.534250,-103.430750,1056,Publication,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_10,TEWL,mg/h,Keep,26.100,Table,NA,NA,NA,13,NA,NA,Lizard,9.3,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1829,R. Gavira,Cnemidophorus_burti_stictogrammus,Aspidoscelis_stictogrammus,doi: 10.1086/286055,1997,Wild population,"Guadalupe Canyon, Hidalgo, NM, USA",31.467760,-109.034850,1950,Publication,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_11,TEWL,mg/h,Keep,36.200,Table,NA,NA,NA,11,NA,NA,Lizard,19.7,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1820,R. Gavira,Cnemidophorus_uniparens,Aspidoscelis_uniparens,doi: 10.1086/286055,1997,Wild population,"Chihuahuan and Sonoran Deserts, USA and Mexico",NA,NA,NA,None,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_2,TEWL,mg/h,Keep,16.200,Table,NA,NA,NA,29,NA,NA,Lizard,5.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1821,R. Gavira,Cnemidophorus_laredoensis,Aspidoscelis_laredoensis,doi: 10.1086/286055,1997,Wild population,"Chihuahuan and Sonoran Deserts, USA and Mexico",NA,NA,NA,None,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_3,TEWL,mg/h,Keep,21.300,Table,NA,NA,NA,11,NA,NA,Lizard,8.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1822,R. Gavira,Cnemidophorus_sonorae,Aspidoscelis_sonorae,doi: 10.1086/286055,1997,Wild population,"Chihuahuan and Sonoran Deserts, USA and Mexico",NA,NA,NA,None,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_4,TEWL,mg/h,Keep,18.000,Table,NA,NA,NA,3,NA,NA,Lizard,10.3,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1823,R. Gavira,Cnemidophorus_exsanguis,Aspidoscelis_exsanguis,doi: 10.1086/286055,1997,Wild population,"Chihuahuan and Sonoran Deserts, USA and Mexico",NA,NA,NA,None,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_5,TEWL,mg/h,Keep,25.600,Table,NA,NA,NA,24,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1824,R. Gavira,Cnemidophorus_tigris_marmoratus,Aspidoscelis_marmoratus,doi: 10.1086/286055,1997,Wild population,"Chihuahuan and Sonoran Deserts, USA and Mexico",NA,NA,NA,None,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_6,TEWL,mg/h,Keep,23.400,Table,NA,NA,NA,7,NA,NA,Lizard,16.4,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1825,R. Gavira,Cnemidophorus_tigris_gracilis,Aspidoscelis_tigris_punctilinealis,doi: 10.1086/286055,1997,Wild population,"Chihuahuan and Sonoran Deserts, USA and Mexico",NA,NA,NA,None,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_7,TEWL,mg/h,Keep,16.800,Table,NA,NA,NA,19,NA,NA,Lizard,9.4,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1826,R. Gavira,Cnemidophorus_inornatus_arizonae,Aspidoscelis_inornatus_arizonae,doi: 10.1086/286055,1997,Wild population,"Willcox Playa, Cochise, AZ, USA",32.139130,-109.846930,1260,Publication,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_8,TEWL,mg/h,Keep,8.800,Table,NA,NA,NA,23,NA,NA,Lizard,4.4,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1827,R. Gavira,Cnemidophorus_inornatus_heptagrammus,Aspidoscelis_inornatus_heptagramma,doi: 10.1086/286055,1997,Wild population,"Chihuahuan and Sonoran Deserts, USA and Mexico",NA,NA,NA,None,NA,6,1992,NA,6,1994,Females,Not specified,Controls,NA,11,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,1.50,No,NA,Cullum_AmNatural_1997_9,TEWL,mg/h,Keep,7.600,Table,NA,NA,NA,17,NA,NA,Lizard,3.3,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant overnight of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported for body mass and water loss in a Table without error estimates. 
1909,R. Gavira,Cnemidophorus_burti_stictogrammus,Aspidoscelis_stictogrammus,doi: 10.1086/515961,1998,Wild population,"Guadalupe Canyon, Hidalgo, NM, USA",31.467760,-109.034850,1950,Publication,2,8,1992,31,7,1994,Females,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_1,TEWL,mg/h,Keep,28.948,Figure,3.476,SE,Sample error,14,77.66,NA,Lizard,16,4.83,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1918,R. Gavira,Cnemidophorus_tigris_marmoratus,Aspidoscelis_marmoratus,doi: 10.1086/515961,1998,Wild population,"College Ranch, Do?a Ana, NM, USA",32.339840,-106.714450,1324,Publication,2,8,1992,31,7,1994,Males,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_10,TEWL,mg/h,Keep,28.050,Figure,3.727,SE,Sample error,10,85.26,NA,Lizard,21.75,6.13,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1919,R. Gavira,Cnemidophorus_tigris_punctilinealis,Aspidoscelis_tigris_punctilinealis,doi: 10.1086/515961,1998,Wild population,"Cienega Ranch, Hidalgo, NM, USA",32.104570,-109.047060,1196,Publication,2,8,1992,31,7,1994,Females,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_11,TEWL,mg/h,Keep,16.710,Figure,1.587,SE,Sample error,19,71.74,NA,Lizard,10.01,2.79,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1920,R. Gavira,Cnemidophorus_tigris_punctilinealis,Aspidoscelis_tigris_punctilinealis,doi: 10.1086/515961,1998,Wild population,"Cienega Ranch, Hidalgo, NM, USA",32.104570,-109.047060,1196,Publication,2,8,1992,31,7,1994,Males,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_12,TEWL,mg/h,Keep,18.000,Figure,1.713,SE,Sample error,22,76.47,NA,Lizard,12.76,3.84,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1910,R. Gavira,Cnemidophorus_burti_stictogrammus,Aspidoscelis_stictogrammus,doi: 10.1086/515961,1998,Wild population,"Guadalupe Canyon, Hidalgo, NM, USA",31.467760,-109.034850,1950,Publication,2,8,1992,31,7,1994,Males,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_2,TEWL,mg/h,Keep,46.909,Figure,6.850,SE,Sample error,12,92.91,NA,Lizard,30.08,9.28,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1911,R. Gavira,Cnemidophorus_inornatus_arizonae,Aspidoscelis_inornatus_arizonae,doi: 10.1086/515961,1998,Wild population,"Willcox Playa, Cochise, AZ, USA",32.139130,-109.846930,1260,Publication,2,8,1992,31,7,1994,Females,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_3,TEWL,mg/h,Keep,7.248,Figure,0.690,SE,Sample error,24,55.3,NA,Lizard,4.57,1.42,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1912,R. Gavira,Cnemidophorus_inornatus_arizonae,Aspidoscelis_inornatus_arizonae,doi: 10.1086/515961,1998,Wild population,"Willcox Playa, Cochise, AZ, USA",32.139130,-109.846930,1260,Publication,2,8,1992,31,7,1994,Males,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_4,TEWL,mg/h,Keep,5.815,Figure,0.553,SE,Sample error,13,54.14,NA,Lizard,4.87,1.11,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1913,R. Gavira,Cnemidophorus_inornatus_heptagrammus,Aspidoscelis_inornatus_heptagramma,doi: 10.1086/515961,1998,Wild population,"College Ranch, Do?a Ana, NM, USA",32.339840,-106.714450,1324,Publication,2,8,1992,31,7,1994,Females,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_5,TEWL,mg/h,Keep,7.752,Figure,0.836,SE,Sample error,19,51.14,NA,Lizard,3.68,1.13,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1914,R. Gavira,Cnemidophorus_inornatus_heptagrammus,Aspidoscelis_inornatus_heptagramma,doi: 10.1086/515961,1998,Wild population,"College Ranch, Do?a Ana, NM, USA",32.339840,-106.714450,1324,Publication,2,8,1992,31,7,1994,Males,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_6,TEWL,mg/h,Keep,8.350,Figure,1.550,SE,Sample error,6,49.36,NA,Lizard,3.61,0.93,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1915,R. Gavira,Cnemidophorus_septemvittatus,Aspidoscelis_gularis_septemvittata,doi: 10.1086/515961,1998,Wild population,"Terlingua Ranch, Brewster, TX, USA",29.534250,-103.430750,1056,Publication,2,8,1992,31,7,1994,Females,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_7,TEWL,mg/h,Keep,20.538,Figure,2.211,SE,Sample error,14,72.98,NA,Lizard,10.44,2.8,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1916,R. Gavira,Cnemidophorus_septemvittatus,Aspidoscelis_gularis_septemvittata,doi: 10.1086/515961,1998,Wild population,"Terlingua Ranch, Brewster, TX, USA",29.534250,-103.430750,1056,Publication,2,8,1992,31,7,1994,Males,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_8,TEWL,mg/h,Keep,17.634,Figure,2.575,SE,Sample error,8,73.19,NA,Lizard,10.88,3.5,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
1917,R. Gavira,Cnemidophorus_tigris_marmoratus,Aspidoscelis_marmoratus,doi: 10.1086/515961,1998,Wild population,"College Ranch, Do?a Ana, NM, USA",32.339840,-106.714450,1324,Publication,2,8,1992,31,7,1994,Females,Adults,Controls,NA,5,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,4.00,4.00,No,NA,Cullum_PhysZool_1998_9,TEWL,mg/h,Keep,22.216,Figure,3.823,SE,Sample error,10,80.74,NA,Lizard,17.59,4.93,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured in a range of species for comparative purposes and measured by mass increase of a dessicant 4 hours long of fasted lizards inside test chambers with a constant flow of dry air and a constant temperature. Data reported in a figure with separate estimates for males and females. Absolute data were extracted here.  No data on air flow.
7,J.-F. Le Galliard,Thamnophis_radix,Thamnophis_radix,http://www.kousebandslangen.nl/thamnophis/wp-content/uploads/Interactions-between-the-Pririe-garter-snake-Thamnophis-radix-and-the-Common-garter-snake-T.-sirtalis-in-Killdeer-Plains-Wyandot-County-Ohio.pdf,1981,Wild population,"Killdeer Plains Wildlife Area, Ohio, USA",40.722000,-83.299000,271.3,GPS visualizer,NA,6,1978,NA,6,1978,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,2.379,22.0,NA,NA,NA,FlowChamber,NA,2.00,Not specified,NA,Dalrymple_OhioBiolSurvBiolNotes_1981_1,TEWL,mg/h,Keep,135.400,Figure,60.930,SD,Sample error,11,NA,NA,Snake,38.1,17.23,SD,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Data extracted from a graph of % WL against W for each species. Assumes low relative humidity of 10% like in other similar studies. Air flow not given and measurement during night-time.
353,J.-F. Le Galliard,Thamnophis_radix,Thamnophis_radix,http://www.kousebandslangen.nl/thamnophis/wp-content/uploads/Interactions-between-the-Pririe-garter-snake-Thamnophis-radix-and-the-Common-garter-snake-T.-sirtalis-in-Killdeer-Plains-Wyandot-County-Ohio.pdf,1981,Wild population,"Killdeer Plains Wildlife Area, Ohio, USA",40.722000,-83.299000,271.3,GPS visualizer,NA,6,1978,NA,6,1978,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,2.379,22.0,NA,NA,NA,FlowChamber,NA,2.00,Not specified,NA,Dalrymple_OhioBiolSurvBiolNotes_1981_1,TEWL,mg/g/h,Keep,4.070,Figure,2.230,SD,Sample error,11,NA,NA,Snake,38.1,17.23,SD,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Data extracted from a graph of % WL against W for each species. Assumes low relative humidity of 10% like in other similar studies. Air flow not given and measurement during night-time.
8,J.-F. Le Galliard,Thamnophis_sirtalis,Thamnophis_sirtalis,http://www.kousebandslangen.nl/thamnophis/wp-content/uploads/Interactions-between-the-Pririe-garter-snake-Thamnophis-radix-and-the-Common-garter-snake-T.-sirtalis-in-Killdeer-Plains-Wyandot-County-Ohio.pdf,1981,Wild population,"Killdeer Plains Wildlife Area, Ohio, USA",40.722000,-83.299000,271.3,GPS visualizer,NA,6,1978,NA,6,1978,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,0.005,22.0,NA,NA,NA,FlowChamber,NA,2.00,Not specified,NA,Dalrymple_OhioBiolSurvBiolNotes_1981_2,TEWL,mg/h,Keep,87.250,Figure,22.330,SD,Sample error,11,NA,NA,Snake,22.8,21.2,SD,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Data extracted from a graph of % WL against W for each species. Assumes low relative humidity of 10% like in other similar studies. Air flow not given and measurement during night-time.
354,J.-F. Le Galliard,Thamnophis_sirtalis,Thamnophis_sirtalis,http://www.kousebandslangen.nl/thamnophis/wp-content/uploads/Interactions-between-the-Pririe-garter-snake-Thamnophis-radix-and-the-Common-garter-snake-T.-sirtalis-in-Killdeer-Plains-Wyandot-County-Ohio.pdf,1981,Wild population,"Killdeer Plains Wildlife Area, Ohio, USA",40.722000,-83.299000,271.3,GPS visualizer,NA,6,1978,NA,6,1978,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,0.005,22.0,NA,NA,NA,FlowChamber,NA,2.00,Not specified,NA,Dalrymple_OhioBiolSurvBiolNotes_1981_2,TEWL,mg/g/h,Keep,3.980,Figure,3.980,SD,Sample error,11,NA,NA,Snake,22.8,21.2,SD,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Data extracted from a graph of % WL against W for each species. Assumes low relative humidity of 10% like in other similar studies. Air flow not given and measurement during night-time.
1784,R. Gavira,Amphibolurus_ornatus,Ctenophorus_ornatus,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_1,TEWL,mg/g/h,Keep,1.021,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h"
1790,R. Gavira,Amphibolurus_ornatus,Ctenophorus_ornatus,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_1,RWL,mg/g/h,Keep,0.304,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.212 - 0.454 "
1796,R. Gavira,Amphibolurus_ornatus,Ctenophorus_ornatus,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_1,CWL,mg/g/h,Keep,0.717,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.216 - 1.287"
1785,R. Gavira,Amphibolurus_ornatus,Ctenophorus_ornatus,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_2,TEWL,mg/g/h,Keep,1.212,Table,NA,NA,NA,6,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h"
1791,R. Gavira,Amphibolurus_ornatus,Ctenophorus_ornatus,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_2,RWL,mg/g/h,Keep,0.500,Table,NA,NA,NA,6,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.371 - 0.917"
1797,R. Gavira,Amphibolurus_ornatus,Ctenophorus_ornatus,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_2,CWL,mg/g/h,Keep,0.712,Table,NA,NA,NA,6,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.212 - 1.304"
1786,R. Gavira,Gehyra_variegata,Gehyra_variegata,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_3,TEWL,mg/g/h,Keep,1.846,Table,NA,NA,NA,17,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h"
1792,R. Gavira,Gehyra_variegata,Gehyra_variegata,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_3,RWL,mg/g/h,Keep,0.562,Table,NA,NA,NA,17,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.146 - 1.117"
1798,R. Gavira,Gehyra_variegata,Gehyra_variegata,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_3,CWL,mg/g/h,Keep,1.283,Table,NA,NA,NA,17,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.516 - 2.871"
1787,R. Gavira,Gehyra_variegata,Gehyra_variegata,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_4,TEWL,mg/g/h,Keep,2.641,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h"
1793,R. Gavira,Gehyra_variegata,Gehyra_variegata,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_4,RWL,mg/g/h,Keep,1.125,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.604 - 1.704"
1799,R. Gavira,Gehyra_variegata,Gehyra_variegata,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,96.00,No,NA,Dawson_Ecology_1966a_4,CWL,mg/g/h,Keep,1.517,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 1.034 - 2.383"
1788,R. Gavira,Sphenomorphus_labillardieri,Ctenotus_labillardieri,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,70.00,No,NA,Dawson_Ecology_1966a_5,TEWL,mg/g/h,Keep,2.491,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h"
1794,R. Gavira,Sphenomorphus_labillardieri,Ctenotus_labillardieri,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,70.00,No,NA,Dawson_Ecology_1966a_5,RWL,mg/g/h,Keep,1.475,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.471 - 2.734"
1800,R. Gavira,Sphenomorphus_labillardieri,Ctenotus_labillardieri,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,70.00,No,NA,Dawson_Ecology_1966a_5,CWL,mg/g/h,Keep,1.017,Table,NA,NA,NA,7,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 0.521 - 1.662"
1789,R. Gavira,Sphenomorphus_labillardieri,Ctenotus_labillardieri,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,70.00,No,NA,Dawson_Ecology_1966a_6,TEWL,mg/g/h,Keep,6.546,Table,NA,NA,NA,5,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h"
1795,R. Gavira,Sphenomorphus_labillardieri,Ctenotus_labillardieri,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,70.00,No,NA,Dawson_Ecology_1966a_6,RWL,mg/g/h,Keep,4.758,Table,NA,NA,NA,5,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 3.142 - 7.262"
1801,R. Gavira,Sphenomorphus_labillardieri,Ctenotus_labillardieri,doi: 10.2307/1933936 ,1966,Wild population,"Darling Range, Perth, Australia",-32.053320,116.025010,50,Publication,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,SealedBox,NA,70.00,No,NA,Dawson_Ecology_1966a_6,CWL,mg/g/h,Keep,1.787,Table,NA,NA,NA,5,NA,NA,Lizard,2.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in sealed jars with a dessicant inside to held low humidity around a week after capture by mass loss over periods of hours or days. Total mass loss calculated for the total duration and mass loss calculated in a separate experiment with collared lizards to separate respiratory from cutaneous water loss. Data expressed in mL/100g/day, so I divided the data by by 24 and multiplied by 10 to have data in mg/g/h, no SD/SE data, range: 1.392 - 2.208"
1868,R. Gavira,Gerrhonotus_multicarinatus_webbi,Elgaria_multicarinata_webbii,doi: 10.2307/1934262,1966,Wild population,"Los Angeles County, California, USA",34.269870,-118.059580,1273,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,2.933,25.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_Ecology_1966b_1,TEWL,mg/g/h,Keep,0.430,Table,0.082,SD,Sample error,5,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (25�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. SD from EWL was extracted from the Fig. 4
1869,R. Gavira,Gerrhonotus_multicarinatus_webbi,Elgaria_multicarinata_webbii,doi: 10.2307/1934262,1966,Wild population,"Los Angeles County, California, USA",34.269870,-118.059580,1273,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.199,30.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_Ecology_1966b_1,TEWL,mg/g/h,Keep,0.530,Table,0.117,SD,Sample error,5,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (25�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. SD from EWL was extracted from the Fig. 4
1870,R. Gavira,Gerrhonotus_multicarinatus_webbi,Elgaria_multicarinata_webbii,doi: 10.2307/1934262,1966,Wild population,"Los Angeles County, California, USA",34.269870,-118.059580,1273,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,4.532,35.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_Ecology_1966b_1,TEWL,mg/g/h,Keep,1.150,Table,0.463,SD,Sample error,5,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (25�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. SD from EWL was extracted from the Fig. 4
1871,R. Gavira,Gerrhonotus_multicarinatus_webbi,Elgaria_multicarinata_webbii,doi: 10.2307/1934262,1966,Wild population,"Los Angeles County, California, USA",34.269870,-118.059580,1273,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.199,38.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_Ecology_1966b_1,TEWL,mg/g/h,Keep,2.430,Table,0.089,SD,Sample error,2,NA,NA,Lizard,30,NA,NA,NA,"High quality data extracted from table, restreint animals at abnormally high temperature",High quality,Not usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (25�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. SD from EWL was extracted from the Fig. 4. Data removed because of restreint and high temperature.
1872,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,4.279,32.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,0.455,Figure,0.164,SD,Sample error,5,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. EWL and SD were extracted from the Fig. 5
1873,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,4.788,34.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,0.553,Figure,0.134,SD,Sample error,4,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. EWL and SD were extracted from the Fig. 5
1874,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.347,36.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,0.572,Figure,0.136,SD,Sample error,3,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. EWL and SD were extracted from the Fig. 5
1875,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.126,38.5,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,0.683,Figure,0.182,SD,Sample error,4,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. EWL and SD were extracted from the Fig. 5
1876,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.639,40.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,0.840,Figure,0.270,SD,Sample error,5,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. EWL and SD were extracted from the Fig. 5
1877,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.818,40.5,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,0.784,Figure,0.231,SD,Sample error,4,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. EWL and SD were extracted from the Fig. 5
1878,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,7.189,41.5,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,1.345,Figure,0.220,SD,Sample error,6,NA,NA,Lizard,30,NA,NA,NA,"High quality data extracted from figure, restreint animals at abnormally high temperature",High quality,Not usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. Animals are panting. EWL and SD were extracted from the Fig. 5. Data removed because of restreint and high temperature.
1879,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,7.577,42.5,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,1.829,Figure,0.591,SD,Sample error,6,NA,NA,Lizard,30,NA,NA,NA,"High quality data extracted from figure, restreint animals at abnormally high temperature",High quality,Not usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. Animals are panting. EWL and SD were extracted from the Fig. 5. Data removed because of restreint and high temperature.
1880,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,7.982,43.5,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,2.811,Figure,0.668,SD,Sample error,5,NA,NA,Lizard,30,NA,NA,NA,"High quality data extracted from figure, restreint animals at abnormally high temperature",High quality,Not usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. Animals are panting. EWL and SD were extracted from the Fig. 5. Data removed because of restreint and high temperature.
1881,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,8.192,44.0,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,4.871,Figure,0.118,SD,Sample error,3,NA,NA,Lizard,30,NA,NA,NA,"High quality data extracted from figure, panting animals",High quality,Not usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. Animals are panting. EWL and SD were extracted from the Fig. 5. Data removed because of restreint and high temperature.
1882,R. Gavira,Crotaphytus_collaris_baileyi,Crotaphytus_collaris_baileyi,doi: 10.1086/physzool.36.3.30152308,1963,Wild population,"Animas, Hidalgo County, NM, USA",31.942860,-108.857910,1341,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,8.406,44.5,NA,NA,125.0,FlowChamber,6.50,1.00,No,NA,Dawson_PhysioZool_1963_1,TEWL,mg/g/h,Keep,5.071,Figure,0.242,SD,Sample error,3,NA,NA,Lizard,30,NA,NA,NA,High quality data extracted from figure,High quality,Not usable data,Water loss measured from restrained animals in a chamber with a flow of dry air either overnight (<37�C) or over shorter periods (higher temperatures) and obtained from the mass increase of a dessicant in the excurrent air. Up to 3-5 measurements done at each temperature then avaraged. Data reported in table and figure. Animals are panting. EWL and SD were extracted from the Fig. 5. Data removed because of restreint and high temperature.
1945,R. Gavira,Uma_notata_notata,Uma_notata,doi: 10.2307/1442787,1972,Wild population,"Algodones dunes, Imperial, California, USA",32.959610,-115.084130,114,Publication,NA,10,NA,NA,6,1969,Not specified,Not specified,Controls,NA,1,Change in mass of a dessicant,6.923,39.0,NA,NA,820.0,FlowFlask,NA,NA,No,Controls,Deavers_Copeia_1972_1,TEWL,mg/g/h,Keep,0.883,Table,0.052,SD,Sample error,8,NA,NA,Lizard,22.1,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Evaporative water loss measured under field conditions at night from animals resting in the sand (in constant conditions) or during daytime (in a set-up forcing resting by putting restrained lizards in a bag buried in the sand)  some measurements done in an open-flow system in the laboratory. All data reported in the Table 2
1946,R. Gavira,Uma_notata_notata,Uma_notata,doi: 10.2307/1442787,1972,Wild population,"Algodones dunes, Imperial, California, USA",32.959610,-115.084130,114,Publication,NA,10,NA,NA,6,1969,Not specified,Not specified,Controls,NA,0,Loss of body mass,2.476,22.0,NA,NA,0.0,Nochamber,NA,10.00,No,Lizards buried at night in field,Deavers_Copeia_1972_2,TEWL,mg/g/h,Keep,0.057,Table,0.005,SD,Sample error,10,NA,NA,Lizard,22.1,NA,NA,NA,"High quality data extracted from table, buried animals",High quality,Not usable data,Evaporative water loss measured under field conditions at night from animals resting in the sand (in constant conditions) or during daytime (in a set-up forcing resting by putting restrained lizards in a bag buried in the sand)  some measurements done in an open-flow system in the laboratory. All data reported in the Table 2. Data removed because from field animals in the sand.
1947,R. Gavira,Uma_notata_notata,Uma_notata,doi: 10.2307/1442787,1972,Wild population,"Algodones dunes, Imperial, California, USA",32.959610,-115.084130,114,Publication,NA,10,NA,NA,6,1969,Not specified,Not specified,Controls,NA,0,Loss of body mass,4.868,34.3,NA,NA,0.0,Nochamber,NA,NA,No,Lizards buried under 1.7cm of sand in lab,Deavers_Copeia_1972_3,TEWL,mg/g/h,Keep,0.358,Table,0.024,SD,Sample error,5,NA,NA,Lizard,22.1,NA,NA,NA,"High quality data extracted from table, buried animals",High quality,Not usable data,Evaporative water loss measured under field conditions at night from animals resting in the sand (in constant conditions) or during daytime (in a set-up forcing resting by putting restrained lizards in a bag buried in the sand)  some measurements done in an open-flow system in the laboratory. All data reported in the Table 2. Data removed because from field animals in the sand.
1556,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.5,NA,22.10,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,TEWL,mg/g/h,Keep,0.748,Table,0.117,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1557,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,29.50,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,TEWL,mg/g/h,Keep,1.345,Table,0.315,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1558,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,33.60,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,TEWL,mg/g/h,Keep,1.302,Table,0.159,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1559,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.804,37.5,NA,35.90,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,TEWL,mg/g/h,Keep,3.316,Table,0.588,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1560,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,6.639,40.0,NA,36.60,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,TEWL,mg/g/h,Keep,8.921,Table,1.310,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1563,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.5,NA,21.60,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,CWL,mg/g/h,Keep,0.378,Table,0.041,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1564,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,29.90,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,CWL,mg/g/h,Keep,0.785,Table,0.107,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1565,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,34.50,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,CWL,mg/g/h,Keep,0.923,Table,0.170,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1566,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.804,37.5,NA,36.60,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,CWL,mg/g/h,Keep,1.008,Table,0.172,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1567,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,6.639,40.0,NA,38.50,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,CWL,mg/g/h,Keep,0.954,Table,0.107,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1570,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.5,NA,21.60,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,RWL,mg/g/h,Keep,0.304,Table,0.053,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1571,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,29.90,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,RWL,mg/g/h,Keep,0.397,Table,0.061,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1572,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,34.50,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,RWL,mg/g/h,Keep,0.378,Table,0.072,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1573,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.804,37.5,NA,36.60,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,RWL,mg/g/h,Keep,0.378,Table,0.104,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1574,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,6.639,40.0,NA,38.50,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_1,RWL,mg/g/h,Keep,0.663,Table,0.114,SE,Sample error,6,NA,NA,Lizard,606,65.65,SD,872.53,High quality data extracted from table,High quality,Usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1561,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Dehydrated,NA,Gaz measurement,5.804,37.5,NA,NA,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_2,TEWL,mg/g/h,Keep,1.374,Table,0.095,SE,Sample error,6,NA,NA,Lizard,520,68.34,SD,748.7,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1562,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Dehydrated,NA,Gaz measurement,6.639,40.0,NA,NA,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_2,TEWL,mg/g/h,Keep,4.176,Table,0.764,SE,Sample error,6,NA,NA,Lizard,520,68.34,SD,748.7,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1568,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Dehydrated,NA,Gaz measurement,5.804,37.5,NA,NA,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_2,CWL,mg/g/h,Keep,0.719,Table,0.102,SE,Sample error,6,NA,NA,Lizard,520,68.34,SD,748.7,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1569,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Dehydrated,NA,Gaz measurement,6.639,40.0,NA,NA,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_2,CWL,mg/g/h,Keep,0.964,Table,0.104,SE,Sample error,6,NA,NA,Lizard,520,68.34,SD,748.7,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1575,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Dehydrated,NA,Gaz measurement,5.804,37.5,NA,NA,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_2,RWL,mg/g/h,Keep,0.663,Table,0.096,SE,Sample error,6,NA,NA,Lizard,520,68.34,SD,748.7,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1576,R. Gavira,Heloderma_suspectum,Heloderma_suspectum,doi:10.1242/jeb.00861,2004,Semi-natural population,"Arizona Game and Fish Department, Phoenix, AZ, USA",33.799000,-112.166000,489,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Dehydrated,NA,Gaz measurement,6.639,40.0,NA,NA,400.0,FlowChamber,9.50,1.00,No,NA,DeNardo_JEB_2004_2,RWL,mg/g/h,Keep,0.991,Table,0.108,SE,Sample error,6,NA,NA,Lizard,520,68.34,SD,748.7,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured separately for head and body with a very accurate flow-through method and data reported for the same sample of captive animals at different temperatures and after dehydration at two different temperatures. Data are reported separately for total, cloacal, respiratory water loss and cutaneous water loss. Data from dehydrated animals were removed from the data analysis. Water loss measured separately for head and body temperature recorded with cloacal probes in Figure 2."
1769,R. Gavira,Coleonyx_brevis,Coleonyx_brevis,doi: 10.1016/0300-9629(82)90214-6,1982,Wild population,"Black Gap Wildlife Management Area, TX, USA",29.562260,-102.952840,735,Publication,NA,6,1977,NA,NA,NA,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,4.279,32.0,NA,NA,50.0,FlowFlask,NA,8.00,No,NA,Dial_CBP_1982_1,TEWL,mg/h,Keep,1.966,Table,0.772,SD,Sample error,6,NA,NA,Lizard,1.82,0.75,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from wild animals by dessicant mass increase in a flow-through system of dry air and constant temperature and mean data from 7 hourly measurements for each speciment (excluding the first hour due to activity) was calculated. Data reported in Table 2 with row individual values. Individual data were extracted from Table 2 to get data in mg/h
1771,R. Gavira,Coleonyx_brevis,Coleonyx_brevis,doi: 10.1016/0300-9629(82)90214-6,1982,Wild population,"Black Gap Wildlife Management Area, TX, USA",29.562260,-102.952840,735,Publication,NA,6,1977,NA,NA,NA,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,4.279,32.0,NA,NA,50.0,FlowFlask,NA,8.00,No,NA,Dial_CBP_1982_1,TEWL,mg/g/h,Keep,1.200,Table,0.030,SE,Sample error,6,NA,NA,Lizard,1.82,0.75,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from wild animals by dessicant mass increase in a flow-through system of dry air and constant temperature and mean data from 7 hourly measurements for each speciment (excluding the first hour due to activity) was calculated. Data reported in Table 2 with row individual values. 
1770,R. Gavira,Coleonyx_reticulatus,Coleonyx_reticulatus,doi: 10.1016/0300-9629(82)90214-6,1982,Wild population,"Black Gap Wildlife Management Area, TX, USA",29.562260,-102.952840,735,Publication,NA,6,1977,NA,NA,NA,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.025,26.0,NA,NA,50.0,FlowFlask,NA,8.00,No,NA,Dial_CBP_1982_2,TEWL,mg/h,Keep,20.461,Table,4.230,SD,Sample error,4,NA,NA,Lizard,6.9,2.37,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from wild animals by dessicant mass increase in a flow-through system of dry air and constant temperature and mean data from 7 hourly measurements for each speciment (excluding the first hour due to activity) was calculated. Data reported in Table 2 with row individual values. Individual data were extracted from Table 2 to get data in mg/h
1772,R. Gavira,Coleonyx_reticulatus,Coleonyx_reticulatus,doi: 10.1016/0300-9629(82)90214-6,1982,Wild population,"Black Gap Wildlife Management Area, TX, USA",29.562260,-102.952840,735,Publication,NA,6,1977,NA,NA,NA,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.025,26.0,NA,NA,50.0,FlowFlask,NA,8.00,No,NA,Dial_CBP_1982_2,TEWL,mg/g/h,Keep,3.200,Table,0.090,SE,Sample error,4,NA,NA,Lizard,6.9,2.37,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from wild animals by dessicant mass increase in a flow-through system of dry air and constant temperature and mean data from 7 hourly measurements for each speciment (excluding the first hour due to activity) was calculated. Data reported in Table 2 with row individual values. 
2245,J.-F. Le Galliard,Coleonyx_mitratus,Coleonyx_mitratus,https://doi.org/10.1093/sysbio/41.2.178,1992,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_1,TEWL,mg/g/h,Keep,2.557,Table,0.779,SE,Sample error,6,77.80,NA,Lizard,11.300,2.14,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
2246,J.-F. Le Galliard,Coleonyx_elegans,Coleonyx_elegans,https://doi.org/10.1093/sysbio/41.2.178,1992,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_2,TEWL,mg/g/h,Keep,3.100,Table,0.904,SE,Sample error,6,85.20,NA,Lizard,9.300,2.97,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
2247,J.-F. Le Galliard,Coleonyx_switaki,Coleonyx_switaki,https://doi.org/10.1093/sysbio/41.2.178,1992,Wild population,"San Diego county, California, USA",32.715730,-117.161090,16,GPS visualizer,1,5,1988,30,6,1989,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_3,TEWL,mg/g/h,Keep,0.634,Table,0.105,SE,Sample error,7,75.60,NA,Lizard,9.500,2.81,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
2248,J.-F. Le Galliard,Coleonyx_reticulatus,Coleonyx_reticulatus,https://doi.org/10.1093/sysbio/41.2.178,1992,Wild population,"Brewster county, Texas, USA",26.662990,-103.358720,1376,GPS visualizer,1,6,1988,30,6,1988,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_4,TEWL,mg/g/h,Keep,2.354,Table,0.812,SE,Sample error,7,81.00,NA,Lizard,8.900,1.69,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
2249,J.-F. Le Galliard,Coleonyx_variegatus,Coleonyx_variegatus,https://doi.org/10.1093/sysbio/41.2.178,1992,Wild population,"San Diego county, California, USA",32.715730,-117.161090,16,GPS visualizer,1,5,1988,30,6,1989,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_5,TEWL,mg/g/h,Keep,0.912,Table,0.110,SE,Sample error,8,65.50,NA,Lizard,4.700,1.28,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
2250,J.-F. Le Galliard,Coleonyx_brevis,Coleonyx_brevis,https://doi.org/10.1093/sysbio/41.2.178,1992,Wild population,"Brewster county, Texas, USA",26.662990,-103.358720,1376,GPS visualizer,1,6,1988,30,6,1989,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_6,TEWL,mg/g/h,Keep,0.931,Table,0.134,SE,Sample error,6,51.10,NA,Lizard,2.100,0.29,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
2251,J.-F. Le Galliard,Goniurosaurus_kuroiwae,Goniurosaurus_kuroiwae,https://doi.org/10.1093/sysbio/41.2.178,1992,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_7,TEWL,mg/g/h,Keep,3.402,Table,0.217,SE,Sample error,4,74.10,NA,Lizard,10.700,2.49,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
2252,J.-F. Le Galliard,Eublepharis_macularius,Eublepharis_macularius,https://doi.org/10.1093/sysbio/41.2.178,1992,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_8,TEWL,mg/g/h,Keep,2.404,Table,0.608,SE,Sample error,4,108.80,NA,Lizard,48.800,16.64,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
2253,J.-F. Le Galliard,Hemitheconyx_caudicinctus,Hemitheconyx_caudicinctus,https://doi.org/10.1093/sysbio/41.2.178,1992,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.009,25.0,NA,NA,50.0,FlowChamber,5.50,6.00,No,NA,Dial_SystBiol_1992_9,TEWL,mg/g/h,Keep,3.571,Table,0.138,SE,Sample error,3,95.10,NA,Lizard,30.600,12.17,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from wild or captive animals after unkown time in the laboratory under controlled conditions. Water loss measured during 6 hours by average mass increase of a dessicant with animals placed in a glass chamber at 50 ml per min with dry incurrent air (not specified, RH=5%) at controlled temperature. Animal activity checked and active animals discarded (measures during daytime after a rest period of 4 hours)."
1615,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_1,TEWL,%/h,Keep,0.057,Table,0.002,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1616,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_1,TEWL,%/h,Keep,0.064,Table,0.003,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1617,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_1,TEWL,%/h,Keep,0.107,Table,0.005,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1618,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_1,TEWL,%/h,Keep,0.115,Table,0.005,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1619,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_1,TEWL,%/h,Keep,0.125,Table,0.006,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1620,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_1,TEWL,%/h,Keep,0.135,Table,0.005,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1639,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,TEWL,mg/cm2/h,Keep,0.221,Figure,0.010,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel.  Data collected after being acclimated for 6 weeks at 30C."
1640,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,TEWL,mg/cm2/h,Keep,0.246,Figure,0.011,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1641,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,TEWL,mg/cm2/h,Keep,0.445,Figure,0.010,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1642,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,TEWL,mg/cm2/h,Keep,0.485,Figure,0.010,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1643,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,TEWL,mg/cm2/h,Keep,0.520,Figure,0.010,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1644,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,TEWL,mg/cm2/h,Keep,0.562,Figure,0.011,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1663,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,CWL,mg/cm2/h,Keep,0.149,Figure,0.009,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1664,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,CWL,mg/cm2/h,Keep,0.153,Figure,0.011,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1665,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,CWL,mg/cm2/h,Keep,0.329,Figure,0.011,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1666,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,CWL,mg/cm2/h,Keep,0.343,Figure,0.011,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1667,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,CWL,mg/cm2/h,Keep,0.408,Figure,0.007,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1668,R. Gavira,Coluber_ravergieri,Hemorrhois_nummifer,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_1,CWL,mg/cm2/h,Keep,0.419,Figure,0.009,SE,Sample error,5,NA,NA,Snake,136,NA,NA,330.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1621,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_2,TEWL,%/h,Keep,0.055,Table,0.002,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1622,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_2,TEWL,%/h,Keep,0.059,Table,0.002,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1623,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_2,TEWL,%/h,Keep,0.080,Table,0.003,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1624,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_2,TEWL,%/h,Keep,0.085,Table,0.004,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1625,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_2,TEWL,%/h,Keep,0.099,Table,0.005,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1626,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_2,TEWL,%/h,Keep,0.105,Table,0.005,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1645,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,TEWL,mg/cm2/h,Keep,0.273,Figure,0.009,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1646,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,TEWL,mg/cm2/h,Keep,0.288,Figure,0.008,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1647,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,TEWL,mg/cm2/h,Keep,0.392,Figure,0.010,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1648,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,TEWL,mg/cm2/h,Keep,0.420,Figure,0.008,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data rem Data collected after being acclimated for 6 weeks at 30C.oved because collected in active animals."
1649,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,TEWL,mg/cm2/h,Keep,0.486,Figure,0.010,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1650,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,TEWL,mg/cm2/h,Keep,0.516,Figure,0.011,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data re Data collected after being acclimated for 6 weeks at 30C.moved because collected in active animals."
1669,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,CWL,mg/cm2/h,Keep,0.176,Figure,0.007,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1670,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,CWL,mg/cm2/h,Keep,0.180,Figure,0.007,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1671,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,CWL,mg/cm2/h,Keep,0.278,Figure,0.007,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1672,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,CWL,mg/cm2/h,Keep,0.283,Figure,0.008,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1673,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,CWL,mg/cm2/h,Keep,0.315,Figure,0.009,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1674,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_2,CWL,mg/cm2/h,Keep,0.323,Figure,0.005,SE,Sample error,4,NA,NA,Snake,218,NA,NA,452.8,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. D Data collected after being acclimated for 6 weeks at 30C.ata removed because collected in active animals."
1627,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_3,TEWL,%/h,Keep,0.019,Table,0.001,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1628,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_3,TEWL,%/h,Keep,0.022,Table,0.001,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1629,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_3,TEWL,%/h,Keep,0.029,Table,0.001,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1630,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_3,TEWL,%/h,Keep,0.032,Table,0.001,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1631,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_3,TEWL,%/h,Keep,0.039,Table,0.002,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1632,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_3,TEWL,%/h,Keep,0.042,Table,0.002,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1651,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,TEWL,mg/cm2/h,Keep,0.123,Figure,0.008,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1652,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,TEWL,mg/cm2/h,Keep,0.147,Figure,0.009,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data rem Data collected after being acclimated for 6 weeks at 30C.oved because collected in active animals."
1653,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,TEWL,mg/cm2/h,Keep,0.188,Figure,0.010,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1654,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,TEWL,mg/cm2/h,Keep,0.212,Figure,0.011,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data rem Data collected after being acclimated for 6 weeks at 30C.oved because collected in active animals."
1655,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,TEWL,mg/cm2/h,Keep,0.254,Figure,0.009,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1656,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,TEWL,mg/cm2/h,Keep,0.278,Figure,0.011,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data rem Data collected after being acclimated for 6 weeks at 30C.oved because collected in active animals."
1675,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,CWL,mg/cm2/h,Keep,0.080,Figure,0.008,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1676,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.062,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,CWL,mg/cm2/h,Keep,0.085,Figure,0.007,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. D Data collected after being acclimated for 6 weeks at 30C.ata removed because collected in active animals."
1677,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,CWL,mg/cm2/h,Keep,0.110,Figure,0.010,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1678,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,3.310,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,CWL,mg/cm2/h,Keep,0.113,Figure,0.007,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C. Data removed because collected in active animals."
1679,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,CWL,mg/cm2/h,Keep,0.162,Figure,0.010,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1680,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.386,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_3,CWL,mg/cm2/h,Keep,0.167,Figure,0.007,SE,Sample error,2,NA,NA,Snake,581,NA,NA,870.4,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C. Data removed because collected in active animals."
1633,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.511,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_4,TEWL,%/h,Keep,0.022,Table,0.001,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1634,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.511,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_4,TEWL,%/h,Keep,0.027,Table,0.001,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1635,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.031,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_4,TEWL,%/h,Keep,0.028,Table,0.001,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1636,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.031,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_4,TEWL,%/h,Keep,0.030,Table,0.001,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1637,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,5.342,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Acclimation at 30�C for 6 wks,Dmiel_AmJPhysiol_1972_4,TEWL,%/h,Keep,0.033,Table,0.001,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from table,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel"
1638,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,5.342,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Acclimation at 30�C for 6 wks + stimulation-recovery,Dmiel_AmJPhysiol_1972_4,TEWL,%/h,Keep,0.038,Table,0.002,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals."
1657,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.511,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,TEWL,mg/cm2/h,Keep,0.088,Figure,0.009,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1658,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.511,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,TEWL,mg/cm2/h,Keep,0.106,Figure,0.008,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1659,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.031,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,TEWL,mg/cm2/h,Keep,0.102,Figure,0.007,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1660,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.031,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,TEWL,mg/cm2/h,Keep,0.116,Figure,0.008,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1661,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,5.342,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,TEWL,mg/cm2/h,Keep,0.115,Figure,0.009,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1662,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,5.342,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,TEWL,mg/cm2/h,Keep,0.134,Figure,0.010,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1681,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,2.511,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,CWL,mg/cm2/h,Keep,0.059,Figure,0.011,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1682,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,2.511,22.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,CWL,mg/cm2/h,Keep,0.063,Figure,0.007,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C. Data removed because collected in active animals."
1683,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,4.031,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,CWL,mg/cm2/h,Keep,0.056,Figure,0.009,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1684,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,4.031,30.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,CWL,mg/cm2/h,Keep,0.060,Figure,0.007,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1685,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,42,Gaz measurement,5.342,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,No,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,CWL,mg/cm2/h,Keep,0.063,Figure,0.009,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,High quality data extracted from figure,High quality,Usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data collected after being acclimated for 6 weeks at 30C."
1686,R. Gavira,Aspis_cerastes,Cerastes_cerastes_hoofieni,doi: 10.1152/ajplegacy.1972.223.3.510,1972,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Activity plus recovery,42,Gaz measurement,5.342,35.0,NA,NA,700.0,FlowChamber,11.00,1.00,Yes,Data collected after being acclimated for 6 weeks at 30C,Dmiel_AmJPhysiol_1972_4,CWL,mg/cm2/h,Keep,0.066,Figure,0.004,SE,Sample error,5,NA,NA,Snake,125,NA,NA,312.5,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured for snakes at 3 constant temperatures in active (10 mins then 50 mins) or resting (1 hour) in a flow through device with separate chambers for head and body at variable flow rates (range 200 to 1200 mL per min) and measures of water flow out of each compartment. Water flow averaged over the period measurement and expressed as total water loss (Table 1) and separately expressed as surface-specific total and cutaneous water loss (Figure 1). Data for active animals were obtained after electric stimulation and therefore classified as ""removed"". Airflow caculated as the mean flow used (i.e., 200-1200), Data from paper are in %BM/day... So I divided by 24 (h) to have it as %BM/h. No mention where the animals came from, but probably Tel -Aviv, Israel. Data removed because collected in active animals. Data collected after being acclimated for 6 weeks at 30C."
1735,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Sage Mt., Tortola, British Virgin Islands",18.403660,-64.660650,494,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_1,TEWL,mg/g/h,Keep,5.000,Table,1.200,SD,Sample error,6,NA,NA,Lizard,5.94,0.46,SD,40.2,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1744,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Sage Mt., Tortola, British Virgin Islands",18.403660,-64.660650,494,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_1,CWL,mg/cm2/h,Keep,0.500,Table,0.100,SD,Sample error,6,NA,NA,Lizard,5.94,0.46,SD,40.2,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1736,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Virgin Gorda, British Virgin Islands",18.495970,-64.402220,291,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_2,TEWL,mg/g/h,Keep,10.000,Table,4.700,SD,Sample error,6,NA,NA,Lizard,4.11,0.3,SD,31.4,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1745,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Virgin Gorda, British Virgin Islands",18.495970,-64.402220,291,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_2,CWL,mg/cm2/h,Keep,1.000,Table,0.500,SD,Sample error,6,NA,NA,Lizard,4.11,0.3,SD,31.4,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1737,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Bridge, Beef Island, British Virgin Islands",18.443780,-64.529580,13,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_3,TEWL,mg/g/h,Keep,4.000,Table,1.100,SD,Sample error,6,NA,NA,Lizard,7.67,1.14,SD,47.9,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1746,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Bridge, Beef Island, British Virgin Islands",18.443780,-64.529580,13,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_3,CWL,mg/cm2/h,Keep,0.500,Table,0.100,SD,Sample error,6,NA,NA,Lizard,7.67,1.14,SD,47.9,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1738,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Bridge, Tortola, British Virgin Islands",18.450390,-64.562820,164,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_4,TEWL,mg/g/h,Keep,3.000,Table,1.200,SD,Sample error,6,NA,NA,Lizard,7.85,1.77,SD,45.8,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1747,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Bridge, Tortola, British Virgin Islands",18.450390,-64.562820,164,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_4,CWL,mg/cm2/h,Keep,0.400,Table,0.100,SD,Sample error,6,NA,NA,Lizard,7.85,1.77,SD,45.8,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1739,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Guana Island, British Virgin Islands",18.474660,-64.568160,193,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_5,TEWL,mg/g/h,Keep,1.000,Table,0.300,SD,Sample error,12,NA,NA,Lizard,7.63,1.96,SD,49.3,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1748,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Guana Island, British Virgin Islands",18.474660,-64.568160,193,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_5,CWL,mg/cm2/h,Keep,0.200,Table,0.100,SD,Sample error,12,NA,NA,Lizard,7.63,1.96,SD,49.3,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1740,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Norman Island, British Virgin Islands",18.314640,-64.614810,68,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_6,TEWL,mg/g/h,Keep,3.000,Table,0.400,SD,Sample error,6,NA,NA,Lizard,5.27,0.8,SD,42.5,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1749,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Norman Island, British Virgin Islands",18.314640,-64.614810,68,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_6,CWL,mg/cm2/h,Keep,0.300,Table,0.030,SD,Sample error,6,NA,NA,Lizard,5.27,0.8,SD,42.5,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1741,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x ,1992,Wild population,"Necker Island, British Virgin Islands",18.526670,-64.358250,14,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_7,TEWL,mg/g/h,Keep,2.000,Table,0.200,SD,Sample error,6,NA,NA,Lizard,8.27,1.46,SD,55.3,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1750,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Necker Island, British Virgin Islands",18.526670,-64.358250,14,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_7,CWL,mg/cm2/h,Keep,0.200,Table,0.040,SD,Sample error,6,NA,NA,Lizard,8.27,1.46,SD,55.3,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1742,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Anegada, British Virgin Islands",18.722400,-64.341330,3,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_8,TEWL,mg/g/h,Keep,3.000,Table,0.200,SD,Sample error,6,NA,NA,Lizard,6.4,1.66,SD,44.9,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1751,R. Gavira,Anolis_cristatellus_wileyae,Anolis_cristatellus_wileyae,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Anegada, British Virgin Islands",18.722400,-64.341330,3,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_8,CWL,mg/cm2/h,Keep,0.200,Table,0.050,SD,Sample error,6,NA,NA,Lizard,6.4,1.66,SD,44.9,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1743,R. Gavira,Anolis_ernestwilliamsi,Anolis_ernestwilliamsi,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Carrot Rock, British Virgin Islands",18.326560,-64.570480,0,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_9,TEWL,mg/g/h,Keep,1.000,Table,0.400,SD,Sample error,5,NA,NA,Lizard,13.19,2.08,SD,58.4,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1752,R. Gavira,Anolis_ernestwilliamsi,Anolis_ernestwilliamsi,doi: 10.1111/j.1744-7429.1997.tb00012.x,1992,Wild population,"Carrot Rock, British Virgin Islands",18.326560,-64.570480,0,Publication,NA,10,1993,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.015,29.8,29.70,NA,0.0,VentilatedBox,NA,7.00,No,NA,Dmiel_Biotrop_1997_9,CWL,mg/cm2/h,Keep,0.200,Table,0.070,SD,Sample error,5,NA,NA,Lizard,13.19,2.08,SD,58.4,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss with a balance over a period of ca. 7 hours under semi-controlled room conditions and a separate estimate of RWL and CWL measured the next day using another test box with head outside the measurement box and cutaneous water loss calculated from the difference. CWL calculated from an estimate of the body surface. 
1921,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,2.850,25.0,25.08,25.05,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_1,TEWL,mg/cm2/h,Keep,0.159,Other,0.015,SD,Sample error,4,NA,NA,Snake,580,67,SD,870,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1922,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,3.819,30.0,30.50,30.40,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_1,TEWL,mg/cm2/h,Keep,0.203,Other,0.016,SD,Sample error,4,NA,NA,Snake,580,67,SD,870,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1923,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,5.061,35.0,35.50,35.44,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_1,TEWL,mg/cm2/h,Keep,0.287,Other,0.049,SD,Sample error,4,NA,NA,Snake,580,67,SD,870,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1933,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,2.850,25.0,25.08,25.05,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_1,CWL,mg/cm2/h,Keep,0.105,Figure,0.010,SD,Sample error,4,NA,NA,Snake,580,67,SD,870,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments."
1934,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,3.819,30.0,30.50,30.40,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_1,CWL,mg/cm2/h,Keep,0.128,Figure,0.010,SD,Sample error,4,NA,NA,Snake,580,67,SD,870,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1935,R. Gavira,Vipera_palaestinae,Daboia_palaestinae,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,5.061,35.0,35.50,35.44,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_1,CWL,mg/cm2/h,Keep,0.175,Figure,0.030,SD,Sample error,4,NA,NA,Snake,580,67,SD,870,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1924,R. Gavira,Pseudocerastes_persicus_fieldi,Pseudocerastes_fieldi,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,2.850,25.0,25.08,25.05,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_2,TEWL,mg/cm2/h,Keep,0.094,Other,0.009,SD,Sample error,3,NA,NA,Snake,460,58,SD,715,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1925,R. Gavira,Pseudocerastes_persicus_fieldi,Pseudocerastes_fieldi,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,3.819,30.0,30.50,30.40,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_2,TEWL,mg/cm2/h,Keep,0.095,Other,0.009,SD,Sample error,3,NA,NA,Snake,460,58,SD,715,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1926,R. Gavira,Pseudocerastes_persicus_fieldi,Pseudocerastes_fieldi,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,5.061,35.0,35.50,35.44,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_2,TEWL,mg/cm2/h,Keep,0.095,Other,0.010,SD,Sample error,3,NA,NA,Snake,460,58,SD,715,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1936,R. Gavira,Pseudocerastes_persicus_fieldi,Pseudocerastes_fieldi,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,2.850,25.0,25.08,25.05,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_2,CWL,mg/cm2/h,Keep,0.062,Figure,0.006,SD,Sample error,3,NA,NA,Snake,460,58,SD,715,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1937,R. Gavira,Pseudocerastes_persicus_fieldi,Pseudocerastes_fieldi,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,3.819,30.0,30.50,30.40,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_2,CWL,mg/cm2/h,Keep,0.060,Figure,0.006,SD,Sample error,3,NA,NA,Snake,460,58,SD,715,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1938,R. Gavira,Pseudocerastes_persicus_fieldi,Pseudocerastes_fieldi,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,5.061,35.0,35.50,35.44,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_2,CWL,mg/cm2/h,Keep,0.058,Figure,0.006,SD,Sample error,3,NA,NA,Snake,460,58,SD,715,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1927,R. Gavira,Cerastes_cerastes,Cerastes_cerastes,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,2.850,25.0,25.08,25.05,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_3,TEWL,mg/cm2/h,Keep,0.113,Other,0.014,SD,Sample error,5,NA,NA,Snake,125,30,SD,313,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1928,R. Gavira,Cerastes_cerastes,Cerastes_cerastes,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,3.819,30.0,30.50,30.40,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_3,TEWL,mg/cm2/h,Keep,0.132,Other,0.016,SD,Sample error,5,NA,NA,Snake,125,30,SD,313,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1929,R. Gavira,Cerastes_cerastes,Cerastes_cerastes,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,5.061,35.0,35.50,35.44,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_3,TEWL,mg/cm2/h,Keep,0.144,Other,0.013,SD,Sample error,5,NA,NA,Snake,125,30,SD,313,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1939,R. Gavira,Cerastes_cerastes,Cerastes_cerastes,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,2.850,25.0,25.08,25.05,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_3,CWL,mg/cm2/h,Keep,0.075,Figure,0.009,SD,Sample error,5,NA,NA,Snake,125,30,SD,313,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1940,R. Gavira,Cerastes_cerastes,Cerastes_cerastes,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,3.819,30.0,30.50,30.40,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_3,CWL,mg/cm2/h,Keep,0.083,Figure,0.010,SD,Sample error,5,NA,NA,Snake,125,30,SD,313,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1941,R. Gavira,Cerastes_cerastes,Cerastes_cerastes,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,5.061,35.0,35.50,35.44,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_3,CWL,mg/cm2/h,Keep,0.088,Figure,0.008,SD,Sample error,5,NA,NA,Snake,125,30,SD,313,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1930,R. Gavira,Echis_colorata,Echis_coloratus,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,2.850,25.0,25.08,25.05,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_4,TEWL,mg/cm2/h,Keep,0.101,Other,0.006,SD,Sample error,4,NA,NA,Snake,125,25,SD,280,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1931,R. Gavira,Echis_colorata,Echis_coloratus,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,3.819,30.0,30.50,30.40,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_4,TEWL,mg/cm2/h,Keep,0.109,Other,0.014,SD,Sample error,4,NA,NA,Snake,125,25,SD,280,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1932,R. Gavira,Echis_colorata,Echis_coloratus,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,5.061,35.0,35.50,35.44,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_4,TEWL,mg/cm2/h,Keep,0.121,Other,0.010,SD,Sample error,4,NA,NA,Snake,125,25,SD,280,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
1942,R. Gavira,Echis_colorata,Echis_coloratus,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,2.850,25.0,25.08,25.05,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_4,CWL,mg/cm2/h,Keep,0.067,Figure,0.004,SD,Sample error,4,NA,NA,Snake,125,25,SD,280,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1943,R. Gavira,Echis_colorata,Echis_coloratus,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,3.819,30.0,30.50,30.40,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_4,CWL,mg/cm2/h,Keep,0.069,Figure,0.009,SD,Sample error,4,NA,NA,Snake,125,25,SD,280,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
1944,R. Gavira,Echis_colorata,Echis_coloratus,doi: 10.1016/S1095-6433(98)10080-6,1998,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,400,Change in mass of a dessicant,5.061,35.0,35.50,35.44,264.0,FlowChamber,4.25,6.00,No,Air velocity not flow rate reported,Dmiel_CBP_1998_4,CWL,mg/cm2/h,Keep,0.074,Figure,0.006,SD,Sample error,4,NA,NA,Snake,125,25,SD,280,High quality data extracted from figure,High quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from resting snakes measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 1 for CWL and percentage of total in Table 2. Data extracted from Fig. 1. At least one year in captivity, kept at 28-30C, before experiments"
2128,R. Gavira,Spalerosophis_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.2307/1442657,1971,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,NA,NA,30.00,NA,FlowChamber,NA,5.00,No,NA,Dmiel_Copeia_1971_1,TEWL,mg/g/h,Keep,0.514,Table,0.054,SE,Sample error,8,NA,NA,Snake,274,NA,NA,NA,"Medium quality data extracted from table, digesting animals",Medium quality,Not usable data,"Measurements of water loss from apparently laboratory animals at constant temperature and in flow-through system with excurrrent air condensated to measure mass of water. Measurements done over 4-6 hours long periods after an equilibration period. Data collected after digestion,  some snakes ate more than 1 mouse, some did not, Data in the paper (mg/g/day) were divided by 24 to be expressed as: mg/g/h, no information about the meal size."
1687,R. Gavira,Spalerosophis_diadema,Spalerosophis_diadema,doi: 10.1016/0306-4565(85)90018-X,1985,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,60,Gaz measurement,2.850,25.0,25.30,25.80,415.0,FlowChamber,4.25,5.00,No,Air velocity not flow rate reported,Dmiel_JTB_1985_1,TEWL,mg/h,Keep,144.534,Figure,101.282,SD,Sample error,34,NA,NA,Snake,231.25,226.68,SD,493.2,High quality data extracted from figure,High quality,Usable data,"Water loss with resting snakes by simultaneous measurement of water flow from head and body separated at 3 different temperatures (using gas analyser) during 4-6 hours. Cutaneous water measured per unit surface of the body and respiratory water loss estimated from water flow of the head after removing predicted skin loss. Several repeated measurements done with the same animal and then data averaged per individual per temperature. Total water loss reported in Table 1 and cutaneous water loss given as percentage of total without individual data. Total water loss in mg per hour also reported in Figure 2. Airflow caculated as the mean flow used (i.e., 180-650), BM and TEWL were extracted from the Fig. 2"
1688,R. Gavira,Spalerosophis_diadema,Spalerosophis_diadema,doi: 10.1016/0306-4565(85)90018-X,1985,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,60,Gaz measurement,3.819,30.0,30.30,30.90,415.0,FlowChamber,4.25,5.00,No,Air velocity not flow rate reported,Dmiel_JTB_1985_1,TEWL,mg/h,Keep,186.681,Figure,129.203,SD,Sample error,30,NA,NA,Snake,251.65,231.78,SD,493.2,High quality data extracted from figure,High quality,Usable data,"Water loss with resting snakes by simultaneous measurement of water flow from head and body separated at 3 different temperatures (using gas analyser) during 4-6 hours. Cutaneous water measured per unit surface of the body and respiratory water loss estimated from water flow of the head after removing predicted skin loss. Several repeated measurements done with the same animal and then data averaged per individual per temperature. Total water loss reported in Table 1 and cutaneous water loss given as percentage of total without individual data. Total water loss in mg per hour also reported in Figure 2. Airflow caculated as the mean flow used (i.e., 180-650), BM and TEWL were extracted from the Fig. 2"
1689,R. Gavira,Spalerosophis_diadema,Spalerosophis_diadema,doi: 10.1016/0306-4565(85)90018-X,1985,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,60,Gaz measurement,5.061,35.0,35.20,35.70,415.0,FlowChamber,4.25,5.00,No,Air velocity not flow rate reported,Dmiel_JTB_1985_1,TEWL,mg/h,Keep,235.595,Figure,160.104,SD,Sample error,33,NA,NA,Snake,245.85,227.76,SD,493.2,High quality data extracted from figure,High quality,Usable data,"Water loss with resting snakes by simultaneous measurement of water flow from head and body separated at 3 different temperatures (using gas analyser) during 4-6 hours. Cutaneous water measured per unit surface of the body and respiratory water loss estimated from water flow of the head after removing predicted skin loss. Several repeated measurements done with the same animal and then data averaged per individual per temperature. Total water loss reported in Table 1 and cutaneous water loss given as percentage of total without individual data. Total water loss in mg per hour also reported in Figure 2. Airflow caculated as the mean flow used (i.e., 180-650), BM and TEWL were extracted from the Fig. 2"
1690,R. Gavira,Spalerosophis_diadema,Spalerosophis_diadema,doi: 10.1016/0306-4565(85)90018-X,1985,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,60,Gaz measurement,2.850,25.0,25.30,25.80,415.0,FlowChamber,4.25,5.00,No,Air velocity not flow rate reported,Dmiel_JTB_1985_1,TEWL,mg/cm2/h,Keep,0.315,Table,0.021,SD,Sample error,34,NA,NA,Snake,231.25,226.68,SD,493.2,High quality data extracted from table,High quality,Usable data,"Water loss with resting snakes by simultaneous measurement of water flow from head and body separated at 3 different temperatures (using gas analyser) during 4-6 hours. Cutaneous water measured per unit surface of the body and respiratory water loss estimated from water flow of the head after removing predicted skin loss. Several repeated measurements done with the same animal and then data averaged per individual per temperature. Total water loss reported in Table 1 and cutaneous water loss given as percentage of total without individual data. Total water loss in mg per hour also reported in Figure 2. Airflow caculated as the mean flow used (i.e., 180-650), BM and TEWL were extracted from the Fig. 2."
1691,R. Gavira,Spalerosophis_diadema,Spalerosophis_diadema,doi: 10.1016/0306-4565(85)90018-X,1985,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,60,Gaz measurement,3.819,30.0,30.30,30.90,415.0,FlowChamber,4.25,5.00,No,Air velocity not flow rate reported,Dmiel_JTB_1985_1,TEWL,mg/cm2/h,Keep,0.385,Table,0.023,SD,Sample error,30,NA,NA,Snake,251.65,231.78,SD,493.2,High quality data extracted from table,High quality,Usable data,"Water loss with resting snakes by simultaneous measurement of water flow from head and body separated at 3 different temperatures (using gas analyser) during 4-6 hours. Cutaneous water measured per unit surface of the body and respiratory water loss estimated from water flow of the head after removing predicted skin loss. Several repeated measurements done with the same animal and then data averaged per individual per temperature. Total water loss reported in Table 1 and cutaneous water loss given as percentage of total without individual data. Total water loss in mg per hour also reported in Figure 2. Airflow caculated as the mean flow used (i.e., 180-650), BM and TEWL were extracted from the Fig. 2"
1692,R. Gavira,Spalerosophis_diadema,Spalerosophis_diadema,doi: 10.1016/0306-4565(85)90018-X,1985,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,60,Gaz measurement,5.061,35.0,35.20,35.70,415.0,FlowChamber,4.25,5.00,No,Air velocity not flow rate reported,Dmiel_JTB_1985_1,TEWL,mg/cm2/h,Keep,0.494,Table,0.054,SD,Sample error,33,NA,NA,Snake,245.85,227.76,SD,493.2,High quality data extracted from table,High quality,Usable data,"Water loss with resting snakes by simultaneous measurement of water flow from head and body separated at 3 different temperatures (using gas analyser) during 4-6 hours. Cutaneous water measured per unit surface of the body and respiratory water loss estimated from water flow of the head after removing predicted skin loss. Several repeated measurements done with the same animal and then data averaged per individual per temperature. Total water loss reported in Table 1 and cutaneous water loss given as percentage of total without individual data. Total water loss in mg per hour also reported in Figure 2. Airflow caculated as the mean flow used (i.e., 180-650), BM and TEWL were extracted from the Fig. 2."
1753,R. Gavira,Opheodrys_aestivus,Opheodrys_aestivus,doi: 10.2307/3671161,1982,Wild population,"Bald Knob, White Co., AR, USA",35.341080,-91.587630,79,Publication,15,5,1979,NA,NA,NA,Not specified,Adults,Controls,NA,2,Gaz measurement,3.341,27.5,NA,NA,400.0,FlowFlask,NA,4.00,Not specified,NA,Dove_SouthWNatur_1982_1,TEWL,mg/g/h,Keep,1.400,Table,0.080,SE,Sample error,9,387,NA,Snake,12.82,NA,NA,89.12,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss in a flow-through chamber with dry air and a constant temperature over 4 hours. 
1755,R. Gavira,Opheodrys_aestivus,Opheodrys_aestivus,doi: 10.2307/3671161,1982,Wild population,"Bald Knob, White Co., AR, USA",35.341080,-91.587630,79,Publication,15,5,1979,NA,NA,NA,Not specified,Adults,Controls,NA,2,Gaz measurement,3.341,27.5,NA,NA,400.0,FlowFlask,NA,4.00,Not specified,NA,Dove_SouthWNatur_1982_1,TEWL,mg/cm2/h,Keep,0.180,Table,0.016,SE,Sample error,9,387,NA,Snake,12.82,NA,NA,89.12,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss in a flow-through chamber with dry air and a constant temperature over 4 hours. 
1754,R. Gavira,Opheodrys_aestivus,Opheodrys_aestivus,doi: 10.2307/3671161,1982,Laboratory housing,NA,NA,NA,NA,None,15,5,1979,NA,NA,NA,Not specified,Juveniles,Controls,NA,2,Gaz measurement,3.341,27.5,NA,NA,400.0,FlowFlask,NA,4.00,Not specified,NA,Dove_SouthWNatur_1982_2,TEWL,mg/g/h,Keep,5.100,Table,0.390,SE,Sample error,10,128,NA,Juvenile snake,1.13,NA,NA,14.95,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss in a flow-through chamber with dry air and a constant temperature over 4 hours. 
1756,R. Gavira,Opheodrys_aestivus,Opheodrys_aestivus,doi: 10.2307/3671161,1982,Laboratory housing,NA,NA,NA,NA,None,15,5,1979,NA,NA,NA,Not specified,Juveniles,Controls,NA,2,Gaz measurement,3.341,27.5,NA,NA,400.0,FlowFlask,NA,4.00,Not specified,NA,Dove_SouthWNatur_1982_2,TEWL,mg/cm2/h,Keep,0.390,Table,0.033,SE,Sample error,10,128,NA,Juvenile snake,1.13,NA,NA,14.95,High quality data extracted from table,High quality,Usable data,Water loss measured from total body mass loss in a flow-through chamber with dry air and a constant temperature over 4 hours. 
1897,R. Gavira,Pelamis_platurus,Hydrophis_platurus,doi: 10.1007/BF00691678,1976,Wild population,"Acapulco, Mexico",16.843000,-99.851000,0,Publication,27,8,1974,NA,NA,1974,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,NA,22.0,NA,NA,NA,Nochamber,NA,60.00,Yes,NA,Dunson_JCP_1976_1,TEWL,mg/g/h,Keep,0.002,Text,0.001,SE,Sample error,4,NA,NA,Snake,46,NA,NA,NA,"High quality data extracted from main text, field active animals",High quality,Not usable data,Data excluded because of DLW technique = non standard measurement. Water loss measured from field active animals and reported in different units with all statistics in the main text. Water loss or water efflux calculated using doubly-labeled water techniques.
1898,R. Gavira,Pelamis_platurus,Hydrophis_platurus,doi: 10.1007/BF00691678,1976,Wild population,"Acapulco, Mexico",16.843000,-99.851000,0,Publication,27,8,1974,NA,NA,1974,Not specified,Not specified,Controls,NA,NA,Loss of body mass,NA,22.0,NA,NA,0.0,Nochamber,NA,120.00,Yes,NA,Dunson_JCP_1976_1,TEWL,%/h,Keep,0.018,Text,0.004,SE,Sample error,4,NA,NA,Snake,48.5,NA,NA,NA,"High quality data extracted from main text, field active animals",High quality,Not usable data,Data excluded because of DLW technique = non standard measurement. Water loss measured from field active animals and reported in different units with all statistics in the main text. Water loss calculated from body mass loss. Excluded because measure performed inside water.
2448,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,2.528,23.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,NA,Dunson_JExpZool_1978_1,TEWL,%/h,Keep,0.008,Table,0.001,SD,Sample error,4,NA,NA,Snake,246.25,30.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. At least two years in captivity before experiments, dry air."
2449,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,3.402,28.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,NA,Dunson_JExpZool_1978_1,TEWL,%/h,Keep,0.010,Table,0.001,SD,Sample error,4,NA,NA,Snake,246.25,30.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. At least two years in captivity before experiments, dry air."
2450,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,4.527,33.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,NA,Dunson_JExpZool_1978_1,TEWL,%/h,Keep,0.018,Table,0.001,SD,Sample error,4,NA,NA,Snake,246.25,30.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. At least two years in captivity before experiments, dry air."
2451,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,2.528,23.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,NA,Dunson_JExpZool_1978_1,TEWL,mg/h,Keep,18.905,Table,2.676,SD,Sample error,4,NA,NA,Snake,246.25,30.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. At least two years in captivity before experiments, dry air."
2452,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,3.402,28.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,NA,Dunson_JExpZool_1978_1,TEWL,mg/h,Keep,25.053,Table,2.172,SD,Sample error,4,NA,NA,Snake,246.25,30.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. At least two years in captivity before experiments, dry air."
2453,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,4.527,33.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,NA,Dunson_JExpZool_1978_1,TEWL,mg/h,Keep,42.572,Table,3.462,SD,Sample error,4,NA,NA,Snake,246.25,30.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. At least two years in captivity before experiments, dry air."
2454,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,2.528,23.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Immediately after shedding,Dunson_JExpZool_1978_2,TEWL,%/h,Keep,0.003,Table,NA,SD,Sample error,1,NA,NA,Snake,1068,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. low sample (n=1).  At least two years in captivity before experiments, dry air."
2455,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,3.402,28.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Prior to shedding,Dunson_JExpZool_1978_2,TEWL,%/h,Keep,0.007,Table,0.001,SD,Sample error,1,NA,NA,Snake,1068,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. low sample (n=1).  At least two years in captivity before experiments, dry air."
2456,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,4.527,33.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Prior to shedding,Dunson_JExpZool_1978_2,TEWL,%/h,Keep,0.010,Table,NA,SD,Sample error,1,NA,NA,Snake,1068,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. low sample (n=1).  At least two years in captivity before experiments, dry air."
2457,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Other manipulation,Post shedding,750,Change in mass of a dessicant,4.527,33.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Immediately after shedding,Dunson_JExpZool_1978_2,TEWL,%/h,Keep,0.007,Table,0.001,SD,Sample error,1,NA,NA,Snake,1068,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. low sample (n=1).  At least two years in captivity before experiments, dry air."
2458,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Other manipulation,Post shedding,750,Change in mass of a dessicant,2.528,23.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Immediately after shedding,Dunson_JExpZool_1978_2,TEWL,mg/h,Keep,28.035,Table,2.670,SD,Sample error,1,NA,NA,Snake,1068,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. low sample (n=1).  At least two years in captivity before experiments, dry air."
2459,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,3.402,28.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Prior to shedding,Dunson_JExpZool_1978_2,TEWL,mg/h,Keep,75.650,Table,8.900,SD,Sample error,1,NA,NA,Snake,1068,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. low sample (n=1).  At least two years in captivity before experiments, dry air."
2460,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,4.527,33.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Prior to shedding,Dunson_JExpZool_1978_2,TEWL,mg/h,Keep,102.350,Table,4.450,SD,Sample error,1,NA,NA,Snake,1068,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. low sample (n=1).  At least two years in captivity before experiments, dry air."
2461,C. Chabaud,Malpolon_monspessulanus,Malpolon_monspessulanus,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Other manipulation,Post shedding,750,Change in mass of a dessicant,4.527,33.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Immediately after shedding,Dunson_JExpZool_1978_2,TEWL,mg/h,Keep,71.200,Table,8.900,SD,Sample error,1,NA,NA,Snake,1068,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. low sample (n=1).  At least two years in captivity before experiments, dry air."
2462,C. Chabaud,Lampropeltis_getulus,Lampropeltis_getula,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,2.528,23.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,NA,Dunson_JExpZool_1978_3,TEWL,%/h,Keep,0.041,Table,0.002,SD,Sample error,2,NA,NA,Snake,637,418.61,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. 
2463,C. Chabaud,Lampropeltis_getulus,Lampropeltis_getula,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,3.402,28.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,NA,Dunson_JExpZool_1978_3,TEWL,%/h,Keep,0.060,Table,0.022,SD,Sample error,2,NA,NA,Snake,637,418.61,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables. 
2464,C. Chabaud,Lampropeltis_getulus,Lampropeltis_getula,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,2.528,23.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Controls,Dunson_JExpZool_1978_3,TEWL,mg/h,Keep,241.273,Table,12.037,SD,Sample error,2,NA,NA,Snake,637,418.61,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables.  At least two years in captivity before experiments, dry air."
2465,C. Chabaud,Lampropeltis_getulus,Lampropeltis_getula,doi: 10.1002/jez.1402030313,1978,Laboratory housing,NA,NA,NA,NA,None,NA,NA,1973,NA,NA,1976,Not specified,Not specified,Controls,NA,750,Change in mass of a dessicant,3.402,28.0,NA,NA,300.0,FlowChamber,25.00,120.00,No,Controls,Dunson_JExpZool_1978_3,TEWL,mg/h,Keep,339.221,Table,17.681,SD,Sample error,2,NA,NA,Snake,637,418.61,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from laboratory bred animals in a controlled temperature chamber with constant incurrent flow of dry air at 3 test temperatures from mass increase of a dessicant over periods of several days ensuring inactivity of animals. Separate tests were made to estimate respiratory water loss separately. Data reported in Tables.  At least two years in captivity before experiments, dry air."
1693,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,2.00,No,Data from 0-2 h of experiment,Dunson_PhysZool_1981_1,TEWL,%/h,Keep,1.421,Table,0.541,SD,Sample error,7,NA,NA,Lizard,0.13,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards. Chamber diameter calculated from volume assuming a 4 cm length"
1694,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,4.00,No,Data from 2-4 h of experiment,Dunson_PhysZool_1981_1,TEWL,%/h,Keep,0.829,Table,0.279,SD,Sample error,7,NA,NA,Lizard,0.13,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1695,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,6.00,No,Data from 4-6 h of experiment,Dunson_PhysZool_1981_1,TEWL,%/h,Keep,1.037,Table,0.404,SD,Sample error,7,NA,NA,Lizard,0.13,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1696,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,21.00,No,Data from 6-27 h of experiment,Dunson_PhysZool_1981_1,TEWL,%/h,Keep,0.570,Table,0.337,SD,Sample error,7,NA,NA,Lizard,0.13,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1697,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean data from 4-27 h of experiment,Dunson_PhysZool_1981_1,TEWL,%/h,Keep,0.775,Table,0.416,SD,Sample error,7,NA,NA,Lizard,0.13,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1698,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean of lowest 25% of data from 4-27 h of experiment,Dunson_PhysZool_1981_1,TEWL,%/h,Remove,0.541,Table,0.334,SD,Sample error,7,NA,NA,Lizard,0.13,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1699,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,2.00,No,Data from 0-2 h of experiment,Dunson_PhysZool_1981_2,TEWL,%/h,Keep,1.037,Table,0.567,SD,Sample error,5,NA,NA,Lizard,0.12,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1700,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,4.00,No,Data from 2-4 h of experiment,Dunson_PhysZool_1981_2,TEWL,%/h,Keep,0.454,Table,0.421,SD,Sample error,5,NA,NA,Lizard,0.12,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1701,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,6.00,No,Data from 4-6 h of experiment,Dunson_PhysZool_1981_2,TEWL,%/h,Keep,0.504,Table,0.241,SD,Sample error,5,NA,NA,Lizard,0.12,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1702,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,21.00,No,Data from 6-27 h of experiment,Dunson_PhysZool_1981_2,TEWL,%/h,Keep,0.250,Table,0.141,SD,Sample error,5,NA,NA,Lizard,0.12,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1703,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean data from 4-27 h of experiment,Dunson_PhysZool_1981_2,TEWL,%/h,Keep,0.396,Table,0.204,SD,Sample error,5,NA,NA,Lizard,0.12,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1704,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Juveniles,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean of lowest 25% of data from 4-27 h of experiment,Dunson_PhysZool_1981_2,TEWL,%/h,Remove,0.287,Table,0.141,SD,Sample error,5,NA,NA,Lizard,0.12,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1705,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,2.00,No,Data from 0-2 h of experiment,Dunson_PhysZool_1981_3,TEWL,%/h,Keep,0.779,Table,0.354,SD,Sample error,9,NA,NA,Lizard,0.61,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1706,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,4.00,No,Data from 2-4 h of experiment,Dunson_PhysZool_1981_3,TEWL,%/h,Keep,0.817,Table,0.404,SD,Sample error,9,NA,NA,Lizard,0.61,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1707,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,6.00,No,Data from 4-6 h of experiment,Dunson_PhysZool_1981_3,TEWL,%/h,Keep,0.712,Table,0.458,SD,Sample error,9,NA,NA,Lizard,0.61,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1708,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,21.00,No,Data from 6-27 h of experiment,Dunson_PhysZool_1981_3,TEWL,%/h,Keep,0.587,Table,0.246,SD,Sample error,9,NA,NA,Lizard,0.61,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1709,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean data from 4-27 h of experiment,Dunson_PhysZool_1981_3,TEWL,%/h,Keep,0.700,Table,0.308,SD,Sample error,9,NA,NA,Lizard,0.61,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1710,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean of lowest 25% of data from 4-27 h of experiment,Dunson_PhysZool_1981_3,TEWL,%/h,Remove,0.471,Table,0.216,SD,Sample error,9,NA,NA,Lizard,0.61,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). Data divided by 24h to be expressed as %/h, They also measured EWL of egg lizards"
1711,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,2.00,No,Data from 0-2 h of experiment,Dunson_PhysZool_1981_4,TEWL,%/h,Keep,0.754,Table,0.571,SD,Sample error,8,NA,NA,Lizard,0.55,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1712,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,4.00,No,Data from 2-4 h of experiment,Dunson_PhysZool_1981_4,TEWL,%/h,Keep,0.450,Table,0.446,SD,Sample error,8,NA,NA,Lizard,0.55,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1713,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,6.00,No,Data from 4-6 h of experiment,Dunson_PhysZool_1981_4,TEWL,%/h,Keep,0.408,Table,0.379,SD,Sample error,8,NA,NA,Lizard,0.55,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1714,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,21.00,No,Data from 6-27 h of experiment,Dunson_PhysZool_1981_4,TEWL,%/h,Keep,0.271,Table,0.067,SD,Sample error,8,NA,NA,Lizard,0.55,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1715,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean data from 4-27 h of experiment,Dunson_PhysZool_1981_4,TEWL,%/h,Keep,0.358,Table,0.187,SD,Sample error,8,NA,NA,Lizard,0.55,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1716,R. Gavira,Sphaerodactylus_cinereus,Sphaerodactylus_cinereus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean of lowest 25% of data from 4-27 h of experiment,Dunson_PhysZool_1981_4,TEWL,%/h,Remove,0.279,Table,0.167,SD,Sample error,8,NA,NA,Lizard,0.55,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1717,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,2.00,No,Data from 0-2 h of experiment,Dunson_PhysZool_1981_5,TEWL,%/h,Keep,1.029,Table,0.208,SD,Sample error,6,NA,NA,Lizard,0.38,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1718,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,4.00,No,Data from 2-4 h of experiment,Dunson_PhysZool_1981_5,TEWL,%/h,Keep,0.708,Table,0.158,SD,Sample error,6,NA,NA,Lizard,0.38,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1719,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,6.00,No,Data from 4-6 h of experiment,Dunson_PhysZool_1981_5,TEWL,%/h,Keep,0.737,Table,0.254,SD,Sample error,6,NA,NA,Lizard,0.38,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1720,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,21.00,No,Data from 6-27 h of experiment,Dunson_PhysZool_1981_5,TEWL,%/h,Keep,0.733,Table,0.134,SD,Sample error,6,NA,NA,Lizard,0.38,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1721,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean data from 4-27 h of experiment,Dunson_PhysZool_1981_5,TEWL,%/h,Keep,0.737,Table,0.196,SD,Sample error,6,NA,NA,Lizard,0.38,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1722,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean of lowest 25% of data from 4-27 h of experiment,Dunson_PhysZool_1981_5,TEWL,%/h,Remove,0.629,Table,0.083,SD,Sample error,6,NA,NA,Lizard,0.38,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1723,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,2.00,No,Data from 0-2 h of experiment,Dunson_PhysZool_1981_6,TEWL,%/h,Keep,0.396,Table,0.187,SD,Sample error,11,NA,NA,Lizard,0.4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1724,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,4.00,No,Data from 2-4 h of experiment,Dunson_PhysZool_1981_6,TEWL,%/h,Keep,0.379,Table,0.321,SD,Sample error,11,NA,NA,Lizard,0.4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1725,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,6.00,No,Data from 4-6 h of experiment,Dunson_PhysZool_1981_6,TEWL,%/h,Keep,0.325,Table,0.296,SD,Sample error,11,NA,NA,Lizard,0.4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1726,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,21.00,No,Data from 6-27 h of experiment,Dunson_PhysZool_1981_6,TEWL,%/h,Keep,0.304,Table,0.204,SD,Sample error,11,NA,NA,Lizard,0.4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1727,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean data from 4-27 h of experiment,Dunson_PhysZool_1981_6,TEWL,%/h,Keep,0.312,Table,0.241,SD,Sample error,11,NA,NA,Lizard,0.4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1728,R. Gavira,Sphaerodactylus_notatus,Sphaerodactylus_notatus,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean of lowest 25% of data from 4-27 h of experiment,Dunson_PhysZool_1981_6,TEWL,%/h,Remove,0.296,Table,0.179,SD,Sample error,11,NA,NA,Lizard,0.4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1729,R. Gavira,Anolis_sagrei,Anolis_sagrei,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,2.00,No,Data from 0-2 h of experiment,Dunson_PhysZool_1981_7,TEWL,%/h,Keep,0.258,Table,0.104,SD,Sample error,4,NA,NA,Lizard,0.28,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1730,R. Gavira,Anolis_sagrei,Anolis_sagrei,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,4.00,No,Data from 2-4 h of experiment,Dunson_PhysZool_1981_7,TEWL,%/h,Keep,0.262,Table,0.129,SD,Sample error,4,NA,NA,Lizard,0.28,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1731,R. Gavira,Anolis_sagrei,Anolis_sagrei,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,6.00,No,Data from 4-6 h of experiment,Dunson_PhysZool_1981_7,TEWL,%/h,Keep,0.287,Table,0.021,SD,Sample error,4,NA,NA,Lizard,0.28,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1732,R. Gavira,Anolis_sagrei,Anolis_sagrei,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,21.00,No,Data from 6-27 h of experiment,Dunson_PhysZool_1981_7,TEWL,%/h,Keep,0.229,Table,0.021,SD,Sample error,4,NA,NA,Lizard,0.28,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1733,R. Gavira,Anolis_sagrei,Anolis_sagrei,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean data from 4-27 h of experiment,Dunson_PhysZool_1981_7,TEWL,%/h,Keep,0.254,Table,0.034,SD,Sample error,4,NA,NA,Lizard,0.28,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
1734,R. Gavira,Anolis_sagrei,Anolis_sagrei,doi: 10.1086/physzool.54.2.30155827,1981,Wild population,"Summerland Key, Florida, USA",24.659000,-81.444000,1,Publication,14,8,1979,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,1.061,30.0,NA,NA,50.0,FlowChamber,2.00,27.00,No,Mean of lowest 25% of data from 4-27 h of experiment,Dunson_PhysZool_1981_7,TEWL,%/h,Remove,0.212,Table,0.041,SD,Sample error,4,NA,NA,Lizard,0.28,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from weight loss at 30�C and controlled humidity in a chamber by regular measurements of body mass over distinct time intervals with a regular flow of air. Data reported in Table 1 for each group and at each condition with data from each time step, the mean value and the mean of the 25% lowest data (resting conditions). They also measured EWL of egg lizards. "
394,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Montselgues, France",44.511180,4.008160,1099,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_1,TEWL,mg/h,Keep,11.030,Dataset,1.680,SD,Sample error,7,53,110.5,Lizard,3.18,0.36,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
414,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Montselgues, France",44.511180,4.008160,1099,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_1,TEWL,mg/g/h,Keep,3.450,Dataset,0.320,SD,Sample error,7,53,110.5,Lizard,3.18,0.36,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
401,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Sources de la Loire, France",44.835180,4.211010,1282,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_10,TEWL,mg/h,Keep,6.790,Dataset,3.330,SD,Sample error,28,63.2,127.16,Lizard,5.39,1.31,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
421,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Sources de la Loire, France",44.835180,4.211010,1282,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_10,TEWL,mg/g/h,Keep,1.310,Dataset,0.710,SD,Sample error,28,63.2,127.16,Lizard,5.39,1.31,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
402,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Lajo, France",44.844750,3.430840,1383,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_11,TEWL,mg/h,Keep,4.670,Dataset,3.100,SD,Sample error,10,53.37,112.5,Lizard,3.23,0.56,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
422,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Lajo, France",44.844750,3.430840,1383,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_11,TEWL,mg/g/h,Keep,1.430,Dataset,0.860,SD,Sample error,10,53.37,112.5,Lizard,3.23,0.56,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
403,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Lajo, France",44.844750,3.430840,1383,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_12,TEWL,mg/h,Keep,5.220,Dataset,3.260,SD,Sample error,27,60.08,120,Lizard,4.38,1.04,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
423,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Lajo, France",44.844750,3.430840,1383,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_12,TEWL,mg/g/h,Keep,1.180,Dataset,0.730,SD,Sample error,27,60.08,120,Lizard,4.38,1.04,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
404,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Gerbier de Jonc, France",44.841750,4.215080,1385,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_13,TEWL,mg/h,Keep,3.600,Dataset,3.040,SD,Sample error,10,55.6,116.3,Lizard,3.77,0.58,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
424,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Gerbier de Jonc, France",44.841750,4.215080,1385,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_13,TEWL,mg/g/h,Keep,0.910,Dataset,0.700,SD,Sample error,10,55.6,116.3,Lizard,3.77,0.58,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
405,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Gerbier de Jonc, France",44.841750,4.215080,1385,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_14,TEWL,mg/h,Keep,4.500,Dataset,2.440,SD,Sample error,30,61.35,122.21,Lizard,4.76,0.95,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
425,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Gerbier de Jonc, France",44.841750,4.215080,1385,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_14,TEWL,mg/g/h,Keep,0.960,Dataset,0.520,SD,Sample error,30,61.35,122.21,Lizard,4.76,0.95,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
406,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Chalet du Mont Loz�re, France",44.449090,3.747720,1416,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_16,TEWL,mg/h,Keep,5.350,Dataset,3.030,SD,Sample error,15,61.92,120.92,Lizard,4.69,1.1,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
426,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Chalet du Mont Loz�re, France",44.449090,3.747720,1416,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_16,TEWL,mg/g/h,Keep,1.140,Dataset,0.610,SD,Sample error,15,61.92,120.92,Lizard,4.69,1.1,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
407,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Col du Pendu, France",44.655110,4.030500,1421,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_18,TEWL,mg/h,Keep,5.410,Dataset,2.870,SD,Sample error,15,60.06,116.4,Lizard,4.3,1.03,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
427,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Col du Pendu, France",44.655110,4.030500,1421,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_18,TEWL,mg/g/h,Keep,1.320,Dataset,0.810,SD,Sample error,15,60.06,116.4,Lizard,4.3,1.03,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
395,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Montselgues, France",44.511180,4.008160,1099,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_2,TEWL,mg/h,Keep,7.420,Dataset,1.520,SD,Sample error,17,62.71,130.9,Lizard,4.99,1.72,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
415,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Montselgues, France",44.511180,4.008160,1099,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_2,TEWL,mg/g/h,Keep,1.680,Dataset,0.660,SD,Sample error,17,62.71,130.9,Lizard,4.99,1.72,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
408,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Col du Cheval mort, France",44.667030,3.532770,1454,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_20,TEWL,mg/h,Keep,5.610,Dataset,3.450,SD,Sample error,14,62.28,120.07,Lizard,4.96,1.3,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
428,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Col du Cheval mort, France",44.667030,3.532770,1454,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_20,TEWL,mg/g/h,Keep,1.230,Dataset,0.870,SD,Sample error,14,62.28,120.07,Lizard,4.96,1.3,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
409,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Belair, France",44.672440,4.024960,1464,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_21,TEWL,mg/h,Keep,6.260,Dataset,3.130,SD,Sample error,11,53.8,123.2,Lizard,3.5,0.48,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
429,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Belair, France",44.672440,4.024960,1464,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_21,TEWL,mg/g/h,Keep,1.830,Dataset,0.950,SD,Sample error,11,53.8,123.2,Lizard,3.5,0.48,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
410,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Belair, France",44.672440,4.024960,1464,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_22,TEWL,mg/h,Keep,6.900,Dataset,2.730,SD,Sample error,30,61.68,125.8,Lizard,4.97,1.09,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
430,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Belair, France",44.672440,4.024960,1464,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_22,TEWL,mg/g/h,Keep,1.480,Dataset,0.720,SD,Sample error,30,61.68,125.8,Lizard,4.97,1.09,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
411,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Puy Mary, France",45.107160,2.685030,1470,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_23,TEWL,mg/h,Keep,10.450,Dataset,2.410,SD,Sample error,14,54.35,132.78,Lizard,3.61,0.55,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
431,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Puy Mary, France",45.107160,2.685030,1470,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_23,TEWL,mg/g/h,Keep,2.920,Dataset,0.690,SD,Sample error,14,54.35,132.78,Lizard,3.61,0.55,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
412,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Puy Mary, France",45.107160,2.685030,1470,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_24,TEWL,mg/h,Keep,9.140,Dataset,2.090,SD,Sample error,24,64.65,138.45,Lizard,5.47,1.36,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
432,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Puy Mary, France",45.107160,2.685030,1470,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_24,TEWL,mg/g/h,Keep,1.760,Dataset,0.580,SD,Sample error,24,64.65,138.45,Lizard,5.47,1.36,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
413,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Barnesac, France",44.433190,3.755580,1531,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_26,TEWL,mg/h,Keep,6.690,Dataset,3.130,SD,Sample error,14,59.07,121.57,Lizard,4.39,0.67,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
433,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Barnesac, France",44.433190,3.755580,1531,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_26,TEWL,mg/g/h,Keep,1.540,Dataset,0.740,SD,Sample error,14,59.07,121.57,Lizard,4.39,0.67,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
396,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Tour du viala, France",44.338180,3.767990,1191,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_3,TEWL,mg/h,Keep,8.330,Dataset,3.590,SD,Sample error,12,53.9,123.81,Lizard,3.6,0.53,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
416,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Tour du viala, France",44.338180,3.767990,1191,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_3,TEWL,mg/g/h,Keep,2.330,Dataset,0.950,SD,Sample error,12,53.9,123.81,Lizard,3.6,0.53,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
397,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Tour du viala, France",44.338180,3.767990,1191,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_4,TEWL,mg/h,Keep,7.130,Dataset,3.570,SD,Sample error,30,58.62,125.2,Lizard,4.09,0.83,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
417,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Tour du viala, France",44.338180,3.767990,1191,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_4,TEWL,mg/g/h,Keep,1.820,Dataset,0.990,SD,Sample error,30,58.62,125.2,Lizard,4.09,0.83,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
398,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Carmantran, France",45.156130,2.837860,1268,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_7,TEWL,mg/h,Keep,8.230,Dataset,4.390,SD,Sample error,10,53.22,125.44,Lizard,3.44,0.83,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
418,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Carmantran, France",45.156130,2.837860,1268,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_7,TEWL,mg/g/h,Keep,2.550,Dataset,1.260,SD,Sample error,10,53.22,125.44,Lizard,3.44,0.83,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
399,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Carmantran, France",45.156130,2.837860,1268,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_8,TEWL,mg/h,Keep,6.530,Dataset,2.580,SD,Sample error,23,62.69,123.82,Lizard,5.55,0.91,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
419,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Carmantran, France",45.156130,2.837860,1268,Publication,18,6,2015,28,6,2015,Females,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_8,TEWL,mg/g/h,Keep,1.170,Dataset,0.550,SD,Sample error,23,62.69,123.82,Lizard,5.55,0.91,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
400,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Sources de la Loire, France",44.835180,4.211010,1282,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_9,TEWL,mg/h,Keep,4.580,Dataset,4.250,SD,Sample error,10,54.2,116.5,Lizard,3.59,0.62,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
420,A. Dupoue,Zootoca_vivipara,Zootoca_vivipara,https://link.springer.com/article/10.1007/s00442-017-3973-6,2017,Wild population,"Sources de la Loire, France",44.835180,4.211010,1282,Publication,18,6,2015,28,6,2015,Males,Adults,Controls,NA,1,Loss of body mass,1.028,23.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Dupoue_Oecologia_2017_9,TEWL,mg/g/h,Keep,1.210,Dataset,1.010,SD,Sample error,10,54.2,116.5,Lizard,3.59,0.62,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from mass loss over 24h in a open-top chamber within a temperature and hydrometry monitored room at standard temperature over 24h. All data extracted from our raw data set. Measures done after a very short lab acclimation assumed to be 1 day.
434,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_1,TEWL,mg/h,Keep,6.270,Dataset,2.650,SD,Sample error,9,451.5,531,Snake,81.76,19.5,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
435,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_1,TEWL,mg/h,Keep,27.850,Dataset,3.670,SD,Sample error,9,451.5,531,Snake,81.76,19.5,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
436,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_1,TEWL,mg/h,Keep,16.780,Dataset,3.260,SD,Sample error,9,451.5,531,Snake,81.76,19.5,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
455,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_1,TEWL,mg/g/h,Keep,0.075,Dataset,0.026,SD,Sample error,9,451.5,531,Snake,81.76,19.5,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
456,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_1,TEWL,mg/g/h,Keep,0.356,Dataset,0.095,SD,Sample error,9,451.5,531,Snake,81.76,19.5,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
457,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_1,TEWL,mg/g/h,Keep,0.210,Dataset,0.034,SD,Sample error,9,451.5,531,Snake,81.76,19.5,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
437,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_2,TEWL,mg/h,Keep,6.680,Dataset,1.820,SD,Sample error,12,452.5,512,Snake,80.1,19.34,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
438,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_2,TEWL,mg/h,Keep,28.480,Dataset,8.120,SD,Sample error,12,452.5,512,Snake,80.1,19.34,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
439,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_2,TEWL,mg/h,Keep,15.940,Dataset,2.430,SD,Sample error,12,452.5,512,Snake,80.1,19.34,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
458,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_2,TEWL,mg/g/h,Keep,0.080,Dataset,0.029,SD,Sample error,12,452.5,512,Snake,80.1,19.34,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
459,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_2,TEWL,mg/g/h,Keep,0.336,Dataset,0.089,SD,Sample error,12,452.5,512,Snake,80.1,19.34,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
460,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Digestion,Dupoue_PhysiolBehav_2015_2,TEWL,mg/g/h,Keep,0.198,Dataset,0.036,SD,Sample error,12,452.5,512,Snake,80.1,19.34,SD,NA,"High quality data extracted from dataset, digesting animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because animals were digesting.
440,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_3,TEWL,mg/h,Keep,18.270,Dataset,7.940,SD,Sample error,10,470,548.1,Snake,72.75,21.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
441,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_3,TEWL,mg/h,Keep,83.750,Dataset,35.560,SD,Sample error,10,470,548.1,Snake,72.75,21.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
442,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_3,TEWL,mg/h,Keep,33.150,Dataset,7.980,SD,Sample error,10,470,548.1,Snake,72.75,21.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
461,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_3,TEWL,mg/g/h,Keep,0.265,Dataset,0.111,SD,Sample error,10,470,548.1,Snake,72.75,21.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
462,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_3,TEWL,mg/g/h,Keep,1.235,Dataset,0.605,SD,Sample error,10,470,548.1,Snake,72.75,21.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
463,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_3,TEWL,mg/g/h,Keep,0.497,Dataset,0.213,SD,Sample error,10,470,548.1,Snake,72.75,21.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
443,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_4,TEWL,mg/h,Keep,14.510,Dataset,5.200,SD,Sample error,6,471.3,532.5,Snake,87.61,17.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
444,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_4,TEWL,mg/h,Keep,46.610,Dataset,25.340,SD,Sample error,6,471.3,532.5,Snake,87.61,17.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
445,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_4,TEWL,mg/h,Keep,28.790,Dataset,13.160,SD,Sample error,6,471.3,532.5,Snake,87.61,17.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
464,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_4,TEWL,mg/g/h,Keep,0.171,Dataset,0.064,SD,Sample error,6,471.3,532.5,Snake,87.61,17.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
465,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_4,TEWL,mg/g/h,Keep,0.545,Dataset,0.268,SD,Sample error,6,471.3,532.5,Snake,87.61,17.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
466,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pre-molt,Dupoue_PhysiolBehav_2015_4,TEWL,mg/g/h,Keep,0.342,Dataset,0.158,SD,Sample error,6,471.3,532.5,Snake,87.61,17.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
446,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_5,TEWL,mg/h,Keep,6.820,Dataset,2.510,SD,Sample error,12,456.4,538.2,Snake,72.97,17.16,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
447,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_5,TEWL,mg/h,Keep,31.330,Dataset,14.070,SD,Sample error,12,456.4,538.2,Snake,72.97,17.16,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
448,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_5,TEWL,mg/h,Keep,16.720,Dataset,6.530,SD,Sample error,12,456.4,538.2,Snake,72.97,17.16,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
467,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_5,TEWL,mg/g/h,Keep,0.094,Dataset,0.030,SD,Sample error,12,456.4,538.2,Snake,72.97,17.16,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
468,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_5,TEWL,mg/g/h,Keep,0.428,Dataset,0.169,SD,Sample error,12,456.4,538.2,Snake,72.97,17.16,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
469,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Males,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_5,TEWL,mg/g/h,Keep,0.225,Dataset,0.067,SD,Sample error,12,456.4,538.2,Snake,72.97,17.16,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
449,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_7,TEWL,mg/h,Keep,7.440,Dataset,1.520,SD,Sample error,9,459.7,518.5,Snake,82.64,35.74,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
450,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_7,TEWL,mg/h,Keep,27.770,Dataset,7.500,SD,Sample error,9,459.7,518.5,Snake,82.64,35.74,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
451,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_7,TEWL,mg/h,Keep,15.440,Dataset,4.550,SD,Sample error,9,459.7,518.5,Snake,82.64,35.74,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
470,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_7,TEWL,mg/g/h,Keep,0.099,Dataset,0.026,SD,Sample error,9,459.7,518.5,Snake,82.64,35.74,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
471,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_7,TEWL,mg/g/h,Keep,0.393,Dataset,0.187,SD,Sample error,9,459.7,518.5,Snake,82.64,35.74,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
472,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Controls,Dupoue_PhysiolBehav_2015_7,TEWL,mg/g/h,Keep,0.215,Dataset,0.098,SD,Sample error,9,459.7,518.5,Snake,82.64,35.74,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.
452,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pregnant,Dupoue_PhysiolBehav_2015_8,TEWL,mg/h,Keep,13.390,Dataset,7.430,SD,Sample error,19,459.9,516.7,Snake,94.35,21.88,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set. Data removed because gravid females.
453,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pregnant,Dupoue_PhysiolBehav_2015_8,TEWL,mg/h,Keep,43.220,Dataset,12.760,SD,Sample error,19,459.9,516.7,Snake,94.35,21.88,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.  Data removed because gravid females.
454,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pregnant,Dupoue_PhysiolBehav_2015_8,TEWL,mg/h,Keep,26.260,Dataset,6.840,SD,Sample error,19,459.9,516.7,Snake,94.35,21.88,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.  Data removed because gravid females.
473,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,1.080,20.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pregnant,Dupoue_PhysiolBehav_2015_8,TEWL,mg/g/h,Keep,0.150,Dataset,0.098,SD,Sample error,19,459.9,516.7,Snake,94.35,21.88,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.  Data removed because gravid females.
474,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,3.030,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pregnant,Dupoue_PhysiolBehav_2015_8,TEWL,mg/g/h,Keep,0.474,Dataset,0.161,SD,Sample error,19,459.9,516.7,Snake,94.35,21.88,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.  Data removed because gravid females.
475,A. Dupoue,Vipera_aspis,Vipera_aspis,https://www.sciencedirect.com/science/article/abs/pii/S003193841500116X,2015,Wild population,"Loire Atlantique, France",47.123200,-2.187740,0,Publication,11,6,2012,4,1,2013,Females,Adults,Controls,NA,14,Gaz measurement,2.062,30.0,NA,NA,82.7,FlowFlask,8.50,0.50,No,Pregnant,Dupoue_PhysiolBehav_2015_8,TEWL,mg/g/h,Keep,0.293,Dataset,0.110,SD,Sample error,19,459.9,516.7,Snake,94.35,21.88,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,Water loss measured with open-flow respirometry with flux controlled by inner and outer vents on the top of a flask in highly controlled conditions from animals maintained for 2 weeks acclimation in the lab. All animals came from outdoor enclosures after being captured within the year in the field. Data extracted from raw data set.  Data removed because gravid females.
1832,R. Gavira,Acanthodactylus_boskianus,Acanthodactylus_boskianus,doi: 10.2307/1443018,1974,Wild population,"Sde Boker, Israel",30.873730,34.793620,478,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,2.850,25.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_1,TEWL,mg/g/h,Keep,0.644,Figure,0.095,SE,Sample error,14,NA,NA,Lizard,7.76,1.88,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (29) lizards captured - range: 5.89-8.83g
1833,R. Gavira,Acanthodactylus_boskianus,Acanthodactylus_boskianus,doi: 10.2307/1443018,1974,Wild population,"Sde Boker, Israel",30.873730,34.793620,478,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_1,TEWL,mg/g/h,Keep,1.178,Figure,0.211,SE,Sample error,14,NA,NA,Lizard,7.76,1.88,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (29) lizards captured - range: 5.89-8.83g
1834,R. Gavira,Acanthodactylus_boskianus,Acanthodactylus_boskianus,doi: 10.2307/1443018,1974,Wild population,"Sde Boker, Israel",30.873730,34.793620,478,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.061,35.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_1,TEWL,mg/g/h,Keep,1.775,Figure,0.243,SE,Sample error,13,NA,NA,Lizard,7.76,1.88,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (29) lizards captured - range: 5.89-8.83g
1835,R. Gavira,Acanthodactylus_boskianus,Acanthodactylus_boskianus,doi: 10.2307/1443018,1974,Wild population,"Sde Boker, Israel",30.873730,34.793620,478,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.639,40.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_1,TEWL,mg/g/h,Keep,1.782,Figure,0.274,SE,Sample error,24,NA,NA,Lizard,7.76,1.88,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (29) lizards captured - range: 5.89-8.83g
1836,R. Gavira,Acanthodactylus_boskianus,Acanthodactylus_boskianus,doi: 10.2307/1443018,1974,Wild population,"Sde Boker, Israel",30.873730,34.793620,478,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,7.577,42.5,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_1,TEWL,mg/g/h,Keep,3.897,Figure,0.908,SE,Sample error,15,NA,NA,Lizard,7.76,1.88,SD,NA,"High quality data extracted from figure, panting animals",High quality,Not usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (29) lizards captured - range: 5.89-8.83g
1843,R. Gavira,Acanthodactylus_pardalis,Acanthodactylus_pardalis,doi: 10.2307/1443018,1974,Wild population,"Beersheba, Israel",31.254130,34.789370,287,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,2.850,25.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_2,TEWL,mg/g/h,Keep,1.169,Figure,0.211,SE,Sample error,17,NA,NA,Lizard,9.74,2.34,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (36) lizards captured - range: 7.19-11.37g
1844,R. Gavira,Acanthodactylus_pardalis,Acanthodactylus_pardalis,doi: 10.2307/1443018,1974,Wild population,"Beersheba, Israel",31.254130,34.789370,287,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_2,TEWL,mg/g/h,Keep,1.872,Figure,0.306,SE,Sample error,14,NA,NA,Lizard,9.74,2.34,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (36) lizards captured - range: 7.19-11.37g
1845,R. Gavira,Acanthodactylus_pardalis,Acanthodactylus_pardalis,doi: 10.2307/1443018,1974,Wild population,"Beersheba, Israel",31.254130,34.789370,287,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.061,35.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_2,TEWL,mg/g/h,Keep,2.258,Figure,0.190,SE,Sample error,35,NA,NA,Lizard,9.74,2.34,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (36) lizards captured - range: 7.19-11.37g
1846,R. Gavira,Acanthodactylus_pardalis,Acanthodactylus_pardalis,doi: 10.2307/1443018,1974,Wild population,"Beersheba, Israel",31.254130,34.789370,287,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.639,40.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_2,TEWL,mg/g/h,Keep,4.039,Figure,0.486,SE,Sample error,36,NA,NA,Lizard,9.74,2.34,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (36) lizards captured - range: 7.19-11.37g
1847,R. Gavira,Acanthodactylus_pardalis,Acanthodactylus_pardalis,doi: 10.2307/1443018,1974,Wild population,"Beersheba, Israel",31.254130,34.789370,287,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,7.577,42.5,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_2,TEWL,mg/g/h,Keep,4.972,Figure,0.232,SE,Sample error,20,NA,NA,Lizard,9.74,2.34,SD,NA,"High quality data extracted from figure, panting animals",High quality,Not usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (36) lizards captured - range: 7.19-11.37g
1837,R. Gavira,Acanthodactylus_schreiberi,Acanthodactylus_schreiberi,doi: 10.2307/1443018,1974,Wild population,"Hadera, Israel",32.434550,34.919320,43,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,2.850,25.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_3,TEWL,mg/g/h,Keep,0.885,Figure,0.179,SE,Sample error,24,NA,NA,Lizard,10.94,3.05,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (48) lizards captured - range: 8.35-11.58g
1838,R. Gavira,Acanthodactylus_schreiberi,Acanthodactylus_schreiberi,doi: 10.2307/1443018,1974,Wild population,"Hadera, Israel",32.434550,34.919320,43,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_3,TEWL,mg/g/h,Keep,1.166,Figure,0.126,SE,Sample error,22,NA,NA,Lizard,10.94,3.05,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (48) lizards captured - range: 8.35-11.58g
1839,R. Gavira,Acanthodactylus_schreiberi,Acanthodactylus_schreiberi,doi: 10.2307/1443018,1974,Wild population,"Hadera, Israel",32.434550,34.919320,43,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.061,35.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_3,TEWL,mg/g/h,Keep,1.658,Figure,0.105,SE,Sample error,20,NA,NA,Lizard,10.94,3.05,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (48) lizards captured - range: 8.35-11.58g
1840,R. Gavira,Acanthodactylus_schreiberi,Acanthodactylus_schreiberi,doi: 10.2307/1443018,1974,Wild population,"Hadera, Israel",32.434550,34.919320,43,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.639,40.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_3,TEWL,mg/g/h,Keep,1.769,Figure,0.211,SE,Sample error,42,NA,NA,Lizard,10.94,3.05,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (48) lizards captured - range: 8.35-11.58g
1841,R. Gavira,Acanthodactylus_schreiberi,Acanthodactylus_schreiberi,doi: 10.2307/1443018,1974,Wild population,"Hadera, Israel",32.434550,34.919320,43,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,7.577,42.5,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_3,TEWL,mg/g/h,Keep,4.625,Figure,0.211,SE,Sample error,20,NA,NA,Lizard,10.94,3.05,SD,NA,"High quality data extracted from figure, panting animals",High quality,Not usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (48) lizards captured - range: 8.35-11.58g
1842,R. Gavira,Acanthodactylus_schreiberi,Acanthodactylus_schreiberi,doi: 10.2307/1443018,1974,Wild population,"Hadera, Israel",32.434550,34.919320,43,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,8.626,45.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_3,TEWL,mg/g/h,Keep,5.874,Figure,0.126,SE,Sample error,10,NA,NA,Lizard,10.94,3.05,SD,NA,"High quality data extracted from figure, panting animals",High quality,Not usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (48) lizards captured - range: 8.35-11.58g
1848,R. Gavira,Acanthodactylus_scutellatus,Acanthodactylus_scutellatus,doi: 10.2307/1443018,1974,Wild population,"Tel Aviv, Israel",32.086990,34.781780,20,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,2.850,25.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_4,TEWL,mg/g/h,Keep,0.882,Figure,0.116,SE,Sample error,14,NA,NA,Lizard,6.65,1.75,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (34) lizards captured - range: 5.59-7.92g
1849,R. Gavira,Acanthodactylus_scutellatus,Acanthodactylus_scutellatus,doi: 10.2307/1443018,1974,Wild population,"Tel Aviv, Israel",32.086990,34.781780,20,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_4,TEWL,mg/g/h,Keep,0.994,Figure,0.169,SE,Sample error,14,NA,NA,Lizard,6.65,1.75,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (34) lizards captured - range: 5.59-7.92g
1850,R. Gavira,Acanthodactylus_scutellatus,Acanthodactylus_scutellatus,doi: 10.2307/1443018,1974,Wild population,"Tel Aviv, Israel",32.086990,34.781780,20,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,5.061,35.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_4,TEWL,mg/g/h,Keep,1.880,Figure,0.158,SE,Sample error,14,NA,NA,Lizard,6.65,1.75,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (34) lizards captured - range: 5.59-7.92g
1851,R. Gavira,Acanthodactylus_scutellatus,Acanthodactylus_scutellatus,doi: 10.2307/1443018,1974,Wild population,"Tel Aviv, Israel",32.086990,34.781780,20,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,6.639,40.0,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_4,TEWL,mg/g/h,Keep,2.801,Figure,0.095,SE,Sample error,34,NA,NA,Lizard,6.65,1.75,SD,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (34) lizards captured - range: 5.59-7.92g
1852,R. Gavira,Acanthodactylus_scutellatus,Acanthodactylus_scutellatus,doi: 10.2307/1443018,1974,Wild population,"Tel Aviv, Israel",32.086990,34.781780,20,Publication,NA,6,1968,NA,7,1968,Males,Not specified,Controls,NA,NA,Change in mass of a dessicant,7.577,42.5,NA,NA,50.0,FlowChamber,3.00,1.25,No,NA,Duvdevani_Copeia_1974_4,TEWL,mg/g/h,Keep,8.023,Figure,1.183,SE,Sample error,20,NA,NA,Lizard,6.65,1.75,SD,NA,"High quality data extracted from figure, panting animals",High quality,Not usable data,Water loss measured from wild caught animals maintained in outdoor cages for a small number of males at distinct temperatures from 25 to 45�C after two days of fasting. Water loss obtained from water mass calculation (after condensation of excurrent air) in an open-flow chamber with dry air and constant temperature after an initial period without records. Data reported in a Figure and high data at high body temperature removed because animals were probably panting or active. Body mass estimated from the mean of all (34) lizards captured - range: 5.59-7.92g
1582,R. Gavira,Carphophis_vermis,Carphophis_vermis,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_1,TEWL,mg/g/h,Keep,4.300,Table,0.250,SE,Sample error,24,NA,NA,Snake,5.97,NA,NA,46.52,High quality data extracted from table,High quality,Usable data,Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. 
1594,R. Gavira,Carphophis_vermis,Carphophis_vermis,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_1,CWL,mg/cm2/h,Keep,4.400,Table,1.000,SE,Sample error,16,NA,NA,Snake,4.89,NA,NA,46.52,High quality data extracted from table,High quality,Usable data,"Mass loss  where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated during 12 hours in adults and juveniles of the same 4 species (reported in Table 5) when skin is covered by a plastic to avoid CWL. Data reported from the difference between TWL and RWL, and then divided by a measure of surface area. Raw data not available. Data taken from table 5"
1591,R. Gavira,Carphophis_vermis,Carphophis_vermis,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Dessication to death,Elick_AmMidNatural_1972_10,TEWL,mg/g/h,Keep,6.200,Table,1.270,SE,Sample error,8,NA,NA,Snake,5.69,NA,NA,44.89,"Low quality data extracted from table, dessication to death experiment",Low quality,Not usable data,"Mass loss  where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated during 12 hours in adults and juveniles of the same 4 species (reported in Table 5) when skin is covered by a plastic to avoid CWL. Data reported from the difference between TWL and RWL, and then divided by a measure of surface area. Raw data not available. Data extrated from Table 2. Animals were in a desiccation tolerance experiment, and data were taken just prior to death."
1592,R. Gavira,Virginia_valeriae,Virginia_valeriae,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Dessication to death,Elick_AmMidNatural_1972_11,TEWL,mg/g/h,Keep,1.400,Table,0.210,SE,Sample error,3,NA,NA,Snake,5.35,NA,NA,35.05,"Low quality data extracted from table, dessication to death experiment",Low quality,Not usable data,"Mass loss  where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated during 12 hours in adults and juveniles of the same 4 species (reported in Table 5) when skin is covered by a plastic to avoid CWL. Data reported from the difference between TWL and RWL, and then divided by a measure of surface area. Raw data not available. Data extrated from Table 2. Animals were in a desiccation tolerance experiment, and data were taken just prior to death."
1593,R. Gavira,Storeria_dekayi+Storeria_occipitomaculata,Storeria_spp.,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Dessication to death,Elick_AmMidNatural_1972_12,TEWL,mg/g/h,Keep,2.100,Table,0.440,SE,Sample error,6,NA,NA,Snake,4.76,NA,NA,NA,"Low quality data extracted from table, dessication to death experiment, mixed species data",Low quality,Not usable data,"Mass loss  where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated during 12 hours in adults and juveniles of the same 4 species (reported in Table 5) when skin is covered by a plastic to avoid CWL. Data reported from the difference between TWL and RWL, and then divided by a measure of surface area. Raw data not available. Data extrated from Table 2. Animals were in a desiccation tolerance experiment, and data were taken just prior to death. Data here is the WL of 2 different species together."
1583,R. Gavira,Carphophis_vermis,Carphophis_vermis,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Juveniles,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_2,TEWL,mg/g/h,Keep,7.700,Table,0.700,SE,Sample error,8,NA,NA,Snake,1.69,NA,NA,18.28,High quality data extracted from table,High quality,Usable data,Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. 
1595,R. Gavira,Carphophis_vermis,Carphophis_vermis,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Juveniles,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_2,CWL,mg/cm2/h,Keep,20.500,Table,5.990,SE,Sample error,3,NA,NA,Snake,1.51,NA,NA,18.28,High quality data extracted from table,High quality,Usable data,"Mass loss  where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated during 12 hours in adults and juveniles of the same 4 species (reported in Table 5) when skin is covered by a plastic to avoid CWL. Data reported from the difference between TWL and RWL, and then divided by a measure of surface area. Raw data not available. Data taken from table 5"
1584,R. Gavira,Diadophis_punctatus,Diadophis_punctatus,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_3,TEWL,mg/g/h,Keep,4.700,Table,0.330,SE,Sample error,28,NA,NA,Snake,4.5,NA,NA,32.93,High quality data extracted from table,High quality,Usable data,Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. 
1596,R. Gavira,Diadophis_punctatus,Diadophis_punctatus,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_3,CWL,mg/cm2/h,Keep,2.500,Table,0.370,SE,Sample error,10,NA,NA,Snake,6.08,NA,NA,32.93,High quality data extracted from table,High quality,Usable data,"Mass loss  where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated during 12 hours in adults and juveniles of the same 4 species (reported in Table 5) when skin is covered by a plastic to avoid CWL. Data reported from the difference between TWL and RWL, and then divided by a measure of surface area. Raw data not available. Data taken from table 5"
1585,R. Gavira,Diadophis_punctatus,Diadophis_punctatus,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Juveniles,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_4,TEWL,mg/g/h,Keep,7.900,Table,1.090,SE,Sample error,5,NA,NA,Snake,1.74,NA,NA,15.99,High quality data extracted from table,High quality,Usable data,Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. 
1597,R. Gavira,Diadophis_punctatus,Diadophis_punctatus,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Juveniles,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_4,CWL,mg/cm2/h,Keep,11.500,Table,1.860,SE,Sample error,6,NA,NA,Snake,1.62,NA,NA,15.99,High quality data extracted from table,High quality,Usable data,"Mass loss  where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated during 12 hours in adults and juveniles of the same 4 species (reported in Table 5) when skin is covered by a plastic to avoid CWL. Data reported from the difference between TWL and RWL, and then divided by a measure of surface area. Raw data not available. Data taken from table 5"
1586,R. Gavira,Virginia_valeriae,Virginia_valeriae,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_5,TEWL,mg/g/h,Keep,2.600,Table,0.240,SE,Sample error,13,NA,NA,Snake,4.84,NA,NA,32.48,High quality data extracted from table,High quality,Usable data,Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. 
1598,R. Gavira,Virginia_valeriae,Virginia_valeriae,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_5,CWL,mg/cm2/h,Keep,0.100,Table,0.100,SE,Sample error,5,NA,NA,Snake,4.51,NA,NA,32.48,High quality data extracted from table,High quality,Usable data,"Mass loss  where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated during 12 hours in adults and juveniles of the same 4 species (reported in Table 5) when skin is covered by a plastic to avoid CWL. Data reported from the difference between TWL and RWL, and then divided by a measure of surface area. Raw data not available. Data taken from table 5"
1587,R. Gavira,Virginia_valeriae,Virginia_valeriae,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Juveniles,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_6,TEWL,mg/g/h,Keep,6.400,Table,1.670,SE,Sample error,3,NA,NA,Snake,1.76,NA,NA,15.06,High quality data extracted from table,High quality,Usable data,Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. 
1588,R. Gavira,Tantilla_gracilis,Tantilla_gracilis,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_7,TEWL,mg/g/h,Keep,7.300,Table,1.020,SE,Sample error,10,NA,NA,Snake,1.75,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. 
1589,R. Gavira,Tantilla_gracilis,Tantilla_gracilis,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Juveniles,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Acclimatted at 20C for 2w,Elick_AmMidNatural_1972_8,TEWL,mg/g/h,Keep,5.700,Table,0.160,SE,Sample error,2,NA,NA,Snake,0.87,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. 
1590,R. Gavira,Diadophis_punctatus,Diadophis_punctatus,doi: 10.2307/2424367,1972,Wild population,"Ozark National Forest, AR, USA",35.585000,-93.103000,245,Publication,NA,7,1967,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,3.167,25.0,NA,NA,50.0,FlowChamber,7.00,12.00,No,Dessication to death,Elick_AmMidNatural_1972_9,TEWL,mg/g/h,Keep,4.200,Table,0.330,SE,Sample error,8,NA,NA,Snake,3.5,NA,NA,27.2,"Low quality data extracted from table, dessication to death experiment",Low quality,Not usable data,"Mass loss during a dessication  experiment where animals are put in a chamber with a dry air and a flow through system (also called dessication chamber) and mass is recorded regularly. Mass loss calculated from last mass check until death with durations ranging from 64 to 175 hours between studies (these data are not reported here) or during 12 hours in adults and juveniles of the same 4 species (reported in Table 4). Only those later data are high quality for our purpose and are reported here. Data extrated from Table 2. Animals were in a desiccation tolerance experiment, and data were taken just prior to death."
2043,R. Gavira,Agama_stellio_ssp.,Stellagama_stellio_ssp.,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.088,25.0,25.34,25.42,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_1,CWL,mg/cm2/h,Keep,0.445,Figure,0.420,SE,Sample error,5,NA,NA,Lizard,45,7.3,SD,94,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. I tried to find out what subspecies is this one. Not sure, but according to its distribution described in the paper, it should be Stellagama stellio picea, Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2044,R. Gavira,Agama_stellio_ssp.,Stellagama_stellio_ssp.,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,4.234,30.0,31.56,32.10,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_1,CWL,mg/cm2/h,Keep,0.552,Figure,0.544,SE,Sample error,5,NA,NA,Lizard,45,7.3,SD,94,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. I tried to find out what subspecies is this one. Not sure, but according to its distribution described in the paper, it should be Stellagama stellio picea, Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2045,R. Gavira,Agama_stellio_ssp.,Stellagama_stellio_ssp.,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.615,35.0,36.42,36.90,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_1,CWL,mg/cm2/h,Keep,0.756,Figure,0.719,SE,Sample error,5,NA,NA,Lizard,45,7.3,SD,94,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. I tried to find out what subspecies is this one. Not sure, but according to its distribution described in the paper, it should be Stellagama stellio picea, Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2046,R. Gavira,Agama_stellio_brachydaetyla,Stellagama_stellio_brachydactyla,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.088,25.0,25.34,25.42,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_2,CWL,mg/cm2/h,Keep,0.450,Figure,0.459,SE,Sample error,5,NA,NA,Lizard,48,2.8,SD,99,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2047,R. Gavira,Agama_stellio_brachydaetyla,Stellagama_stellio_brachydactyla,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,4.234,30.0,31.56,32.10,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_2,CWL,mg/cm2/h,Keep,0.550,Figure,0.534,SE,Sample error,5,NA,NA,Lizard,48,2.8,SD,99,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2048,R. Gavira,Agama_stellio_brachydaetyla,Stellagama_stellio_brachydactyla,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.615,35.0,36.42,36.90,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_2,CWL,mg/cm2/h,Keep,0.620,Figure,0.638,SE,Sample error,5,NA,NA,Lizard,48,2.8,SD,99,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2049,R. Gavira,Agama_savignii,Trapelus_savignii,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.088,25.0,25.34,25.42,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_3,CWL,mg/cm2/h,Keep,0.396,Figure,0.369,SE,Sample error,4,NA,NA,Lizard,28,2.9,SD,72,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2050,R. Gavira,Agama_savignii,Trapelus_savignii,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,4.234,30.0,31.56,32.10,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_3,CWL,mg/cm2/h,Keep,0.400,Figure,0.420,SE,Sample error,4,NA,NA,Lizard,28,2.9,SD,72,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2051,R. Gavira,Agama_savignii,Trapelus_savignii,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.615,35.0,36.42,36.90,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_3,CWL,mg/cm2/h,Keep,0.393,Figure,0.405,SE,Sample error,4,NA,NA,Lizard,28,2.9,SD,72,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2052,R. Gavira,Agama_pallida,Trapelus_mutabilis_pallidus,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.088,25.0,25.34,25.42,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_4,CWL,mg/cm2/h,Keep,0.469,Figure,0.494,SE,Sample error,6,NA,NA,Lizard,14,1.6,SD,48,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2053,R. Gavira,Agama_pallida,Trapelus_mutabilis_pallidus,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,4.234,30.0,31.56,32.10,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_4,CWL,mg/cm2/h,Keep,0.383,Figure,0.364,SE,Sample error,6,NA,NA,Lizard,14,1.6,SD,48,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2054,R. Gavira,Agama_pallida,Trapelus_mutabilis_pallidus,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.615,35.0,36.42,36.90,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_4,CWL,mg/cm2/h,Keep,0.267,Figure,0.277,SE,Sample error,6,NA,NA,Lizard,14,1.6,SD,48,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2055,R. Gavira,Agama_sinaita,Pseudotrapelus_sinaitus,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.088,25.0,25.34,25.42,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_5,CWL,mg/cm2/h,Keep,0.438,Figure,0.415,SE,Sample error,4,NA,NA,Lizard,14,1.9,SD,52,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2056,R. Gavira,Agama_sinaita,Pseudotrapelus_sinaitus,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,4.234,30.0,31.56,32.10,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_5,CWL,mg/cm2/h,Keep,0.370,Figure,0.350,SE,Sample error,4,NA,NA,Lizard,14,1.9,SD,52,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2057,R. Gavira,Agama_sinaita,Pseudotrapelus_sinaitus,doi: 10.1007/BF00323502,1993,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.615,35.0,36.42,36.90,194.0,FlowChamber,1.60,NA,No,NA,Eynan_Oecol_1993_5,CWL,mg/cm2/h,Keep,0.223,Figure,0.235,SE,Sample error,4,NA,NA,Lizard,14,1.9,SD,52,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured on wild-caught animals acclimated for at least a year to lab conditions. Water loss from animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with separate estimates of cutaneous (whole body) and respiratory water loss using excurrent air and mass of a dessicant increase. Measurements done on the same animals at three different body temperatures. Data for RWL and CWL calculated post-hoc and reported in Figure 2 for CWL and percentage of total in Table 3. Data in the figure are as CWL, as they also provided the % of CWL in total WL, it was possible to calculate TEWL."
2328,M.A. Carretero,Psammodromus_algirus,Psammodromus_algirus,doi: 10.7717/peerj.2107,2016,Wild population,"Nabainhos - Serra da Estrela, Portugal",40.510000,-7.530000,683,Publication,21,4,2015,22,4,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_1,TEWL,%/h,Keep,0.087,Dataset,0.043,SD,Sample error,8,74.38,NA,Lizard,11.5727,0.9481,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2333,M.A. Carretero,Psammodromus_algirus,Psammodromus_algirus,doi: 10.7717/peerj.2107,2016,Wild population,"Nabainhos - Serra da Estrela, Portugal",40.510000,-7.530000,683,Publication,21,4,2015,22,4,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_1,TEWL,mg/h,Keep,9.773,Dataset,4.516,SD,Sample error,8,74.38,NA,Lizard,11.5727,0.9481,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2329,M.A. Carretero,Lacerta_schreiberi,Lacerta_schreiberi,doi: 10.7717/peerj.2107,2016,Wild population,"Vair?o, Portugal",41.330000,-8.670000,100,Publication,2,5,2015,9,5,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_2,TEWL,%/h,Keep,0.169,Dataset,0.058,SD,Sample error,8,95.99,NA,Lizard,23.5756,2.5086,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2334,M.A. Carretero,Lacerta_schreiberi,Lacerta_schreiberi,doi: 10.7717/peerj.2107,2016,Wild population,"Vair?o, Portugal",41.330000,-8.670000,100,Publication,2,5,2015,9,5,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_2,TEWL,mg/h,Keep,38.690,Dataset,15.912,SD,Sample error,8,95.99,NA,Lizard,23.5756,2.5086,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2330,M.A. Carretero,Timon_lepidus_ibericus,Timon_lepidus_ibericus,doi: 10.7717/peerj.2107,2016,Wild population,"Vair?o, Portugal",41.330000,-8.670000,100,Publication,2,5,2015,3,5,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_3,TEWL,%/h,Keep,0.115,Dataset,0.037,SD,Sample error,6,142.72,NA,Lizard,69.7208,5.2468,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2335,M.A. Carretero,Timon_lepidus_ibericus,Timon_lepidus_ibericus,doi: 10.7717/peerj.2107,2016,Wild population,"Vair?o, Portugal",41.330000,-8.670000,100,Publication,2,5,2015,3,5,2015,Males,Adults,Controls,NA,2,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_3,TEWL,mg/h,Keep,78.892,Dataset,23.639,SD,Sample error,6,142.72,NA,Lizard,69.7208,5.2468,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2331,M.A. Carretero,Podarcis_bocagei,Podarcis_bocagei,doi: 10.7717/peerj.2107,2016,Wild population,"Moledo, Portugal",41.840000,-8.870000,10,Publication,26,7,2010,28,7,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_4,TEWL,%/h,Keep,0.261,Dataset,0.069,SD,Sample error,10,54.04,NA,Lizard,3.5832,0.1919,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2336,M.A. Carretero,Podarcis_bocagei,Podarcis_bocagei,doi: 10.7717/peerj.2107,2016,Wild population,"Moledo, Portugal",41.840000,-8.870000,10,Publication,26,7,2010,28,7,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_4,TEWL,mg/h,Keep,9.192,Dataset,1.989,SD,Sample error,10,54.04,NA,Lizard,3.5832,0.1919,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2332,M.A. Carretero,Podarcis_guadarramae_lusitanicus,Podarcis_guadarramae_lusitanicus,doi: 10.7717/peerj.2107,2016,Wild population,"Moledo, Portugal",41.840000,-8.870000,10,Publication,25,7,2010,27,7,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_5,TEWL,%/h,Keep,0.219,Dataset,0.069,SD,Sample error,9,53.73,NA,Lizard,3.0744,0.1391,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
2337,M.A. Carretero,Podarcis_guadarramae_lusitanicus,Podarcis_guadarramae_lusitanicus,doi: 10.7717/peerj.2107,2016,Wild population,"Moledo, Portugal",41.840000,-8.870000,10,Publication,25,7,2010,27,7,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.238,24.0,NA,NA,0.0,SealedBox,NA,12.00,No,NA,Ferreira_PeerJ_2016_5,TEWL,mg/h,Keep,6.686,Dataset,2.097,SD,Sample error,9,53.73,NA,Lizard,3.0744,0.1391,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals from 5 species in 3 localities from Northern Portugal. Adult males captured during peak reproductive period then measured for water loss after 1-2 days of acclimation in the lab. Water loss measured from body mass loss at low relative humidity (ca 25%) and a constant temperature during 12 hours. Water loss calculated from total body mass loss. Apparatus: Sartorius CPA model 224S
1577,R. Gavira,Thamnophis_elegans_vagrans,Thamnophis_elegans_vagrans,doi: 10.2307/3669111,1967,Wild population,"Wall Lake, New Mexico, USA",33.349000,-108.078000,2100,Publication,NA,NA,1959,NA,NA,1962,Both sexes,Both age classes,Controls,NA,NA,Loss of body mass,NA,27.0,NA,NA,0.0,SealedBox,NA,5.00,Not specified,NA,Fleharty_SouthwNatur_1967_1,TEWL,%/h,Keep,0.114,Table,0.006,SE,Sample error,25,NA,704.3,Snake,NA,NA,NA,NA,Low quality data extracted from table,Low quality,Usable data,"Water loss measured by weight loss of field-captured animals put in a dry jar for five hours without much detailed information. Data reported from a figure in % per hour but no mass data. The data of water loss are expressed in percentage of mass loss, but there are not the body masses of the animals. It's mentioned only the lenght of the overall snakes, but it's not clear the size of the animals measured during EWL, As the data is expressed in % of BM loss for the entire experiment (5h), I divided it by five to get the data in %/h."
1578,R. Gavira,Thamnophis_cyrtopsis_cyrtopsis,Thamnophis_cyrtopsis_cyrtopsis,doi: 10.2307/3669111,1967,Wild population,"Wall Lake, New Mexico, USA",33.349000,-108.078000,2100,Publication,NA,NA,1959,NA,NA,1962,Both sexes,Both age classes,Controls,NA,NA,Loss of body mass,NA,27.0,NA,NA,0.0,SealedBox,NA,5.00,Not specified,NA,Fleharty_SouthwNatur_1967_2,TEWL,%/h,Keep,0.150,Table,0.006,SE,Sample error,23,NA,564.6,Snake,NA,NA,NA,NA,Low quality data extracted from table,Low quality,Usable data,"Water loss measured by weight loss of field-captured animals put in a dry jar for five hours without much detailed information. Data reported from a figure in % per hour but no mass data. The data of water loss are expressed in percentage of mass loss, but there are not the body masses of the animals. It's mentioned only the lenght of the overall snakes, but it's not clear the size of the animals measured during EWL, As the data is expressed in % of BM loss for the entire experiment (5h), I divided it by five to get the data in %/h."
1579,R. Gavira,Thamnophis_rufipunctatus,Thamnophis_rufipunctatus,doi: 10.2307/3669111,1967,Wild population,"Wall Lake, New Mexico, USA",33.349000,-108.078000,2100,Publication,NA,NA,1959,NA,NA,1962,Both sexes,Both age classes,Controls,NA,NA,Loss of body mass,NA,27.0,NA,NA,0.0,SealedBox,NA,5.00,Not specified,NA,Fleharty_SouthwNatur_1967_3,TEWL,%/h,Keep,0.184,Table,0.035,SE,Sample error,2,NA,644.6,Snake,NA,NA,NA,NA,Low quality data extracted from table,Low quality,Usable data,"Water loss measured by weight loss of field-captured animals put in a dry jar for five hours without much detailed information. Data reported from a figure in % per hour but no mass data. The data of water loss are expressed in percentage of mass loss, but there are not the body masses of the animals. It's mentioned only the lenght of the overall snakes, but it's not clear the size of the animals measured during EWL, As the data is expressed in % of BM loss for the entire experiment (5h), I divided it by five to get the data in %/h."
1955,R. Gavira,Amphisbaena_alba,Amphisbaena_alba,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,Venezuela,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_1,TEWL,mg/g/h,Keep,2.680,Table,NA,NA,NA,1,NA,NA,Worm lizard,110.48,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 1"
1966,R. Gavira,Typhlops_platycephalus,Antillotyphlops_platycephalus,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Arecibo, Puerto Rico",18.459890,-66.743900,42,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_10,TEWL,mg/g/h,Keep,40.965,Table,24.670,SD,Sample error,4,NA,NA,Worm lizard,1.88,1.53,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 1
1967,R. Gavira,Typhlops_platycephalus,Antillotyphlops_platycephalus,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Arecibo, Puerto Rico",18.459890,-66.743900,42,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,Flowing air,Gans_CBP_1968_11,TEWL,mg/g/h,Keep,30.342,Table,7.025,SD,Sample error,2,NA,NA,Worm lizard,1.61,1.16,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 4
1968,R. Gavira,Typhlops_platycephalus,Antillotyphlops_platycephalus,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Arecibo, Puerto Rico",18.459890,-66.743900,42,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,0.0,FlowFlask,NA,4.50,No,Still air,Gans_CBP_1968_11,TEWL,mg/g/h,Keep,35.447,Table,14.315,SD,Sample error,2,NA,NA,Worm lizard,1.61,1.16,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 4
1969,R. Gavira,Cylindrophis_rufus,Cylindrophis_ruffus,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Bangkok, Thailand",13.768000,100.574000,4,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_12,TEWL,mg/g/h,Keep,13.760,Table,NA,NA,NA,1,NA,NA,Worm lizard,6.48,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 1"
1970,R. Gavira,Eryx_conicus,Eryx_conicus,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,Pakistan,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_13,TEWL,mg/g/h,Keep,0.390,Table,NA,NA,NA,1,NA,NA,Snake,41.19,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 1"
1971,R. Gavira,Dasypeltis_atra,Dasypeltis_atra,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Komasio Mts., Kenya",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_14,TEWL,mg/g/h,Keep,2.340,Table,NA,NA,NA,1,NA,NA,Snake,19.77,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 1"
1972,R. Gavira,Lampropeltis_doliata_triangulum,Lampropeltis_elapsoides,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Erie Co., New York, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_15,TEWL,mg/g/h,Keep,1.073,Table,0.670,SD,Sample error,3,NA,NA,Snake,119.81,44.06,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 1
1973,R. Gavira,Lampropeltis_doliata_triangulum,Lampropeltis_elapsoides,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Erie Co., New York, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.208,27.0,NA,NA,320.0,FlowFlask,NA,3.00,No,Inactivity,Gans_CBP_1968_16,TEWL,mg/g/h,Keep,1.761,Figure,NA,NA,NA,1,NA,NA,Snake,69,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), mean data (from 3 points) taken from Fig. 2"
1974,R. Gavira,Lampropeltis_doliata_triangulum,Lampropeltis_elapsoides,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Erie Co., New York, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Active,NA,Change in mass of a dessicant,3.208,27.0,NA,NA,320.0,FlowFlask,NA,3.00,Yes,Moving with the head on substrate and climbing,Gans_CBP_1968_16,TEWL,mg/g/h,Keep,3.456,Figure,1.279,SD,Sample error,1,NA,NA,Snake,69,NA,NA,NA,"Medium quality data extracted from figure, active animals",Medium quality,Not usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. snake moving,  low sample (n=1), mean data (from 2 points) taken from Fig. 2. Data removed because animals obviously active. Mean and SD of four records of data."
1978,R. Gavira,Lampropeltis_doliata_triangulum,Lampropeltis_elapsoides,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Erie Co., New York, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,3.208,27.0,NA,NA,320.0,FlowFlask,NA,15.00,Yes,NA,Gans_CBP_1968_17,TEWL,mg/h,Keep,322.000,Table,NA,NA,NA,1,NA,NA,Snake,150,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. doubly labeled water measurment, low sample (n=1), data taken from Table 2. Data excluded because of DWL technique = non standard measurement."
1979,R. Gavira,Lampropeltis_doliata_triangulum,Lampropeltis_elapsoides,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Erie Co., New York, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,3.208,27.0,NA,NA,320.0,FlowFlask,NA,15.00,Yes,NA,Gans_CBP_1968_17,TEWL,mg/cm2/h,Keep,1.040,Table,NA,NA,NA,1,NA,NA,Snake,150,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. doubly labeled water measurment, low sample (n=1), data taken from Table 2. Data excluded because of DWL technique = non standard measurement. No data on surface area."
1980,R. Gavira,Lampropeltis_doliata_triangulum,Lampropeltis_elapsoides,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Erie Co., New York, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.788,34.0,NA,NA,320.0,FlowFlask,NA,15.00,No,NA,Gans_CBP_1968_17,TEWL,mg/h,Keep,100.800,Table,NA,NA,NA,1,NA,NA,Snake,150,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. doubly labeled water measurment, low sample (n=1), data taken from Table 2."
1981,R. Gavira,Lampropeltis_doliata_triangulum,Lampropeltis_elapsoides,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Erie Co., New York, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.788,34.0,NA,NA,320.0,FlowFlask,NA,15.00,No,NA,Gans_CBP_1968_17,TEWL,mg/cm2/h,Keep,0.210,Table,NA,NA,NA,1,NA,NA,Snake,150,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. doubly labeled water measurment, low sample (n=1), data taken from Table 2. No data on surface area."
1982,R. Gavira,Natrix_sipedon_sipedon,Nerodia_sipedon_sipedon,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_18,TEWL,mg/g/h,Keep,1.550,Table,NA,NA,NA,1,NA,NA,Snake,74.02,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 1"
1983,R. Gavira,Pituophis_melanoleucus_catenifer,Pituophis_melanoleucus,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_19,TEWL,mg/g/h,Keep,0.800,Table,NA,NA,NA,1,NA,NA,Snake,46.63,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 1"
1956,R. Gavira,Amphisbaena_caeca,Amphisbaena_caeca,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Arecibo, Puerto Rico",18.459890,-66.743900,42,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_2,TEWL,mg/g/h,Keep,27.770,Table,29.630,SD,Sample error,3,NA,NA,Worm lizard,5.44,2.58,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 1
1984,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_20,TEWL,mg/h,Keep,56.060,Table,13.180,SD,Sample error,3,NA,NA,Snake,63.06,31.14,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5.
1985,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,3.208,27.0,NA,NA,200.0,FlowFlask,NA,NA,Yes,NA,Gans_CBP_1968_20,TEWL,mg/h,Keep,86.500,Table,68.940,SD,Sample error,3,NA,NA,Snake,63.06,31.14,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. Data excluded because of DWL technique = non standard measurement.
1986,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,4.279,32.0,NA,NA,200.0,FlowFlask,NA,NA,Yes,NA,Gans_CBP_1968_21,TEWL,mg/h,Keep,54.700,Table,NA,NA,NA,1,NA,NA,Snake,27.12,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1). Data excluded because of DWL technique = non standard measurement.
1987,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,4.788,34.0,NA,NA,200.0,FlowFlask,NA,NA,Yes,NA,Gans_CBP_1968_21,TEWL,mg/h,Keep,50.300,Table,NA,NA,NA,1,NA,NA,Snake,27.12,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1). Data excluded because of DWL technique = non standard measurement.
1988,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,6.293,39.0,NA,NA,200.0,FlowFlask,NA,NA,Yes,NA,Gans_CBP_1968_21,TEWL,mg/h,Keep,68.300,Table,NA,NA,NA,1,NA,NA,Snake,27.12,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1). Data excluded because of DWL technique = non standard measurement.
1994,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,4.279,32.0,NA,NA,200.0,FlowFlask,NA,NA,No,NA,Gans_CBP_1968_21,TEWL,mg/cm2/h,Keep,0.750,Table,NA,NA,NA,1,NA,NA,Snake,27.12,NA,NA,200.35,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 2. Data excluded because of DWL technique = non standard measurement. Surface area calculated from regression equation."
1995,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,4.788,34.0,NA,NA,200.0,FlowFlask,NA,NA,No,NA,Gans_CBP_1968_21,TEWL,mg/cm2/h,Keep,0.690,Table,NA,NA,NA,1,NA,NA,Snake,27.12,NA,NA,200.35,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 2. Data excluded because of DWL technique = non standard measurement. Surface area calculated from regression equation."
1996,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,6.293,39.0,NA,NA,200.0,FlowFlask,NA,NA,No,NA,Gans_CBP_1968_21,TEWL,mg/cm2/h,Keep,0.940,Table,NA,NA,NA,1,NA,NA,Snake,27.12,NA,NA,200.35,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 2. Data excluded because of DWL technique = non standard measurement. Surface area calculated from regression equation."
2761,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,3.209,32.0,NA,NA,200.0,FlowFlask,NA,NA,No,NA,Gans_CBP_1968_21,TEWL,mg/cm2/h,Keep,0.590,Table,0.280,SE,Sample error,1,NA,NA,Snake,27.12,NA,NA,200.35,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken fr Surface area calculated from a regression equation.om Table 2. Data excluded because of DWL technique = non standard measurement.  Surface area calculated from a regression equation."
1989,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.271,27.0,NA,NA,300.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_22,TEWL,mg/g/h,Keep,0.467,Table,0.159,SD,Sample error,3,NA,NA,Snake,471.33,33.84,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. 
2000,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.400,27.0,NA,NA,3000.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_22,TEWL,mg/g/h,Keep,0.553,Table,0.063,SD,Sample error,3,NA,NA,Snake,471.33,33.84,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 3
1990,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.959,27.0,NA,NA,1000.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_23,TEWL,mg/g/h,Keep,0.505,Table,0.035,SD,Sample error,2,NA,NA,Snake,490,14.14,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. 
1991,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.397,27.0,NA,NA,3000.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_24,TEWL,mg/g/h,Keep,0.560,Table,0.064,SD,Sample error,3,NA,NA,Snake,473.5,27.97,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. 
1992,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,NA,Loss of body mass,3.397,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_25,TEWL,mg/g/h,Keep,1.302,Figure,0.811,SD,Sample error,21,NA,NA,Snake,137.38,207.82,SD,722.69,High quality data extracted from figure,High quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. Data extracted from Fig. 3  with individual data, range of body mass: 7 - 613g. Surface area obtained from a regression equation."
2762,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,NA,Loss of body mass,3.397,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_25,TEWL,mg/h,Keep,77.798,Figure,87.000,SD,Sample error,21,NA,NA,Snake,137.38,207.82,SD,722.69,High quality data extracted from figure,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. Data extracted from figure 3. Surface area calculated from a regression equation. Data excluded because of DWL technique = non standard measurement.  Surface area calculated from a regression equation.
1993,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Doubly labeled water,3.208,27.0,NA,NA,200.0,FlowFlask,NA,NA,No,NA,Gans_CBP_1968_26,TEWL,mg/cm2/h,Keep,0.557,Table,0.251,SD,Sample error,3,NA,NA,Snake,63.06,31.14,SD,340.92,"High quality data extracted from table, field active animals",High quality,Not usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 2. Data excluded because of DWL technique = non standard measurement. Surface area calculated from regression equation.
1998,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Loss of body mass,0.428,27.0,NA,NA,300.0,FlowFlask,NA,4.50,Yes,Active,Gans_CBP_1968_27,TEWL,mg/g/h,Keep,0.885,Table,0.035,SD,Sample error,2,NA,NA,Snake,457,32.53,SD,NA,"Medium quality data extracted from table, active animals",Medium quality,Not usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 3, active animals. Data removed because collected in active animals."
2004,R. Gavira,Elaphe_climacophora,Elaphe_climacophora,doi: 10.1016/0010-406X(68)90615-4,1968,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.711,27.0,NA,NA,300.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_29,TEWL,mg/g/h,Keep,0.555,Table,0.063,SD,Sample error,2,NA,NA,Snake,467,46.67,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 3
1957,R. Gavira,Amphisbaena_caeca,Amphisbaena_caeca,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Arecibo, Puerto Rico",18.459890,-66.743900,42,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,Flowing air,Gans_CBP_1968_3,TEWL,mg/g/h,Keep,40.477,Table,20.482,SD,Sample error,3,NA,NA,Worm lizard,5.24,2.78,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 4
1958,R. Gavira,Amphisbaena_caeca,Amphisbaena_caeca,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Arecibo, Puerto Rico",18.459890,-66.743900,42,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,0.0,FlowFlask,NA,4.50,No,Still air,Gans_CBP_1968_3,TEWL,mg/g/h,Keep,39.087,Table,25.582,SD,Sample error,3,NA,NA,Worm lizard,5.24,2.58,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 4
1959,R. Gavira,Blanus_strauchi,Blanus_strauchi,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,Turkey,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_4,TEWL,mg/g/h,Keep,3.690,Table,NA,NA,NA,1,NA,NA,Worm lizard,5.82,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 1"
1960,R. Gavira,Monopeltis_capensis,Monopeltis_capensis,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Orange Free State, South Africa",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_5,TEWL,mg/g/h,Keep,1.660,Table,0.028,SD,Sample error,2,NA,NA,Worm lizard,6.72,5.05,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 1
1961,R. Gavira,Rhineura_floridana,Rhineura_floridana,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Marion Co., Florida, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_6,TEWL,mg/g/h,Keep,42.280,Table,10.437,SD,Sample error,2,NA,NA,Worm lizard,4.02,0.78,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 1
1962,R. Gavira,Diplometopon_zarudnyi,Diplometopon_zarudnyi,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Dahran, Saudi Arabia",26.231000,50.071000,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_7,TEWL,mg/g/h,Keep,1.973,Table,0.045,SD,Sample error,3,NA,NA,Worm lizard,2.77,1.53,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 1
1963,R. Gavira,Diplometopon_zarudnyi,Diplometopon_zarudnyi,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Dahran, Saudi Arabia",26.231000,50.071000,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,Flowing air,Gans_CBP_1968_8,TEWL,mg/g/h,Keep,2.020,Table,NA,NA,NA,1,NA,NA,Worm lizard,1.33,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 4
1964,R. Gavira,Diplometopon_zarudnyi,Diplometopon_zarudnyi,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Dahran, Saudi Arabia",26.231000,50.071000,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,0.0,FlowFlask,NA,4.50,No,Still air,Gans_CBP_1968_8,TEWL,mg/g/h,Keep,0.100,Table,NA,NA,NA,1,NA,NA,Worm lizard,1.33,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. data taken from Table 4
1965,R. Gavira,Trogonophis_wiegmanni_elegans,Trogonophis_wiegmanni_elegans,doi: 10.1016/0010-406X(68)90615-4,1968,Wild population,"Rabat, Morocco",33.967000,-6.841000,88,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.208,27.0,NA,NA,320.0,FlowFlask,NA,4.50,No,NA,Gans_CBP_1968_9,TEWL,mg/g/h,Keep,0.610,Table,NA,NA,NA,1,NA,NA,Worm lizard,9.02,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured in a flow-through apparaturs at constant temperature with a constant flow of incurrent dry air and excurrent air dried in a column. Water loss obtained from mass increase of the dessicant over regular intervals and activity of animals recorded such that active animals were discarded. Different species tested and one species tested in different circumstances. All data reported in Table and in figure 3 and 5. low sample (n=1), data taken from Table 1"
2310,M.A. Carretero,Algyroides_marchi,Algyroides_marchi,doi: 10.13128/Acta_Herpetol-13115	,2013,Wild population,"Rambla los Vaquerizos, Spain",38.050000,-2.483333,1610,Publication,5,6,2010,6,6,2010,Males,Adults,Controls,NA,2,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Munoz_ActaHerpetol_2013_1,TEWL,mg/h,Remove,9.865,Dataset,1.033,SE,Sample error,5,42.9,NA,Lizard,1.59,0.10,SE,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by weight loss of field-captured animals put in a dry jar for 12 hours without much detailed information. Data reported in a graph of mass loss per time segments but not enough detailed information from the paper. Mass and size data obtained from author since these information should be in ""Table 2"" (since it's mentioned in the text). Data calculated as a mean over the whole 12 hours period. Apparatus: Sartorius CPA model 224S. Duplicates of data reported in a previous paper. EWL statistics provided by MA Carretero."
2312,R. Gavira,Algyroides_marchi,Algyroides_marchi,doi: 10.13128/Acta_Herpetol-13115	,2013,Wild population,"Rambla los Vaquerizos, Spain",38.050000,-2.483333,1610,Publication,5,6,2010,6,6,2010,Males,Adults,Controls,NA,2,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Munoz_ActaHerpetol_2013_1,TEWL,%/h,Remove,1.320,Figure,0.110,SD,Sample error,5,42.9,NA,Lizard,1.59,0.10,SE,NA,High quality data extracted from figure,High quality,Usable data,"Water loss measured by weight loss of field-captured animals put in a dry jar for 12 hours without much detailed information. Data reported in a graph of mass loss per time segments but not enough detailed information from the paper. Mass and size data obtained from author since these information should be in ""Table 2"" (since it's mentioned in the text). Data calculated as a mean over the whole 12 hours period. Apparatus: Sartorius CPA model 224S. Duplicates of data reported in a previous paper. EWL statistics provided by MA Carretero."
2311,M.A. Carretero,Podarcis_hispanica,Podarcis_hispanicus,doi: 10.13128/Acta_Herpetol-13115	,2013,Wild population,"Pedro Andres, Spain",38.137448,-2.386475,1204,Publication,5,6,2010,6,6,2010,Males,Adults,Controls,NA,2,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Munoz_ActaHerpetol_2013_2,TEWL,mg/h,Keep,7.395,Dataset,0.483,SE,Sample error,5,49.7,NA,Lizard,3.05,0.30,SE,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by weight loss of field-captured animals put in a dry jar for 12 hours without much detailed information. Data reported in a graph of mass loss per time segments but not enough detailed information from the paper. Mass and size data obtained from author since these information should be in ""Table 2"" (since it's mentioned in the text). Data calculated as a mean over the whole 12 hours period. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero."
2313,R. Gavira,Podarcis_hispanica,Podarcis_hispanicus,doi: 10.13128/Acta_Herpetol-13115	,2013,Wild population,"Pedro Andres, Spain",38.137448,-2.386475,1204,Publication,5,6,2010,6,6,2010,Males,Adults,Controls,NA,2,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Munoz_ActaHerpetol_2013_2,TEWL,%/h,Keep,0.225,Dataset,0.070,SD,Sample error,5,49.7,NA,Lizard,3.05,0.30,SE,NA,High quality data extracted from figure,High quality,Usable data,"Water loss measured by weight loss of field-captured animals put in a dry jar for 12 hours without much detailed information. Data reported in a graph of mass loss per time segments but not enough detailed information from the paper. Mass and size data obtained from author since these information should be in ""Table 2"" (since it's mentioned in the text). Data calculated as a mean over the whole 12 hours period. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero."
2360,J.-F. Le Galliard,Acanthodactylus_busacki,Acanthodactylus_busacki,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_1,TEWL,%/h,Keep,0.039,Dataset,0.003,SD,Sample error,2,70,NA,Lizard,10.285,1.60513239329346,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. Data are all from field caught adult males. EWL statistics calculated from raw formatted data available with the paper."
2769,J.-F. Le Galliard,Acanthodactylus_busacki,Acanthodactylus_busacki,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_1,TEWL,mg/h,Keep,4.034,Dataset,0.917,SD,Sample error,2,70,NA,Lizard,10.285,1.60513239329346,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. Data are all from field caught adult males. EWL statistics calculated from raw formatted data available with the paper."
2369,J.-F. Le Galliard,Anatololacerta_oertzeni_pelasgiana,Anatololacerta_oertzeni_pelasgiana,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Uzunziyaret Tepesi, Amanos Mountains, Turkey",36.813157,36.363833,1800,Publication,2,5,2016,2,5,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_10,TEWL,%/h,Keep,0.250,Dataset,NA,SD,Sample error,1,88,NA,Lizard,13.09,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2773,J.-F. Le Galliard,Anatololacerta_oertzeni_pelasgiana,Anatololacerta_oertzeni_pelasgiana,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Uzunziyaret Tepesi, Amanos Mountains, Turkey",36.813157,36.363833,1800,Publication,2,5,2016,2,5,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_10,TEWL,mg/h,Keep,32.725,Dataset,NA,SD,Sample error,1,88,NA,Lizard,13.09,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2370,J.-F. Le Galliard,Apathya_cappadocica,Apathya_cappadocica,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Yavuzlar, Turkoglu/Kahramanmaras, Turkey",37.444720,36.780000,1110,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_11,TEWL,%/h,Keep,0.244,Dataset,0.156,SD,Sample error,2,71,NA,Lizard,8.395,1.18086832458154,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2774,J.-F. Le Galliard,Apathya_cappadocica,Apathya_cappadocica,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Yavuzlar, Turkoglu/Kahramanmaras, Turkey",37.444720,36.780000,1110,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_11,TEWL,mg/h,Keep,19.519,Dataset,10.243,SD,Sample error,2,71,NA,Lizard,8.395,1.18086832458154,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2371,J.-F. Le Galliard,Apathya_cappadocica,Apathya_cappadocica,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Baskonus, Kahramanmaras, Turkey",37.570000,36.523890,610,Publication,9,5,2016,14,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_12,TEWL,%/h,Keep,0.324,Dataset,0.109,SD,Sample error,14,66.21,NA,Lizard,5.77071428571429,2.12532156584404,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2775,J.-F. Le Galliard,Apathya_cappadocica,Apathya_cappadocica,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Baskonus, Kahramanmaras, Turkey",37.570000,36.523890,610,Publication,9,5,2016,14,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_12,TEWL,mg/h,Keep,19.203,Dataset,10.511,SD,Sample error,14,66.21,NA,Lizard,5.77071428571429,2.12532156584404,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2372,J.-F. Le Galliard,Apathya_cappadocica_urmiana,Apathya_cappadocica_urmiana,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Rajan road, Iran",37.412040,44.940090,1850,Publication,9,6,2016,9,6,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_13,TEWL,%/h,Keep,0.141,Dataset,0.016,SD,Sample error,5,70.2,NA,Lizard,7.168,0.384863612205675,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2776,J.-F. Le Galliard,Apathya_cappadocica_urmiana,Apathya_cappadocica_urmiana,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Rajan road, Iran",37.412040,44.940090,1850,Publication,9,6,2016,9,6,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_13,TEWL,mg/h,Keep,10.129,Dataset,1.344,SD,Sample error,5,70.2,NA,Lizard,7.168,0.384863612205675,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2373,J.-F. Le Galliard,Apathya_cappadocica_urmiana,Apathya_cappadocica_urmiana,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Saharchay Dam, Iran",37.453570,44.921430,1658,Publication,9,6,2016,9,6,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_14,TEWL,%/h,Keep,0.231,Dataset,0.075,SD,Sample error,6,62.67,NA,Lizard,5.17833333333333,2.40679385628821,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2777,J.-F. Le Galliard,Apathya_cappadocica_urmiana,Apathya_cappadocica_urmiana,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Saharchay Dam, Iran",37.453570,44.921430,1658,Publication,9,6,2016,9,6,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_14,TEWL,mg/h,Keep,10.614,Dataset,3.346,SD,Sample error,6,62.67,NA,Lizard,5.17833333333333,2.40679385628821,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2374,J.-F. Le Galliard,Atlantolacerta_andreanszkyi,Atlantolacerta_andreanszkyi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden, Morocco",31.206020,-7.854360,2599,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_15,TEWL,%/h,Keep,0.519,Dataset,0.109,SD,Sample error,10,44.32,NA,Lizard,1.843,0.263440906297999,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2778,J.-F. Le Galliard,Atlantolacerta_andreanszkyi,Atlantolacerta_andreanszkyi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden, Morocco",31.206020,-7.854360,2599,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_15,TEWL,mg/h,Keep,9.587,Dataset,2.581,SD,Sample error,10,44.32,NA,Lizard,1.843,0.263440906297999,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2375,J.-F. Le Galliard,Atlantolacerta_andreanszkyi,Atlantolacerta_andreanszkyi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Jbel Awlime, Morocco",31.044110,-8.726140,2534,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_16,TEWL,%/h,Keep,0.340,Dataset,0.115,SD,Sample error,5,43.8,NA,Lizard,1.85,0.483942145302514,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2779,J.-F. Le Galliard,Atlantolacerta_andreanszkyi,Atlantolacerta_andreanszkyi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Jbel Awlime, Morocco",31.044110,-8.726140,2534,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_16,TEWL,mg/h,Keep,6.038,Dataset,1.998,SD,Sample error,5,43.8,NA,Lizard,1.85,0.483942145302514,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2376,J.-F. Le Galliard,Atlantolacerta_andreanszkyi,Atlantolacerta_andreanszkyi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Zaouiate Ait Bogammaz, Morocco",31.762730,-6.280710,2723,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_17,TEWL,%/h,Keep,0.240,Dataset,0.033,SD,Sample error,5,50.9,NA,Lizard,2.258,0.300616034169836,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2780,J.-F. Le Galliard,Atlantolacerta_andreanszkyi,Atlantolacerta_andreanszkyi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Zaouiate Ait Bogammaz, Morocco",31.762730,-6.280710,2723,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_17,TEWL,mg/h,Keep,5.471,Dataset,1.276,SD,Sample error,5,50.9,NA,Lizard,2.258,0.300616034169836,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2377,J.-F. Le Galliard,Dalmatolacerta_oxycephala,Dalmatolacerta_oxycephala,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Kozjak, Croatia",43.579040,16.350180,620,Publication,23,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_18,TEWL,%/h,Keep,0.317,Dataset,NA,SD,Sample error,1,50,NA,Lizard,2.56,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2781,J.-F. Le Galliard,Dalmatolacerta_oxycephala,Dalmatolacerta_oxycephala,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Kozjak, Croatia",43.579040,16.350180,620,Publication,23,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_18,TEWL,mg/h,Keep,8.115,Dataset,NA,SD,Sample error,1,50,NA,Lizard,2.56,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2378,J.-F. Le Galliard,Dalmatolacerta_oxycephala,Dalmatolacerta_oxycephala,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mosor, Croatia",43.519480,16.604340,593,Publication,23,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_19,TEWL,%/h,Keep,0.372,Dataset,0.073,SD,Sample error,11,58.82,NA,Lizard,4.42272727272727,1.178559212845,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2782,J.-F. Le Galliard,Dalmatolacerta_oxycephala,Dalmatolacerta_oxycephala,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mosor, Croatia",43.519480,16.604340,593,Publication,23,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_19,TEWL,mg/h,Keep,16.036,Dataset,4.052,SD,Sample error,11,58.82,NA,Lizard,4.42272727272727,1.178559212845,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2361,J.-F. Le Galliard,Acanthodactylus_lineomaculatus,Acanthodactylus_erythrurus_lineomaculatus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Souiria El Kedima, Morocco",32.161460,-9.274120,14,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_2,TEWL,%/h,Keep,0.095,Dataset,0.026,SD,Sample error,10,58.63,NA,Lizard,4.034,1.20291497806139,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2770,J.-F. Le Galliard,Acanthodactylus_lineomaculatus,Acanthodactylus_erythrurus_lineomaculatus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Souiria El Kedima, Morocco",32.161460,-9.274120,14,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_2,TEWL,mg/h,Keep,3.682,Dataset,0.892,SD,Sample error,10,58.63,NA,Lizard,4.034,1.20291497806139,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2379,J.-F. Le Galliard,Darevskia_praticola_pontica,Darevskia_pontica,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Derek?y, Kirklareli, Turkey",41.968890,27.417220,635,Publication,12,5,2016,17,5,2016,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_20,TEWL,%/h,Keep,0.364,Dataset,0.061,SD,Sample error,11,47.09,NA,Lizard,2.57181818181818,0.377698773676012,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2783,J.-F. Le Galliard,Darevskia_praticola_pontica,Darevskia_pontica,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Derek?y, Kirklareli, Turkey",41.968890,27.417220,635,Publication,12,5,2016,17,5,2016,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_20,TEWL,mg/h,Keep,9.383,Dataset,2.154,SD,Sample error,11,47.09,NA,Lizard,2.57181818181818,0.377698773676012,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2380,J.-F. Le Galliard,Darevskia_rudis,Darevskia_rudis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Esenkiyi, Ardun, Turkey",41.444157,41.458250,58,GPS visualizer,1,6,2016,1,6,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_21,TEWL,%/h,Keep,0.385,Dataset,0.119,SD,Sample error,10,86.2,NA,Lizard,14.774,1.75377180829079,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2784,J.-F. Le Galliard,Darevskia_rudis,Darevskia_rudis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Esenkiyi, Ardun, Turkey",41.444157,41.458250,58,GPS visualizer,1,6,2016,1,6,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_21,TEWL,mg/h,Keep,56.550,Dataset,17.929,SD,Sample error,10,86.2,NA,Lizard,14.774,1.75377180829079,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2381,J.-F. Le Galliard,Darevskia_valentini,Darevskia_valentini,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Sivas, Turkey",39.920050,37.709295,1434,GPS visualizer,12,6,2016,12,6,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_22,TEWL,%/h,Keep,0.285,Dataset,0.061,SD,Sample error,10,70.1,NA,Lizard,7.741,0.920693579138394,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2785,J.-F. Le Galliard,Darevskia_valentini,Darevskia_valentini,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Sivas, Turkey",39.920050,37.709295,1434,GPS visualizer,12,6,2016,12,6,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_22,TEWL,mg/h,Keep,21.907,Dataset,4.424,SD,Sample error,10,70.1,NA,Lizard,7.741,0.920693579138394,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2382,J.-F. Le Galliard,Dinarolacerta_mosorensis,Dinarolacerta_mosorensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Biokova, Croatia",43.344330,17.051310,1700,Publication,19,5,2016,26,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_23,TEWL,%/h,Keep,0.293,Dataset,0.039,SD,Sample error,8,62.5,NA,Lizard,5.13625,1.22397406018265,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2786,J.-F. Le Galliard,Dinarolacerta_mosorensis,Dinarolacerta_mosorensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Biokova, Croatia",43.344330,17.051310,1700,Publication,19,5,2016,26,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_23,TEWL,mg/h,Keep,15.306,Dataset,4.831,SD,Sample error,8,62.5,NA,Lizard,5.13625,1.22397406018265,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2383,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,Palmar,28.027000,-16.702000,10,Author,14,6,2016,18,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_24,TEWL,%/h,Keep,0.061,Dataset,0.021,SD,Sample error,6,108.83,NA,Lizard,41.5016666666667,6.04087217764676,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2787,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,Palmar,28.027000,-16.702000,10,Author,14,6,2016,18,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_24,TEWL,mg/h,Keep,24.678,Dataset,7.630,SD,Sample error,6,108.83,NA,Lizard,41.5016666666667,6.04087217764676,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2384,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"La Laguna Campus, Tenerife",28.480000,-16.321000,560,Author,16,6,2016,16,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_25,TEWL,%/h,Keep,0.133,Dataset,0.045,SD,Sample error,4,99,NA,Lizard,31.1025,12.6318285163577,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2788,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"La Laguna Campus, Tenerife",28.480000,-16.321000,560,Author,16,6,2016,16,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_25,TEWL,mg/h,Keep,42.722,Dataset,24.635,SD,Sample error,4,99,NA,Lizard,31.1025,12.6318285163577,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2385,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Finca Espana, Tenerife, Spain",28.476920,-16.297990,411,GPS visualizer,16,6,2016,17,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_26,TEWL,%/h,Keep,0.065,Dataset,0.006,SD,Sample error,6,108,NA,Lizard,44.35,3.42239682094289,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2789,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Finca Espana, Tenerife, Spain",28.476920,-16.297990,411,GPS visualizer,16,6,2016,17,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_26,TEWL,mg/h,Keep,28.924,Dataset,4.733,SD,Sample error,6,108,NA,Lizard,44.35,3.42239682094289,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2386,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Bajamar, Tenerife, Spain",28.554000,-16.343000,10,Author,15,6,2016,16,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_27,TEWL,%/h,Keep,0.084,Dataset,0.030,SD,Sample error,4,112.5,NA,Lizard,51.6075,18.4406622711876,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2790,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Bajamar, Tenerife, Spain",28.554000,-16.343000,10,Author,15,6,2016,16,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_27,TEWL,mg/h,Keep,43.738,Dataset,24.905,SD,Sample error,4,112.5,NA,Lizard,51.6075,18.4406622711876,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2387,J.-F. Le Galliard,Holaspis_laevis,Holaspis_laevis,https://doi.org/10.1038/s41467-019-11943-x,2019,Laboratory housing,Tanzania,NA,NA,NA,None,18,1,2020,20,1,2020,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_28,TEWL,%/h,Keep,0.333,Dataset,0.064,SD,Sample error,6,45.5,NA,Lizard,1.66166666666667,0.21084749623049,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2791,J.-F. Le Galliard,Holaspis_laevis,Holaspis_laevis,https://doi.org/10.1038/s41467-019-11943-x,2019,Laboratory housing,Tanzania,NA,NA,NA,None,18,1,2020,20,1,2020,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_28,TEWL,mg/h,Keep,5.492,Dataset,1.054,SD,Sample error,6,45.5,NA,Lizard,1.66166666666667,0.21084749623049,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2388,J.-F. Le Galliard,Iberolacerta_galani,Iberolacerta_galani,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Pena Trevinca, Spain",42.231700,-6.846400,1720,Publication,25,7,2017,31,7,2017,Males,Adults,Controls,NA,14,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_29,TEWL,%/h,Keep,0.268,Dataset,0.116,SD,Sample error,2,61.5,NA,Lizard,7.318,0.787716954241814,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2792,J.-F. Le Galliard,Iberolacerta_galani,Iberolacerta_galani,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Pena Trevinca, Spain",42.231700,-6.846400,1720,Publication,25,7,2017,31,7,2017,Males,Adults,Controls,NA,14,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_29,TEWL,mg/h,Keep,19.155,Dataset,6.375,SD,Sample error,2,61.5,NA,Lizard,7.318,0.787716954241814,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2362,J.-F. Le Galliard,Acanthodactylus_schreiberi_ataturi,Acanthodactylus_schreiberi_ataturi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Yukariburnaz, Hatay, Turkey",36.928890,36.020280,0,Publication,11,5,2016,13,5,2016,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_3,TEWL,%/h,Keep,0.132,Dataset,0.046,SD,Sample error,16,64.06,NA,Lizard,8.450625,2.78636793155534,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper. Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2771,J.-F. Le Galliard,Acanthodactylus_schreiberi_ataturi,Acanthodactylus_schreiberi_ataturi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Yukariburnaz, Hatay, Turkey",36.928890,36.020280,0,Publication,11,5,2016,13,5,2016,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_3,TEWL,mg/h,Keep,10.757,Dataset,3.750,SD,Sample error,16,64.06,NA,Lizard,8.450625,2.78636793155534,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper. Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2391,J.-F. Le Galliard,Iberolacerta_monticola,Iberolacerta_monticola,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Torre, Serra da Estrela, Portugal",40.322060,-7.612800,1993,Publication,5,5,2013,6,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Garcia-Porta_NatCom_2019_32,TEWL,%/h,Keep,0.117,Dataset,0.025,SD,Sample error,15,69.15,NA,Lizard,9.09714285714286,1.44531300081666,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2793,J.-F. Le Galliard,Iberolacerta_monticola,Iberolacerta_monticola,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Torre, Serra da Estrela, Portugal",40.322060,-7.612800,1993,Publication,5,5,2013,6,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Garcia-Porta_NatCom_2019_32,TEWL,mg/h,Keep,11.280,Dataset,3.865,SD,Sample error,15,69.15,NA,Lizard,9.09714285714286,1.44531300081666,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2392,J.-F. Le Galliard,Iberolacerta_monticola,Iberolacerta_monticola,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Central Eume, Spain",43.406660,-8.040900,70,Publication,25,7,2017,31,7,2017,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_33,TEWL,%/h,Keep,0.254,Dataset,0.083,SD,Sample error,5,65.6,NA,Lizard,6.842,0.370904300325569,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2794,J.-F. Le Galliard,Iberolacerta_monticola,Iberolacerta_monticola,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Central Eume, Spain",43.406660,-8.040900,70,Publication,25,7,2017,31,7,2017,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_33,TEWL,mg/h,Keep,17.605,Dataset,6.934,SD,Sample error,5,65.6,NA,Lizard,6.842,0.370904300325569,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2393,J.-F. Le Galliard,Iranolacerta_brandtii,Iranolacerta_brandtii,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Almalu, Iran",37.656890,46.650020,2282,Publication,8,6,2016,8,6,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_34,TEWL,%/h,Keep,0.166,Dataset,0.025,SD,Sample error,7,71.29,NA,Lizard,10.26,1.00762096048068,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2795,J.-F. Le Galliard,Iranolacerta_brandtii,Iranolacerta_brandtii,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Almalu, Iran",37.656890,46.650020,2282,Publication,8,6,2016,8,6,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_34,TEWL,mg/h,Keep,17.005,Dataset,3.098,SD,Sample error,7,71.29,NA,Lizard,10.26,1.00762096048068,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2394,J.-F. Le Galliard,Lacerta_agilis,Lacerta_agilis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Braunschweig region, Germany",52.170000,10.965000,120,Author,16,5,2017,22,6,2017,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_35,TEWL,%/h,Keep,0.332,Dataset,0.218,SD,Sample error,4,70.75,NA,Lizard,10.1225,1.03238800845419,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2796,J.-F. Le Galliard,Lacerta_agilis,Lacerta_agilis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Braunschweig region, Germany",52.170000,10.965000,120,Author,16,5,2017,22,6,2017,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_35,TEWL,mg/h,Keep,32.738,Dataset,19.786,SD,Sample error,4,70.75,NA,Lizard,10.1225,1.03238800845419,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2396,J.-F. Le Galliard,Lacerta_trilineata,Lacerta_trilineata,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Kozjak, Croatia",43.579040,16.350180,620,Publication,23,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_37,TEWL,%/h,Keep,0.076,Dataset,NA,SD,Sample error,1,158,NA,Lizard,113.22,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2797,J.-F. Le Galliard,Lacerta_trilineata,Lacerta_trilineata,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Kozjak, Croatia",43.579040,16.350180,620,Publication,23,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_37,TEWL,mg/h,Keep,86.047,Dataset,NA,SD,Sample error,1,158,NA,Lizard,113.22,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2397,J.-F. Le Galliard,Mesalina_simoni,Mesalina_simoni,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Chichaoua, Morocco",31.608010,-8.579660,345,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_38,TEWL,%/h,Keep,0.072,Dataset,0.020,SD,Sample error,10,46.47,NA,Lizard,1.693,0.313901966295919,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2798,J.-F. Le Galliard,Mesalina_simoni,Mesalina_simoni,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Chichaoua, Morocco",31.608010,-8.579660,345,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_38,TEWL,mg/h,Keep,1.217,Dataset,0.369,SD,Sample error,10,46.47,NA,Lizard,1.693,0.313901966295919,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2398,J.-F. Le Galliard,Parvilacerta_parva,Parvilacerta_parva,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Sivas, Turkey",39.437051,37.128433,1737,GPS visualizer,10,6,2016,10,6,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_39,TEWL,%/h,Keep,0.266,Dataset,0.063,SD,Sample error,10,46.5,NA,Lizard,2.193,0.226030971329152,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2799,J.-F. Le Galliard,Parvilacerta_parva,Parvilacerta_parva,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Sivas, Turkey",39.437051,37.128433,1737,GPS visualizer,10,6,2016,10,6,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_39,TEWL,mg/h,Keep,5.791,Dataset,1.338,SD,Sample error,10,46.5,NA,Lizard,2.193,0.226030971329152,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2363,J.-F. Le Galliard,Acanthodactylus_sp.,NA,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,Moroco,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_4,TEWL,%/h,Keep,0.072,Dataset,NA,SD,Sample error,1,72,NA,Lizard,5.19,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Not usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences. Species identity cannot be confirmed."
2772,J.-F. Le Galliard,Acanthodactylus_sp.,NA,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,Moroco,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_4,TEWL,mg/h,Keep,3.737,Dataset,NA,SD,Sample error,1,72,NA,Lizard,5.19,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Not usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences. Species identity cannot be confirmed."
2399,J.-F. Le Galliard,Phoenicolacerta_cyanisparsa,Phoenicolacerta_cyanisparsa,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Gaziantep, Turkey",37.231824,37.272705,914,Publication,25,4,2016,25,4,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_40,TEWL,%/h,Keep,0.180,Dataset,NA,SD,Sample error,1,68,NA,Lizard,7.18,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2800,J.-F. Le Galliard,Phoenicolacerta_cyanisparsa,Phoenicolacerta_cyanisparsa,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Gaziantep, Turkey",37.231824,37.272705,914,Publication,25,4,2016,25,4,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_40,TEWL,mg/h,Keep,12.924,Dataset,7.058,SD,Sample error,1,68,NA,Lizard,7.18,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2400,J.-F. Le Galliard,Phoenicolacerta_laevis,Phoenicolacerta_laevis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Titus t�nel yolu, Turkey",36.120280,35.925000,0,Publication,10,5,2016,15,5,2016,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_41,TEWL,%/h,Keep,0.296,Dataset,0.051,SD,Sample error,16,72.375,NA,Lizard,9.660625,1.81295511527451,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2801,J.-F. Le Galliard,Phoenicolacerta_laevis,Phoenicolacerta_laevis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Titus t�nel yolu, Turkey",36.120280,35.925000,0,Publication,10,5,2016,15,5,2016,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_41,TEWL,mg/h,Keep,28.485,Dataset,4.347,SD,Sample error,16,72.375,NA,Lizard,9.660625,1.81295511527451,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2401,J.-F. Le Galliard,Podarcis_bocagei,Podarcis_bocagei,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Geres, Portugal",41.718330,-8.166670,306,Publication,20,4,2013,21,4,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_42,TEWL,%/h,Keep,0.357,Dataset,0.081,SD,Sample error,16,56.5,NA,Lizard,4.1675,1.12794503412179,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2802,J.-F. Le Galliard,Podarcis_bocagei,Podarcis_bocagei,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Geres, Portugal",41.718330,-8.166670,306,Publication,20,4,2013,21,4,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_42,TEWL,mg/h,Keep,14.506,Dataset,3.347,SD,Sample error,16,56.5,NA,Lizard,4.1675,1.12794503412179,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2402,J.-F. Le Galliard,Podarcis_bocagei,Podarcis_bocagei,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Montesinho, Portugal",41.979270,-6.795320,1378,Publication,15,5,2013,16,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_43,TEWL,%/h,Keep,0.213,Dataset,0.106,SD,Sample error,16,62.36,NA,Lizard,5.85875,1.12916414513864,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2803,J.-F. Le Galliard,Podarcis_bocagei,Podarcis_bocagei,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Montesinho, Portugal",41.979270,-6.795320,1378,Publication,15,5,2013,16,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_43,TEWL,mg/h,Keep,12.545,Dataset,7.090,SD,Sample error,16,62.36,NA,Lizard,5.85875,1.12916414513864,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2404,J.-F. Le Galliard,Podarcis_bocagei,Podarcis_bocagei,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mindelo, Portugal",41.298480,-8.737020,4,Publication,2,6,2013,3,6,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_45,TEWL,%/h,Keep,0.285,Dataset,0.072,SD,Sample error,20,54,NA,Lizard,3.633,0.671056511856686,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2804,J.-F. Le Galliard,Podarcis_bocagei,Podarcis_bocagei,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mindelo, Portugal",41.298480,-8.737020,4,Publication,2,6,2013,3,6,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_45,TEWL,mg/h,Keep,10.574,Dataset,4.210,SD,Sample error,20,54,NA,Lizard,3.633,0.671056511856686,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2405,J.-F. Le Galliard,Podarcis_carbonelli,Podarcis_carbonelli,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Valle de Rossim, Serra da Estrela, Portugal",40.403150,-7.586570,1446,Publication,9,5,2013,19,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_46,TEWL,%/h,Keep,0.215,Dataset,0.076,SD,Sample error,14,50.44,NA,Lizard,3.43071428571429,0.818173051901089,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2805,J.-F. Le Galliard,Podarcis_carbonelli,Podarcis_carbonelli,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Valle de Rossim, Serra da Estrela, Portugal",40.403150,-7.586570,1446,Publication,9,5,2013,19,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_46,TEWL,mg/h,Keep,7.236,Dataset,2.627,SD,Sample error,14,50.44,NA,Lizard,3.43071428571429,0.818173051901089,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2406,J.-F. Le Galliard,Podarcis_carbonelli,Podarcis_carbonelli,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"El Acebuche, Donana, Spain",37.047740,-6.565700,39,GPS visualizer,22,4,2010,25,4,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_47,TEWL,%/h,Keep,0.304,Dataset,0.101,SD,Sample error,9,48.67,NA,Lizard,2.44888888888889,0.299100503361514,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2806,J.-F. Le Galliard,Podarcis_carbonelli,Podarcis_carbonelli,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"El Acebuche, Donana, Spain",37.047740,-6.565700,39,GPS visualizer,22,4,2010,25,4,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_47,TEWL,mg/h,Keep,7.293,Dataset,1.926,SD,Sample error,9,48.67,NA,Lizard,2.44888888888889,0.299100503361514,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2407,J.-F. Le Galliard,Podarcis_cretensis,Podarcis_cretensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Dia Island, Greece",35.444410,25.226720,69,Publication,14,6,2000,14,6,2000,Males,Adults,Controls,NA,7,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_48,TEWL,%/h,Keep,0.318,Dataset,0.108,SD,Sample error,6,56.35,NA,Lizard,4.72666666666667,1.06359140024103,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on sampling dates, habitat and acclimation time kindly communicated by Prof. Pafilis."
2807,J.-F. Le Galliard,Podarcis_cretensis,Podarcis_cretensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Dia Island, Greece",35.444410,25.226720,69,Publication,14,6,2000,14,6,2000,Males,Adults,Controls,NA,7,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_48,TEWL,mg/h,Keep,15.652,Dataset,8.907,SD,Sample error,6,56.35,NA,Lizard,4.72666666666667,1.06359140024103,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on sampling dates, habitat and acclimation time kindly communicated by Prof. Pafilis."
2408,J.-F. Le Galliard,Podarcis_erhardii,Podarcis_erhardii,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Andros Island, Greece",37.855060,24.778650,13,Publication,19,10,1998,19,10,1998,Males,Adults,Controls,NA,7,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_49,TEWL,%/h,Keep,0.112,Dataset,0.047,SD,Sample error,10,65.32,NA,Lizard,7.544,2.56883544734877,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on sampling dates, habitat and acclimation time kindly communicated by Prof. Pafilis."
2808,J.-F. Le Galliard,Podarcis_erhardii,Podarcis_erhardii,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Andros Island, Greece",37.855060,24.778650,13,Publication,19,10,1998,19,10,1998,Males,Adults,Controls,NA,7,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_49,TEWL,mg/h,Keep,8.110,Dataset,3.490,SD,Sample error,10,65.32,NA,Lizard,7.544,2.56883544734877,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on sampling dates, habitat and acclimation time kindly communicated by Prof. Pafilis."
2410,J.-F. Le Galliard,Podarcis_guadarramae_lusitanica,Podarcis_guadarramae_lusitanicus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Ciudad Rodrigo, Spain",40.595330,-6.534580,637,Publication,6,5,2013,7,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_51,TEWL,%/h,Keep,0.416,Dataset,0.085,SD,Sample error,9,52.68,NA,Lizard,3.18222222222222,1.23054640076855,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2809,J.-F. Le Galliard,Podarcis_guadarramae_lusitanica,Podarcis_guadarramae_lusitanicus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Ciudad Rodrigo, Spain",40.595330,-6.534580,637,Publication,6,5,2013,7,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_51,TEWL,mg/h,Keep,12.727,Dataset,3.998,SD,Sample error,9,52.68,NA,Lizard,3.18222222222222,1.23054640076855,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2412,J.-F. Le Galliard,Podarcis_hispanica_Albacete/Murcia,Podarcis_hispanicus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Sierra de la Oliva Albacete, Spain",38.764883,-0.982583,664,Author,22,3,2011,23,3,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_53,TEWL,%/h,Keep,0.340,Dataset,0.110,SD,Sample error,8,44.1,NA,Lizard,1.94125,0.576750441203621,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions, location and dates communicated by Miguel Carretero."
2810,J.-F. Le Galliard,Podarcis_hispanica_Albacete/Murcia,Podarcis_hispanicus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Sierra de la Oliva Albacete, Spain",38.764883,-0.982583,664,Author,22,3,2011,23,3,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_53,TEWL,mg/h,Keep,6.187,Dataset,1.529,SD,Sample error,8,44.1,NA,Lizard,1.94125,0.576750441203621,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions, location and dates communicated by Miguel Carretero."
2413,J.-F. Le Galliard,Podarcis_hispanica_Galera,Podarcis_hispanicus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Castillo de Cartagena, Spain",37.603280,-1.007520,215,Author,22,3,2011,23,3,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_54,TEWL,%/h,Keep,0.395,Dataset,0.176,SD,Sample error,10,42,NA,Lizard,1.567,0.156634748521662,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2811,J.-F. Le Galliard,Podarcis_hispanica_Galera,Podarcis_hispanicus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Castillo de Cartagena, Spain",37.603280,-1.007520,215,Author,22,3,2011,23,3,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_54,TEWL,mg/h,Keep,6.196,Dataset,2.796,SD,Sample error,10,42,NA,Lizard,1.567,0.156634748521662,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2414,J.-F. Le Galliard,Podarcis_vaucheri_JebelSirwah,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Tizi-n-Melloul, Morocco",30.789940,-7.585540,2285,Author,11,5,2010,12,5,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_55,TEWL,%/h,Keep,0.343,Dataset,0.102,SD,Sample error,10,50.47,NA,Lizard,2.798,0.393610072138517,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2812,J.-F. Le Galliard,Podarcis_vaucheri_JebelSirwah,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Tizi-n-Melloul, Morocco",30.789940,-7.585540,2285,Author,11,5,2010,12,5,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_55,TEWL,mg/h,Keep,9.537,Dataset,3.099,SD,Sample error,10,50.47,NA,Lizard,2.798,0.393610072138517,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2415,J.-F. Le Galliard,Podarcis_lilfordi,Podarcis_lilfordi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Dragonera, Spain",39.587770,2.328410,10,Publication,26,6,2014,28,6,2014,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_56,TEWL,%/h,Keep,0.143,Dataset,0.039,SD,Sample error,10,73.92,NA,Lizard,10.834,1.31581153665713,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2813,J.-F. Le Galliard,Podarcis_lilfordi,Podarcis_lilfordi,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Dragonera, Spain",39.587770,2.328410,10,Publication,26,6,2014,28,6,2014,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_56,TEWL,mg/h,Keep,15.333,Dataset,4.205,SD,Sample error,10,73.92,NA,Lizard,10.834,1.31581153665713,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2417,J.-F. Le Galliard,Podarcis_melisellensis,Podarcis_melisellensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Blace, Croatia",43.566410,16.505540,275,Author,20,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_58,TEWL,%/h,Keep,0.219,Dataset,0.057,SD,Sample error,3,54.67,NA,Lizard,4.00333333333333,0.553744826913384,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2814,J.-F. Le Galliard,Podarcis_melisellensis,Podarcis_melisellensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Blace, Croatia",43.566410,16.505540,275,Author,20,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_58,TEWL,mg/h,Keep,8.564,Dataset,1.429,SD,Sample error,3,54.67,NA,Lizard,4.00333333333333,0.553744826913384,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2418,J.-F. Le Galliard,Podarcis_melisellensis,Podarcis_melisellensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Restaurant, Biokova, Croatia",43.259700,17.101930,884,Author,19,5,2016,19,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_59,TEWL,%/h,Keep,0.306,Dataset,NA,SD,Sample error,1,62,NA,Lizard,6.22,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2815,J.-F. Le Galliard,Podarcis_melisellensis,Podarcis_melisellensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Restaurant, Biokova, Croatia",43.259700,17.101930,884,Author,19,5,2016,19,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_59,TEWL,mg/h,Keep,19.030,Dataset,NA,SD,Sample error,1,62,NA,Lizard,6.22,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2419,J.-F. Le Galliard,Podarcis_melisellensis,Podarcis_melisellensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mosor, Croatia",43.519480,16.604340,593,Publication,24,5,2016,27,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_60,TEWL,%/h,Keep,0.280,Dataset,0.041,SD,Sample error,9,56.22,NA,Lizard,4.61888888888889,1.21943065039022,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2816,J.-F. Le Galliard,Podarcis_melisellensis,Podarcis_melisellensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mosor, Croatia",43.519480,16.604340,593,Publication,24,5,2016,27,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_60,TEWL,mg/h,Keep,12.840,Dataset,3.761,SD,Sample error,9,56.22,NA,Lizard,4.61888888888889,1.21943065039022,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2420,J.-F. Le Galliard,Podarcis_melisellensis,Podarcis_melisellensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Socerb, Croatia",45.589600,13.865280,422,Publication,9,6,2013,10,6,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Garcia-Porta_NatCom_2019_61,TEWL,%/h,Keep,0.259,Dataset,0.079,SD,Sample error,12,57.75,NA,Lizard,3.83833333333333,0.882803729173379,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2817,J.-F. Le Galliard,Podarcis_melisellensis,Podarcis_melisellensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Socerb, Croatia",45.589600,13.865280,422,Publication,9,6,2013,10,6,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Garcia-Porta_NatCom_2019_61,TEWL,mg/h,Keep,9.881,Dataset,3.826,SD,Sample error,12,57.75,NA,Lizard,3.83833333333333,0.882803729173379,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2421,J.-F. Le Galliard,Podarcis_muralis,Podarcis_muralis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mount Kuru, Malkara, Turkey",40.748075,26.887025,600,GPS visualizer,16,4,2016,16,4,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_62,TEWL,%/h,Keep,0.370,Dataset,0.063,SD,Sample error,3,64.33,NA,Lizard,5.99333333333333,0.8732315462312,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2818,J.-F. Le Galliard,Podarcis_muralis,Podarcis_muralis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mount Kuru, Malkara, Turkey",40.748075,26.887025,600,GPS visualizer,16,4,2016,16,4,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_62,TEWL,mg/h,Keep,21.898,Dataset,2.080,SD,Sample error,3,64.33,NA,Lizard,5.99333333333333,0.8732315462312,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2422,J.-F. Le Galliard,Podarcis_muralis,Podarcis_muralis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Biokova, Croatia",43.344330,17.051310,1700,Publication,19,5,2016,19,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_63,TEWL,%/h,Keep,0.377,Dataset,NA,SD,Sample error,1,60,NA,Lizard,4.87,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2819,J.-F. Le Galliard,Podarcis_muralis,Podarcis_muralis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Biokova, Croatia",43.344330,17.051310,1700,Publication,19,5,2016,19,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_63,TEWL,mg/h,Keep,18.360,Dataset,NA,SD,Sample error,1,60,NA,Lizard,4.87,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2425,J.-F. Le Galliard,Podarcis_peloponnesiacus,Podarcis_peloponnesiacus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Lake Stymphalia, Greece",37.855010,22.451010,625,Publication,6,6,2014,6,6,2014,Males,Adults,Controls,NA,7,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_66,TEWL,%/h,Keep,0.206,Dataset,0.050,SD,Sample error,6,70.57,NA,Lizard,8.37,1.93106188404204,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on sampling dates, habitat and acclimation time kindly communicated by Prof. Pafilis."
2820,J.-F. Le Galliard,Podarcis_peloponnesiacus,Podarcis_peloponnesiacus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Lake Stymphalia, Greece",37.855010,22.451010,625,Publication,6,6,2014,6,6,2014,Males,Adults,Controls,NA,7,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_66,TEWL,mg/h,Keep,16.612,Dataset,2.226,SD,Sample error,6,70.57,NA,Lizard,8.37,1.93106188404204,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on sampling dates, habitat and acclimation time kindly communicated by Prof. Pafilis."
2426,J.-F. Le Galliard,Podarcis_pityusensis,Podarcis_pityusensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Palma de Mallorca, Spain",39.566585,2.648443,8,Author,29,6,2014,30,6,2014,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_67,TEWL,%/h,Keep,0.133,Dataset,0.030,SD,Sample error,10,73.38,NA,Lizard,8.578,1.28124765582441,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2821,J.-F. Le Galliard,Podarcis_pityusensis,Podarcis_pityusensis,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Palma de Mallorca, Spain",39.566585,2.648443,8,Author,29,6,2014,30,6,2014,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_67,TEWL,mg/h,Keep,11.389,Dataset,3.347,SD,Sample error,10,73.38,NA,Lizard,8.578,1.28124765582441,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2427,J.-F. Le Galliard,Podarcis_sicula,Podarcis_siculus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Split, Croatia",43.501050,16.425080,0,Publication,20,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_68,TEWL,%/h,Keep,0.207,Dataset,0.053,SD,Sample error,4,70,NA,Lizard,9.1925,1.39879412352211,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2822,J.-F. Le Galliard,Podarcis_sicula,Podarcis_siculus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Split, Croatia",43.501050,16.425080,0,Publication,20,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_68,TEWL,mg/h,Keep,18.859,Dataset,5.347,SD,Sample error,4,70,NA,Lizard,9.1925,1.39879412352211,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2428,J.-F. Le Galliard,Podarcis_sicula,Podarcis_siculus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Klis, Croatia",43.559380,16.521640,303,Publication,23,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_69,TEWL,%/h,Keep,0.180,Dataset,0.059,SD,Sample error,2,68,NA,Lizard,7.335,2.69407683632075,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2823,J.-F. Le Galliard,Podarcis_sicula,Podarcis_siculus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Klis, Croatia",43.559380,16.521640,303,Publication,23,5,2016,23,5,2016,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_69,TEWL,mg/h,Keep,12.375,Dataset,0.531,SD,Sample error,2,68,NA,Lizard,7.335,2.69407683632075,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2429,J.-F. Le Galliard,Podarcis_sicula,Podarcis_siculus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mussomeli-Sutera, Italy",37.536510,13.789430,214,Author,30,4,2013,1,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Garcia-Porta_NatCom_2019_70,TEWL,%/h,Keep,0.141,Dataset,0.075,SD,Sample error,10,72.9,NA,Lizard,10.051,1.99001647117695,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2824,J.-F. Le Galliard,Podarcis_sicula,Podarcis_siculus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mussomeli-Sutera, Italy",37.536510,13.789430,214,Author,30,4,2013,1,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Garcia-Porta_NatCom_2019_70,TEWL,mg/h,Keep,13.639,Dataset,7.000,SD,Sample error,10,72.9,NA,Lizard,10.051,1.99001647117695,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2430,J.-F. Le Galliard,Podarcis_tauricus,Podarcis_tauricus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mount Kuru, Malkara, Turkey",41.969670,27.402666,554,GPS visualizer,14,4,2016,14,4,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_71,TEWL,%/h,Keep,0.347,Dataset,0.091,SD,Sample error,3,55,NA,Lizard,4.16,0.40853396431631,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2825,J.-F. Le Galliard,Podarcis_tauricus,Podarcis_tauricus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mount Kuru, Malkara, Turkey",41.969670,27.402666,554,GPS visualizer,14,4,2016,14,4,2016,Males,Adults,Controls,NA,20,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_71,TEWL,mg/h,Keep,14.240,Dataset,2.906,SD,Sample error,3,55,NA,Lizard,4.16,0.40853396431631,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on habitat, location and acclimation time kindly communicated by Anil Ozgul."
2431,J.-F. Le Galliard,Podarcis_tauricus,Podarcis_tauricus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Lake Doxa, Greece",37.931030,22.282670,900,Publication,7,7,1998,7,7,1998,Males,Adults,Controls,NA,7,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_72,TEWL,%/h,Keep,0.123,Dataset,0.021,SD,Sample error,5,62.82,NA,Lizard,6.648,1.93340890656891,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on sampling dates, habitat and acclimation time kindly communicated by Prof. Pafilis."
2826,J.-F. Le Galliard,Podarcis_tauricus,Podarcis_tauricus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Lake Doxa, Greece",37.931030,22.282670,900,Publication,7,7,1998,7,7,1998,Males,Adults,Controls,NA,7,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_72,TEWL,mg/h,Keep,7.914,Dataset,1.745,SD,Sample error,5,62.82,NA,Lizard,6.648,1.93340890656891,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on sampling dates, habitat and acclimation time kindly communicated by Prof. Pafilis."
2432,J.-F. Le Galliard,Podarcis_tiliguerta_North,Podarcis_tiliguerta,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Siniscola, Italy",40.481610,9.779390,34,Publication,18,6,2012,18,6,2012,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_73,TEWL,%/h,Keep,0.214,Dataset,0.071,SD,Sample error,10,58.31,NA,Lizard,4.618,0.409818387961193,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2827,J.-F. Le Galliard,Podarcis_tiliguerta_North,Podarcis_tiliguerta,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Siniscola, Italy",40.481610,9.779390,34,Publication,18,6,2012,18,6,2012,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_73,TEWL,mg/h,Keep,9.762,Dataset,3.098,SD,Sample error,10,58.31,NA,Lizard,4.618,0.409818387961193,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2433,J.-F. Le Galliard,Podarcis_tiliguerta_South,Podarcis_tiliguerta,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Monte dei Sette Fratteli, Italy",39.300670,9.405130,432,Publication,14,6,2012,14,6,2012,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_74,TEWL,%/h,Keep,0.269,Dataset,0.099,SD,Sample error,10,59.13,NA,Lizard,4.606,0.623149705572871,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2828,J.-F. Le Galliard,Podarcis_tiliguerta_South,Podarcis_tiliguerta,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Monte dei Sette Fratteli, Italy",39.300670,9.405130,432,Publication,14,6,2012,14,6,2012,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_74,TEWL,mg/h,Keep,12.662,Dataset,5.553,SD,Sample error,10,59.13,NA,Lizard,4.606,0.623149705572871,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2434,J.-F. Le Galliard,Podarcis_vaucheri,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden 2, Morocco",31.205110,-7.857800,2604,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_75,TEWL,%/h,Keep,0.315,Dataset,0.100,SD,Sample error,5,54.16,NA,Lizard,2.842,0.446844491965605,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2829,J.-F. Le Galliard,Podarcis_vaucheri,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden 2, Morocco",31.205110,-7.857800,2604,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_75,TEWL,mg/h,Keep,8.628,Dataset,1.752,SD,Sample error,5,54.16,NA,Lizard,2.842,0.446844491965605,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2435,J.-F. Le Galliard,Podarcis_vaucheri_Morocco,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden 2, Morocco",31.205110,-7.857800,2604,Publication,5,5,2010,11,5,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_76,TEWL,%/h,Keep,0.262,Dataset,0.085,SD,Sample error,8,52.6,NA,Lizard,3.04625,0.616324068281336,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2830,J.-F. Le Galliard,Podarcis_vaucheri_Morocco,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden 2, Morocco",31.205110,-7.857800,2604,Publication,5,5,2010,11,5,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_76,TEWL,mg/h,Keep,7.616,Dataset,1.281,SD,Sample error,8,52.6,NA,Lizard,3.04625,0.616324068281336,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2436,J.-F. Le Galliard,Podarcis_vaucheri_SouthSpain,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Matalascanas, Donana, Spain",37.253620,-6.561180,62.2,GPS visualizer,22,4,2010,24,4,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_77,TEWL,%/h,Keep,0.311,Dataset,0.077,SD,Sample error,9,58.21,NA,Lizard,4.34666666666667,0.522230791891861,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2831,J.-F. Le Galliard,Podarcis_vaucheri_SouthSpain,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Matalascanas, Donana, Spain",37.253620,-6.561180,62.2,GPS visualizer,22,4,2010,24,4,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_77,TEWL,mg/h,Keep,13.518,Dataset,3.856,SD,Sample error,9,58.21,NA,Lizard,4.34666666666667,0.522230791891861,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2437,J.-F. Le Galliard,Podarcis_vaucheri_SouthCentral_Spain,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Ja�n 2, Spain",37.786350,-3.775120,430,GPS visualizer,9,3,2011,9,3,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_78,TEWL,%/h,Keep,0.427,Dataset,0.086,SD,Sample error,8,52.525,NA,Lizard,3.5075,0.931400634988587,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2832,J.-F. Le Galliard,Podarcis_vaucheri_SouthCentral_Spain,Podarcis_vaucheri,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Ja�n 2, Spain",37.786350,-3.775120,430,GPS visualizer,9,3,2011,9,3,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_78,TEWL,mg/h,Keep,14.607,Dataset,3.284,SD,Sample error,8,52.525,NA,Lizard,3.5075,0.931400634988587,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2438,J.-F. Le Galliard,Podarcis_virescens,Podarcis_virescens,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"�vora 2, Portugal",38.568880,-7.914270,274,Publication,26,5,2011,27,5,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_79,TEWL,%/h,Keep,0.299,Dataset,0.048,SD,Sample error,9,57.23,NA,Lizard,3.48777777777778,1.01624034777431,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2833,J.-F. Le Galliard,Podarcis_virescens,Podarcis_virescens,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"�vora 2, Portugal",38.568880,-7.914270,274,Publication,26,5,2011,27,5,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_79,TEWL,mg/h,Keep,10.334,Dataset,3.160,SD,Sample error,9,57.23,NA,Lizard,3.48777777777778,1.01624034777431,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2439,J.-F. Le Galliard,Podarcis_virescens,Podarcis_virescens,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Lisboa, Portugal",38.736946,-9.142685,45,Author,28,5,2011,29,5,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_80,TEWL,%/h,Keep,0.317,Dataset,0.049,SD,Sample error,5,69.1,NA,Lizard,6.616,1.3249075439441,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2834,J.-F. Le Galliard,Podarcis_virescens,Podarcis_virescens,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Lisboa, Portugal",38.736946,-9.142685,45,Author,28,5,2011,29,5,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_80,TEWL,mg/h,Keep,20.764,Dataset,4.536,SD,Sample error,5,69.1,NA,Lizard,6.616,1.3249075439441,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2440,J.-F. Le Galliard,Podarcis_wagleriana,Podarcis_waglerianus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mussomeli-Sutera, Italy",37.536510,13.789430,214,None,30,4,2013,1,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_81,TEWL,%/h,Keep,0.129,Dataset,0.045,SD,Sample error,10,68.85,NA,Lizard,7.594,0.841205484211002,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions, location and dates communicated by Miguel Carretero."
2835,J.-F. Le Galliard,Podarcis_wagleriana,Podarcis_waglerianus,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Mussomeli-Sutera, Italy",37.536510,13.789430,214,None,30,4,2013,1,5,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_81,TEWL,mg/h,Keep,9.577,Dataset,2.655,SD,Sample error,10,68.85,NA,Lizard,7.594,0.841205484211002,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions, location and dates communicated by Miguel Carretero."
2442,J.-F. Le Galliard,Scelarcis_perspicillata,Scelarcis_perspicillata,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden 3, Morocco",31.209890,-7.842170,2544,Publication,6,5,2010,7,5,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_83,TEWL,%/h,Keep,0.128,Dataset,0.038,SD,Sample error,10,59.61,NA,Lizard,4.568,0.477814468875385,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2836,J.-F. Le Galliard,Scelarcis_perspicillata,Scelarcis_perspicillata,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden 3, Morocco",31.209890,-7.842170,2544,Publication,6,5,2010,7,5,2010,Males,Adults,Controls,NA,3,Loss of body mass,2.387,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Garcia-Porta_NatCom_2019_83,TEWL,mg/h,Keep,5.822,Dataset,1.859,SD,Sample error,10,59.61,NA,Lizard,4.568,0.477814468875385,SD,NA,High quality data extracted from dataset,High quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Test conditions and dates communicated by Miguel Carretero."
2443,J.-F. Le Galliard,Scelarcis_perspicillata,Scelarcis_perspicillata,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden 3, Morocco",31.209890,-7.842170,2544,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_84,TEWL,%/h,Keep,0.335,Dataset,0.179,SD,Sample error,10,59.42,NA,Lizard,3.688,0.706521997770298,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2837,J.-F. Le Galliard,Scelarcis_perspicillata,Scelarcis_perspicillata,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Oukaimeden 3, Morocco",31.209890,-7.842170,2544,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,5,Loss of body mass,2.088,24.0,NA,NA,0.0,VentilatedBox,11.50,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_84,TEWL,mg/h,Keep,12.455,Dataset,7.628,SD,Sample error,10,59.42,NA,Lizard,3.688,0.706521997770298,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Information on habitat communicated by Abderrahim S'Khifa. Metadata on protocols kindly communicated by Abderrahim S'Khifa."
2444,J.-F. Le Galliard,Takydromus_sexlineatus,Takydromus_sexlineatus,https://doi.org/10.1038/s41467-019-11943-x,2019,Laboratory housing,Thailand,NA,NA,NA,Author,18,1,2020,21,1,2020,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,11.50,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_85,TEWL,%/h,Keep,0.237,Dataset,0.131,SD,Sample error,9,57.22,NA,Lizard,3.82666666666667,0.756984147786465,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2838,J.-F. Le Galliard,Takydromus_sexlineatus,Takydromus_sexlineatus,https://doi.org/10.1038/s41467-019-11943-x,2019,Laboratory housing,Thailand,NA,NA,NA,Author,18,1,2020,21,1,2020,Males,Adults,Controls,NA,NA,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,11.50,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_85,TEWL,mg/h,Keep,8.513,Dataset,3.430,SD,Sample error,9,57.22,NA,Lizard,3.82666666666667,0.756984147786465,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2447,J.-F. Le Galliard,Zootoca_vivipara,Zootoca_vivipara,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Braunschweig region, Germany",52.170000,10.965000,120,Author,16,5,2017,22,6,2017,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_88,TEWL,%/h,Keep,0.466,Dataset,NA,SD,Sample error,1,54,NA,Lizard,3.71,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2839,J.-F. Le Galliard,Zootoca_vivipara,Zootoca_vivipara,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Braunschweig region, Germany",52.170000,10.965000,120,Author,16,5,2017,22,6,2017,Males,Adults,Controls,NA,2,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_88,TEWL,mg/h,Keep,12.278,Dataset,NA,SD,Sample error,1,54,NA,Lizard,3.71,NA,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2760,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Pico del Teide, Tenerife, Canary Islands",28.272330,-16.642500,3718,Author,15,6,2016,16,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_89,TEWL,%/h,Keep,0.103,Dataset,0.023,SD,Sample error,5,NA,NA,Lizard,33.798,11.96,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2840,J.-F. Le Galliard,Gallotia_galloti,Gallotia_galloti,https://doi.org/10.1038/s41467-019-11943-x,2019,Wild population,"Pico del Teide, Tenerife, Canary Islands",28.272330,-16.642500,3718,Author,15,6,2016,16,6,2016,Males,Adults,Controls,NA,1,Loss of body mass,2.238,21.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Garcia-Porta_NatCom_2019_89,TEWL,mg/h,Keep,35.531,Dataset,15.325,SD,Sample error,5,NA,NA,Lizard,33.798,11.96,SD,NA,Medium quality data extracted from dataset,Medium quality,Usable data,"Water loss measured by several authors for a phylogenetic analysis of lacertid lizards. Methods state that lizards were systematically measured from mass loss at 20-22�C (which is not always true) and in low air humidity (ca 10-20%) using semi-sealed boxes with silical gel. Lizards were weiged every hour during 6-12 hours on average, average being 9 hours unless otherwise mentioned. EWL statistics calculated from raw formatted data available with the paper.Data are all from field caught adult males. Metadata on field site and protocols provided by Miguel Vences."
2167,R. Gavira,Bothrops_alternatus,Bothrops_alternatus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_1,TEWL,mg/h,Keep,72.298,Dataset,15.011,SE,Sample error,5,1005,1108.6,Snake,463.93,172.44,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2169,R. Gavira,Bothrops_alternatus,Bothrops_alternatus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_1,TEWL,mg/h,Keep,161.085,Dataset,37.787,SE,Sample error,5,995.6,1099.8,Snake,453.14,165.07,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2171,R. Gavira,Bothrops_alternatus,Bothrops_alternatus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_1,TEWL,mg/h,Keep,308.874,Dataset,45.962,SE,Sample error,5,995,1099.2,Snake,452.03,162.11,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2194,R. Gavira,Bothrops_jararacussu,Bothrops_jararacussu,Personal unpublished data,2017,Wild population,"Piquete, SP, Brazil",-22.615780,-45.172230,637,Publication,NA,5,2013,NA,5,2015,Females,Sub-Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1534.0,FlowChamber,20.00,1.00,No,NA,Gavira_PhDThesis_2017_10,TEWL,mg/h,Keep,89.741,Dataset,NA,NA,NA,1,NA,NA,Snake,331.82,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2195,R. Gavira,Bothrops_jararacussu,Bothrops_jararacussu,Personal unpublished data,2017,Wild population,"Piquete, SP, Brazil",-22.615780,-45.172230,637,Publication,NA,5,2013,NA,5,2015,Females,Sub-Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1534.0,FlowChamber,20.00,1.00,No,NA,Gavira_PhDThesis_2017_10,TEWL,mg/h,Keep,104.159,Dataset,NA,NA,NA,1,NA,NA,Snake,348.81,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2196,R. Gavira,Oxyrhopus_guibei,Oxyrhopus_guibei,Personal unpublished data,2017,Wild population,"Rio Claro, SP, Brazil",-22.397410,-47.543740,630,Publication,21,12,2016,22,12,2016,Both sexes,Juveniles,Controls,NA,1,Gaz measurement,3.167,25.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Gavira_PhDThesis_2017_11,TEWL,mg/h,Keep,29.271,Dataset,1.495,SE,Sample error,5,NA,NA,Juvenile snake,3.08,0.45,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2197,R. Gavira,Oxyrhopus_guibei,Oxyrhopus_guibei,Personal unpublished data,2017,Wild population,"Rio Claro, SP, Brazil",-22.397410,-47.543740,630,Publication,21,12,2016,22,12,2016,Both sexes,Juveniles,Controls,NA,1,Gaz measurement,5.623,35.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Gavira_PhDThesis_2017_11,TEWL,mg/h,Keep,40.529,Dataset,1.523,SE,Sample error,5,NA,NA,Juvenile snake,3.14,0.47,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2168,R. Gavira,Bothrops_alternatus,Bothrops_alternatus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_2,TEWL,mg/h,Keep,46.515,Dataset,3.936,SE,Sample error,5,810.8,927,Snake,239.29,75.59,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2170,R. Gavira,Bothrops_alternatus,Bothrops_alternatus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_2,TEWL,mg/h,Keep,73.103,Dataset,7.302,SE,Sample error,5,809.2,925.2,Snake,237.28,72.12,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2172,R. Gavira,Bothrops_alternatus,Bothrops_alternatus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_2,TEWL,mg/h,Keep,160.986,Dataset,13.666,SE,Sample error,5,804.6,921,Snake,231.9,69.21,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2173,R. Gavira,Bothrops_jararaca,Bothrops_jararaca,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_3,TEWL,mg/h,Keep,74.736,Dataset,7.290,SE,Sample error,10,1054.8,1205.5,Snake,391.37,194.07,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2175,R. Gavira,Bothrops_jararaca,Bothrops_jararaca,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_3,TEWL,mg/h,Keep,141.412,Dataset,22.096,SE,Sample error,10,1061.5,1212.8,Snake,398.48,195,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2177,R. Gavira,Bothrops_jararaca,Bothrops_jararaca,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_3,TEWL,mg/h,Keep,305.342,Dataset,43.289,SE,Sample error,10,1057.5,1208.7,Snake,394.43,190.81,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2174,R. Gavira,Bothrops_jararaca,Bothrops_jararaca,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Gavira_PhDThesis_2017_4,TEWL,mg/h,Keep,41.719,Dataset,1.040,SE,Sample error,3,792.3,915.7,Snake,108.98,27.33,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2176,R. Gavira,Bothrops_jararaca,Bothrops_jararaca,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Gavira_PhDThesis_2017_4,TEWL,mg/h,Keep,74.222,Dataset,3.948,SE,Sample error,3,792,915.3,Snake,108.58,23.86,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2178,R. Gavira,Bothrops_jararaca,Bothrops_jararaca,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Gavira_PhDThesis_2017_4,TEWL,mg/h,Keep,183.671,Dataset,9.799,SE,Sample error,3,792,915.8,Snake,108.8,21.43,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2179,R. Gavira,Bothrops_moojeni,Bothrops_moojeni,Personal unpublished data,2017,Wild population,"Barbosa, SP, Brazil",-21.250280,-49.916000,360,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_5,TEWL,mg/h,Keep,48.820,Dataset,7.700,SE,Sample error,4,837.3,917.5,Snake,250.56,79.6,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2181,R. Gavira,Bothrops_moojeni,Bothrops_moojeni,Personal unpublished data,2017,Wild population,"Barbosa, SP, Brazil",-21.250280,-49.916000,360,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_5,TEWL,mg/h,Keep,84.603,Dataset,20.465,SE,Sample error,4,848,931.5,Snake,259.09,87.37,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2183,R. Gavira,Bothrops_moojeni,Bothrops_moojeni,Personal unpublished data,2017,Wild population,"Barbosa, SP, Brazil",-21.250280,-49.916000,360,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_5,TEWL,mg/h,Keep,237.043,Dataset,57.284,SE,Sample error,4,839.3,920,Snake,252.09,85.59,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2180,R. Gavira,Bothrops_moojeni,Bothrops_moojeni,Personal unpublished data,2017,Wild population,"Barbosa, SP, Brazil",-21.250280,-49.916000,360,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_6,TEWL,mg/h,Keep,59.679,Dataset,8.266,SE,Sample error,7,872,962.3,Snake,278.75,119.89,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2182,R. Gavira,Bothrops_moojeni,Bothrops_moojeni,Personal unpublished data,2017,Wild population,"Barbosa, SP, Brazil",-21.250280,-49.916000,360,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_6,TEWL,mg/h,Keep,116.306,Dataset,17.171,SE,Sample error,7,878.7,972.3,Snake,283.94,115.73,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2184,R. Gavira,Bothrops_moojeni,Bothrops_moojeni,Personal unpublished data,2017,Wild population,"Barbosa, SP, Brazil",-21.250280,-49.916000,360,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_6,TEWL,mg/h,Keep,270.671,Dataset,43.351,SE,Sample error,7,871.9,963,Snake,278.36,116.27,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2185,R. Gavira,Crotalus_durissus,Crotalus_durissus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1534.0,FlowChamber,20.00,1.00,No,NA,Gavira_PhDThesis_2017_7,TEWL,mg/h,Keep,68.598,Dataset,NA,NA,NA,1,868,954,Snake,488.1,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2187,R. Gavira,Crotalus_durissus,Crotalus_durissus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1534.0,FlowChamber,20.00,1.00,No,NA,Gavira_PhDThesis_2017_7,TEWL,mg/h,Keep,97.782,Dataset,NA,NA,NA,1,888,977,Snake,518,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2189,R. Gavira,Crotalus_durissus,Crotalus_durissus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Females,Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,1534.0,FlowChamber,20.00,1.00,No,NA,Gavira_PhDThesis_2017_7,TEWL,mg/h,Keep,159.889,Dataset,NA,NA,NA,1,861,946,Snake,477.65,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2186,R. Gavira,Crotalus_durissus,Crotalus_durissus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_8,TEWL,mg/h,Keep,55.957,Dataset,4.465,SE,Sample error,9,825.7,906.8,Snake,426.19,152.13,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2188,R. Gavira,Crotalus_durissus,Crotalus_durissus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_8,TEWL,mg/h,Keep,90.342,Dataset,7.840,SE,Sample error,9,828.7,910.1,Snake,430.55,150,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2190,R. Gavira,Crotalus_durissus,Crotalus_durissus,Personal unpublished data,2017,Wild population,"S?o Paulo, Brazil",-23.538000,-46.716000,790,Publication,NA,5,2013,NA,5,2015,Males,Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_8,TEWL,mg/h,Keep,159.180,Dataset,14.321,SE,Sample error,9,822.9,903.4,Snake,422.13,145.24,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2191,R. Gavira,Bothrops_neuwiedi,Bothrops_neuwiedi,Personal unpublished data,2017,Wild population,"Serra do Cip� National Park, Espinha�o Mountains, MG, Brazil",-19.327680,-43.618720,822,Publication,NA,5,2013,NA,5,2015,Females,Sub-Adults,Controls,NA,60,Gaz measurement,1.704,15.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_9,TEWL,mg/h,Keep,41.229,Dataset,8.575,SE,Sample error,2,NA,NA,Snake,263.39,167.24,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2192,R. Gavira,Bothrops_neuwiedi,Bothrops_neuwiedi,Personal unpublished data,2017,Wild population,"Serra do Cip� National Park, Espinha�o Mountains, MG, Brazil",-19.327680,-43.618720,822,Publication,NA,5,2013,NA,5,2015,Females,Sub-Adults,Controls,NA,60,Gaz measurement,3.167,25.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_9,TEWL,mg/h,Keep,114.150,Dataset,52.930,SE,Sample error,2,NA,NA,Snake,264.08,145.5,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2193,R. Gavira,Bothrops_neuwiedi,Bothrops_neuwiedi,Personal unpublished data,2017,Wild population,"Serra do Cip� National Park, Espinha�o Mountains, MG, Brazil",-19.327680,-43.618720,822,Publication,NA,5,2013,NA,5,2015,Females,Sub-Adults,Controls,NA,60,Gaz measurement,5.623,35.0,NA,NA,1150.0,FlowChamber,17.50,1.00,No,NA,Gavira_PhDThesis_2017_9,TEWL,mg/h,Keep,163.364,Dataset,34.941,SE,Sample error,2,NA,NA,Snake,259.41,142.76,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from Rodrigo Gavira PhD thesis (Gavira and D. V. Andrade) with dimensions of chambers and technical data communicated by Rodrigo.
2076,R. Gavira,Sceloporus_jarrovii,Sceloporus_jarrovii,doi: 10.1371/journal.pone.0146904,2016,Wild population,"Miller Canyon, Huachuca Mountains, Cochise Co., AZ, USA",31.967870,-110.001530,1920,Publication,3,6,2015,10,6,2015,Males,Juveniles,Controls,NA,NA,Loss of body mass,4.130,31.0,NA,NA,0.0,VentilatedBox,NA,8.00,No,NA,Gilbert_PlosOne_2016_1,TEWL,mg/h,Keep,3.700,Table,0.300,SE,Sample error,33,33.95,NA,Juvenile lizard,1.34,0.34,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field captured animals in a semi-sealed chamber at ambient laboratory temperature from mass loss over a total of 8 hours during daytime. Data calculated over 2 hours intervals and provided separately for males and females.
2077,R. Gavira,Sceloporus_jarrovii,Sceloporus_jarrovii,doi: 10.1371/journal.pone.0146904,2016,Wild population,"Miller Canyon, Huachuca Mountains, Cochise Co., AZ, USA",31.967870,-110.001530,1920,Publication,3,6,2015,10,6,2015,Females,Juveniles,Controls,NA,NA,Loss of body mass,4.130,31.0,NA,NA,0.0,VentilatedBox,NA,8.00,No,NA,Gilbert_PlosOne_2016_2,TEWL,mg/h,Keep,2.700,Table,0.200,SE,Sample error,31,33.73,NA,Juvenile lizard,1.35,0.28,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field captured animals in a semi-sealed chamber at ambient laboratory temperature from mass loss over a total of 8 hours during daytime. Data calculated over 2 hours intervals and provided separately for males and females.
2005,R. Gavira,Varanus_gouldii,Varanus_gouldii,doi: 10.2307/1934232,1972,Wild population,"Flinders Chase Flora and Fauna Reserve, Kangaroo Island, Australia",-35.949440,136.780970,100,Publication,NA,11,1966,NA,12,1968,Not specified,Both age classes,Controls,NA,NA,Doubly labeled water,NA,22.7,NA,NA,NA,Nochamber,NA,624.00,Yes,NA,Green_Ecology_1972_1,TEWL,mg/g/h,Keep,0.917,Table,0.058,SE,Sample error,17,NA,NA,Lizard,990,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Poor temperature data (estimated from the mean daily maximum), Mean of body mass is not provided, only the range. Data excluded because of DWL technique = non standard measurement. Same sample even if subsamples were used at each temperature."
2006,R. Gavira,Varanus_gouldii,Varanus_gouldii,doi: 10.2307/1934232,1972,Wild population,"Flinders Chase Flora and Fauna Reserve, Kangaroo Island, Australia",-35.949440,136.780970,100,Publication,NA,11,1966,NA,12,1968,Not specified,Both age classes,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,895.00,Yes,NA,Green_Ecology_1972_1,TEWL,mg/g/h,Keep,0.658,Table,0.050,SE,Sample error,17,NA,NA,Lizard,990,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Poor temperature data (estimated from the mean daily maximum), Mean of body mass is not provided, only the range. Data excluded because of DWL technique = non standard measurement. Same sample even if subsamples were used at each temperature."
2007,R. Gavira,Varanus_gouldii,Varanus_gouldii,doi: 10.2307/1934232,1972,Wild population,"Flinders Chase Flora and Fauna Reserve, Kangaroo Island, Australia",-35.949440,136.780970,100,Publication,NA,11,1966,NA,12,1968,Not specified,Both age classes,Controls,NA,NA,Doubly labeled water,NA,18.7,NA,NA,NA,Nochamber,NA,1464.00,Yes,NA,Green_Ecology_1972_1,TEWL,mg/g/h,Keep,0.408,Table,0.058,SE,Sample error,5,NA,NA,Lizard,990,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Poor temperature data (estimated from the mean daily maximum), Mean of body mass is not provided, only the range. Data excluded because of DWL technique = non standard measurement. Same sample even if subsamples were used at each temperature."
2008,R. Gavira,Varanus_gouldii,Varanus_gouldii,doi: 10.2307/1934232,1972,Wild population,"Flinders Chase Flora and Fauna Reserve, Kangaroo Island, Australia",-35.949440,136.780970,100,Publication,NA,11,1966,NA,12,1968,Not specified,Both age classes,Controls,NA,NA,Doubly labeled water,NA,13.9,NA,NA,NA,Nochamber,NA,2496.00,Yes,NA,Green_Ecology_1972_1,TEWL,mg/g/h,Keep,0.229,Table,0.025,SE,Sample error,8,NA,NA,Lizard,990,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Poor temperature data (estimated from the mean daily maximum), Mean of body mass is not provided, only the range. Data excluded because of DWL technique = non standard measurement. Same sample even if subsamples were used at each temperature."
2009,R. Gavira,Varanus_gouldii,Varanus_gouldii,doi: 10.2307/1934232,1972,Wild population,"Calperum Station, Australia",-34.044820,140.671770,20,Publication,NA,11,1966,NA,12,1968,Not specified,Both age classes,Controls,NA,NA,Doubly labeled water,NA,30.3,NA,NA,NA,Nochamber,NA,336.00,Yes,NA,Green_Ecology_1972_1,TEWL,mg/g/h,Keep,0.979,Figure,0.474,SE,Sample error,6,NA,NA,Lizard,990,NA,NA,NA,"Medium quality data extracted from figure, field active animals",Medium quality,Not usable data,"Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Poor temperature data (estimated from the mean daily maximum), Mean of body mass is not provided, only the range. Data excluded because of DWL technique = non standard measurement. Same sample even if subsamples were used at each temperature."
9,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,3.025,26.0,NA,NA,700.0,FlowChamber,15.00,0.25,No,NA,Green_PhDThesis_1969_1,TEWL,mg/h,Keep,127.700,Figure,22.070,SD,Sample error,6,NA,NA,Lizard,956,247,Range,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data against body temperature for the same animals
10,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,700.0,FlowChamber,15.00,0.25,No,NA,Green_PhDThesis_1969_1,TEWL,mg/h,Keep,170.440,Figure,15.540,SD,Sample error,6,NA,NA,Lizard,956,247,Range,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data against body temperature for the same animals
11,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,4.788,34.0,NA,NA,700.0,FlowChamber,15.00,0.25,No,NA,Green_PhDThesis_1969_1,TEWL,mg/h,Keep,256.750,Figure,21.650,SD,Sample error,6,NA,NA,Lizard,956,247,Range,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data against body temperature for the same animals
12,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,5.963,38.0,NA,NA,700.0,FlowChamber,15.00,0.25,No,NA,Green_PhDThesis_1969_1,TEWL,mg/h,Keep,348.970,Figure,54.680,SD,Sample error,6,NA,NA,Lizard,956,247,Range,NA,High quality data extracted from figure,High quality,Usable data,"TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data against body temperature for the same animals. Very high test temperature, close to panting but no apparent shift in WL."
13,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,7.002,41.0,NA,NA,700.0,FlowChamber,15.00,0.25,Yes,Panting active animals,Green_PhDThesis_1969_1,TEWL,mg/h,Keep,1752.610,Figure,738.660,SD,Sample error,15,NA,NA,Lizard,956,247,Range,NA,"Medium quality data extracted from figure, active animals",Medium quality,Not usable data,"TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data against body temperature for the same animals. Animals are panting, data to be removed."
14,J.-F. Le Galliard,Varanus_gouldii_flavirufus,Varanus_gouldii_flavirufus,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Yuendumu, Australia",-22.253810,131.795730,671.4,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_2,TEWL,mg/h,Keep,83.610,Figure,38.660,SD,Sample error,10,NA,NA,Lizard,339.78,241.14,SD,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of WL against body mass.
355,J.-F. Le Galliard,Varanus_gouldii_flavirufus,Varanus_gouldii_flavirufus,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Yuendumu, Australia",-22.253810,131.795730,671.4,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_2,TEWL,mg/g/h,Keep,0.281,Figure,0.072,SD,Sample error,10,NA,NA,Lizard,339.78,241.14,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of WL against body mass.
15,J.-F. Le Galliard,Varanus_gouldii_gouldii,Varanus_gouldii_gouldii,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Renmark, Australia",-34.174270,140.744280,23.6,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,10.00,0.25,No,NA,Green_PhDThesis_1969_3,TEWL,mg/h,Keep,56.240,Figure,56.520,SD,Sample error,6,NA,NA,Lizard,174.63,209.66,SD,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of WL against body mass.
356,J.-F. Le Galliard,Varanus_gouldii_gouldii,Varanus_gouldii_gouldii,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Renmark, Australia",-34.174270,140.744280,23.6,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,10.00,0.25,No,NA,Green_PhDThesis_1969_3,TEWL,mg/g/h,Keep,0.455,Figure,0.184,SD,Sample error,6,NA,NA,Lizard,174.63,209.66,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of WL against body mass.
16,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_4,TEWL,mg/h,Keep,197.620,Figure,88.480,SD,Sample error,30,NA,NA,Lizard,842.19,414.25,SD,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of WL against body mass.
357,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_4,TEWL,mg/g/h,Keep,0.250,Figure,0.065,SD,Sample error,30,NA,NA,Lizard,842.19,414.25,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of WL against body mass.
17,J.-F. Le Galliard,Varanus_acanthurus_brachyurus,Varanus_acanthurus_brachyurus,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,Australia,NA,NA,NA,None,NA,NA,1967,NA,NA,1968,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,15.00,0.25,No,NA,Green_PhDThesis_1969_5,TEWL,mg/h,Keep,9.530,Figure,4.080,SD,Sample error,9,NA,NA,Lizard,24.71,20.81,SD,NA,High quality data extracted from figure,High quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Air flow not given but assumed to be the same than in Figure 5
358,J.-F. Le Galliard,Varanus_acanthurus_brachyurus,Varanus_acanthurus_brachyurus,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,Australia,NA,NA,NA,None,NA,NA,1967,NA,NA,1968,Not specified,Both age classes,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,15.00,0.25,No,NA,Green_PhDThesis_1969_5,TEWL,mg/g/h,Keep,0.674,Figure,0.481,SD,Sample error,9,NA,NA,Lizard,24.71,20.81,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Air flow not given but assumed to be the same than in Figure 5
377,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_5b,CWL,mg/cm2/h,Keep,0.122,Table,0.037,SD,Sample error,10,NA,NA,Lizard,956,247,Range,1144.1,Medium quality data extracted from table,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data of CWL (figure 10)  against body temperature for the same animals. Surface area estimated from the regression equation
378,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,5.061,35.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_5b,CWL,mg/cm2/h,Keep,0.167,Figure,0.043,SD,Sample error,8,NA,NA,Lizard,956,247,Range,1144.1,Medium quality data extracted from figure,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data of CWL (figure 10)  against body temperature for the same animals. Surface area estimated from the regression equation
379,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,5.963,38.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_5b,CWL,mg/cm2/h,Keep,0.248,Figure,0.046,SD,Sample error,6,NA,NA,Lizard,956,247,Range,1144.1,Medium quality data extracted from figure,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data of CWL (figure 10)  against body temperature for the same animals. Surface area estimated from the regression equation
380,J.-F. Le Galliard,Varanus_gouldii_rosenbergi,Varanus_rosenbergi,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Flinders Chase, Australia",-35.880440,136.700850,175.9,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,6.639,40.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_5b,CWL,mg/cm2/h,Keep,0.278,Figure,0.067,SD,Sample error,8,NA,NA,Lizard,956,247,Range,1144.1,Medium quality data extracted from figure,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a figure of raw data of CWL (figure 10)  against body temperature for the same animals. Surface area estimated from the regression equation
381,J.-F. Le Galliard,Varanus_gouldii_flavirufus,Varanus_gouldii_flavirufus,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Yuendumu, Australia",-22.253810,131.795730,671.4,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,18.00,0.25,No,NA,Green_PhDThesis_1969_6,CWL,mg/cm2/h,Keep,0.095,Table,0.032,SD,Sample error,4,NA,NA,Lizard,339.78,241.14,SD,473.48,Medium quality data extracted from table,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a table of individual values
382,J.-F. Le Galliard,Varanus_gouldii_gouldii,Varanus_gouldii_gouldii,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,"Renmark, Australia",-34.174270,140.744280,23.6,GPS visualizer,NA,NA,1967,NA,NA,1968,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,10.00,0.25,No,NA,Green_PhDThesis_1969_7,CWL,mg/cm2/h,Keep,0.107,Table,0.045,SD,Sample error,7,NA,NA,Lizard,174.63,209.66,SD,431.12,Medium quality data extracted from table,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a table of individual values
383,J.-F. Le Galliard,Varanus_acanthurus_brachyurus,Varanus_acanthurus_brachyurus,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,Australia,NA,NA,NA,None,NA,NA,1967,NA,NA,1968,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,15.00,0.25,No,NA,Green_PhDThesis_1969_8,CWL,mg/cm2/h,Keep,0.118,Figure,0.026,SD,Sample error,5,NA,NA,Lizard,24.71,20.81,SD,102.9,Medium quality data extracted from figure,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a table of individual values and surface estimated from the regression curve and given body mass
384,J.-F. Le Galliard,Varanus_gilleni,Varanus_gilleni,https://digital.library.adelaide.edu.au/dspace/bitstream/2440/20813/2/02whole.pdf,1969,Wild population,Australia,NA,NA,NA,None,NA,NA,1967,NA,NA,1968,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,500.0,FlowChamber,15.00,0.25,No,NA,Green_PhDThesis_1969_9,CWL,mg/cm2/h,Keep,0.055,Table,0.017,SD,Sample error,4,NA,NA,Lizard,NA,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,TEWL measured in a flow-through chamber with change in dessicant mass. Assumes low relative humidity of 10% like in other similar studies. Data extracted from a table of individual values. No data on surface area.
2129,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Mas de la Barque, Mont Loz�re, France",44.385540,3.876080,1425,Publication,NA,7,1985,NA,7,1985,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,14.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Non gravid,Grenot_FuncEcol_1987_1,TEWL,mg/g/h,Keep,8.100,Table,0.800,SE,Sample error,3,NA,NA,Lizard,3.49,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2138,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,6,1984,NA,6,1984,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Gravid,Grenot_FuncEcol_1987_10,TEWL,mg/g/h,Keep,5.400,Table,0.500,SE,Sample error,4,NA,NA,Lizard,3.56,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2139,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,6,1984,NA,6,1984,Males,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_11,TEWL,mg/g/h,Keep,10.200,Table,2.000,SE,Sample error,7,NA,NA,Lizard,3.5,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2140,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,6,1984,NA,6,1984,Both sexes,Juveniles,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_12,TEWL,mg/g/h,Keep,10.500,Table,1.500,SE,Sample error,11,NA,NA,Lizard,2.09,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2141,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Females,Juveniles,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Non gravid,Grenot_FuncEcol_1987_13,TEWL,mg/g/h,Keep,10.500,Table,2.000,SE,Sample error,4,NA,NA,Lizard,2.09,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2142,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Females,Juveniles,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Gravid,Grenot_FuncEcol_1987_14,TEWL,mg/g/h,Keep,6.800,Table,0.700,SE,Sample error,4,NA,NA,Lizard,3,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2143,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_15,TEWL,mg/g/h,Keep,4.300,Table,0.700,SE,Sample error,10,NA,NA,Lizard,3.56,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2144,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Males,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_16,TEWL,mg/g/h,Keep,10.000,Table,0.700,SE,Sample error,5,NA,NA,Lizard,3.5,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2145,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Both sexes,Juveniles,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_17,TEWL,mg/g/h,Keep,11.100,Table,2.400,SE,Sample error,6,NA,NA,Lizard,2.09,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2146,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Non gravid in the lab,Grenot_FuncEcol_1987_18,TEWL,mg/g/h,Keep,9.700,Table,1.900,SE,Sample error,3,NA,NA,Lizard,3.49,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2147,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Gravid,Grenot_FuncEcol_1987_19,TEWL,mg/g/h,Keep,3.900,Table,1.700,SE,Sample error,4,NA,NA,Lizard,3.56,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2130,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Mas de la Barque, Mont Loz�re, France",44.385540,3.876080,1425,Publication,NA,7,1985,NA,7,1985,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,14.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Gravid,Grenot_FuncEcol_1987_2,TEWL,mg/g/h,Keep,4.600,Table,1.000,SE,Sample error,6,NA,NA,Lizard,3.56,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2148,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Males,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Laboratory,Grenot_FuncEcol_1987_20,TEWL,mg/g/h,Keep,5.900,Table,0.600,SE,Sample error,6,NA,NA,Lizard,3.5,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2149,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,7,1985,NA,7,1985,Both sexes,Juveniles,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Laboratory,Grenot_FuncEcol_1987_21,TEWL,mg/g/h,Keep,9.400,Table,1.600,SE,Sample error,6,NA,NA,Lizard,2.09,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2150,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,9,1985,NA,9,1985,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Non gravid,Grenot_FuncEcol_1987_22,TEWL,mg/g/h,Keep,4.100,Table,0.900,SE,Sample error,3,NA,NA,Lizard,3.49,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2151,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,9,1985,NA,9,1985,Males,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_23,TEWL,mg/g/h,Keep,3.300,Table,0.100,SE,Sample error,2,NA,NA,Lizard,3.5,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2152,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,9,1985,NA,9,1985,Both sexes,Juveniles,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,1.50,Yes,NA,Grenot_FuncEcol_1987_24,TEWL,mg/g/h,Keep,3.900,Table,0.600,SE,Sample error,5,NA,NA,Lizard,2.09,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2131,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Mas de la Barque, Mont Loz�re, France",44.385540,3.876080,1425,Publication,NA,7,1985,NA,7,1985,Males,Adults,Controls,NA,NA,Doubly labeled water,NA,14.3,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_3,TEWL,mg/g/h,Keep,6.500,Table,0.900,SE,Sample error,4,NA,NA,Lizard,3.5,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2132,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Mas de la Barque, Mont Loz�re, France",44.385540,3.876080,1425,Publication,NA,7,1985,NA,7,1985,Both sexes,Juveniles,Controls,NA,NA,Doubly labeled water,NA,14.3,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_4,TEWL,mg/g/h,Keep,10.000,Table,2.100,SE,Sample error,7,NA,NA,Lizard,2.09,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2133,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Chalet du Mont Loz�re, France",44.452450,3.748990,1410,Publication,NA,7,1985,NA,7,1985,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,16.0,NA,NA,NA,Nochamber,NA,132.00,Yes,Non gravid,Grenot_FuncEcol_1987_5,TEWL,mg/g/h,Keep,7.300,Table,0.400,SE,Sample error,3,NA,NA,Lizard,3.49,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2134,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Chalet du Mont Loz�re, France",44.452450,3.748990,1410,Publication,NA,7,1985,NA,7,1985,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,16.0,NA,NA,NA,Nochamber,NA,132.00,Yes,Gravid,Grenot_FuncEcol_1987_6,TEWL,mg/g/h,Keep,3.700,Table,0.800,SE,Sample error,6,NA,NA,Lizard,3.56,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2135,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Chalet du Mont Loz�re, France",44.452450,3.748990,1410,Publication,NA,7,1985,NA,7,1985,Males,Adults,Controls,NA,NA,Doubly labeled water,NA,16.0,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_7,TEWL,mg/g/h,Keep,5.600,Table,1.100,SE,Sample error,4,NA,NA,Lizard,3.5,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2136,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Chalet du Mont Loz�re, France",44.452450,3.748990,1410,Publication,NA,7,1985,NA,7,1985,Both sexes,Juveniles,Controls,NA,NA,Doubly labeled water,NA,16.0,NA,NA,NA,Nochamber,NA,132.00,Yes,NA,Grenot_FuncEcol_1987_8,TEWL,mg/g/h,Keep,7.500,Table,0.400,SE,Sample error,4,NA,NA,Lizard,2.09,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
2137,R. Gavira,Lacerta_vivipara,Zootoca_vivipara,doi: 10.2307/2389716,1987,Wild population,"Paimpont, Brittany, France",48.017840,-2.174780,150,Publication,NA,6,1984,NA,6,1984,Females,Adults,Controls,NA,NA,Doubly labeled water,NA,17.3,NA,NA,NA,Nochamber,NA,132.00,Yes,Non gravid,Grenot_FuncEcol_1987_9,TEWL,mg/g/h,Keep,10.300,Table,1.400,SE,Sample error,6,NA,NA,Lizard,3.49,NA,NA,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/kg/day) were divided by 24 to be expressed as: mg/g/h, Temperature estimated by the mean temperature during the experiment, Body mass data is an estimative. Data excluded because of DWL technique = non standard measurement."
1469,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,15.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_1,TEWL,mg/g/h,Keep,1.167,Dataset,0.450,SD,Sample error,9,464,NA,Snake,76.3,20.3,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1470,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,25.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_1,TEWL,mg/g/h,Keep,1.305,Dataset,0.510,SD,Sample error,9,464,NA,Snake,76.3,20.3,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1471,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,33.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_1,TEWL,mg/g/h,Keep,1.387,Dataset,0.550,SD,Sample error,9,464,NA,Snake,76.3,20.3,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1475,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,15.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_1,TEWL,mg/h,Keep,93.680,Dataset,2.210,SD,Sample error,9,464,NA,Snake,76.3,20.3,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1476,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,25.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_1,TEWL,mg/h,Keep,102.055,Dataset,6.440,SD,Sample error,9,464,NA,Snake,76.3,20.3,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1477,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,33.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_1,TEWL,mg/h,Keep,113.903,Dataset,12.130,SD,Sample error,9,464,NA,Snake,76.3,20.3,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1472,O. Lourdais,Vipera_berus,Vipera_berus,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,15.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_2,TEWL,mg/g/h,Keep,1.839,Dataset,0.680,SD,Sample error,9,446,NA,Snake,62.1,30.6,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1473,O. Lourdais,Vipera_berus,Vipera_berus,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,25.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_2,TEWL,mg/g/h,Keep,2.134,Dataset,0.810,SD,Sample error,9,446,NA,Snake,62.1,30.6,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1474,O. Lourdais,Vipera_berus,Vipera_berus,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,33.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_2,TEWL,mg/g/h,Keep,2.262,Dataset,0.770,SD,Sample error,9,446,NA,Snake,62.1,30.6,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1478,O. Lourdais,Vipera_berus,Vipera_berus,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,15.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_2,TEWL,mg/h,Keep,96.162,Dataset,3.020,SD,Sample error,9,446,NA,Snake,62.1,30.6,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1479,O. Lourdais,Vipera_berus,Vipera_berus,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,25.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_2,TEWL,mg/h,Keep,108.068,Dataset,6.500,SD,Sample error,9,446,NA,Snake,62.1,30.6,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1480,O. Lourdais,Vipera_berus,Vipera_berus,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Gaz measurement,1.221,33.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,NA,Guillon_CanJZool_2014_2,TEWL,mg/h,Keep,120.528,Dataset,11.750,SD,Sample error,9,446,NA,Snake,62.1,30.6,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity.
1481,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Flux chamber,NA,25.0,NA,NA,0.0,FlowChamber,NA,2.00,No,Aquaflux set-up,Guillon_CanJZool_2014_3,CWL,mg/cm2/h,Keep,0.470,Figure,0.200,SE,Sample error,7,464,NA,Snake,76.3,20.3,SD,NA,"High quality data extracted from figure, skin surface water loss",High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity. No data on surface area.
1482,O. Lourdais,Vipera_berus,Vipera_berus,doi: 10.1139/cjz-2013-0189,2014,Wild population,"Loire Atlantique, France",47.503000,-1.773000,41,Publication,NA,NA,2009,NA,NA,2010,Both sexes,Adults,Controls,NA,30,Flux chamber,NA,25.0,NA,NA,0.0,FlowChamber,NA,2.00,No,Aquaflux set-up,Guillon_CanJZool_2014_4,CWL,mg/cm2/h,Keep,0.790,Figure,0.300,SE,Sample error,12,446,NA,Snake,62.1,30.6,SD,NA,"High quality data extracted from figure, skin surface water loss",High quality,Usable data,Total water loss measured in animals acclimated for at least 1 month in outdoord cages and in a flow-through system maintained at constant temperature and humidity. No data on surface area.
24,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Cambalache State Forest, Puerto Rico",18.452420,-66.597000,28.3,GPS visualizer,NA,11,2009,NA,11,2009,Males,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_1,TEWL,mg/g/h,Keep,1.660,Table,0.080,SE,Sample error,15,NA,NA,Lizard,5.7,0.1,SE,41.73,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2."
28,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Cambalache State Forest, Puerto Rico",18.452420,-66.597000,28.3,GPS visualizer,NA,11,2009,NA,11,2009,Males,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_1,TEWL,%/h,Remove,0.130,Table,0.010,SE,Sample error,15,NA,NA,Lizard,5.7,0.1,SE,41.73,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2. Duplicates of data reported in another relative unit."
32,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Cambalache State Forest, Puerto Rico",18.452420,-66.597000,28.3,GPS visualizer,NA,11,2009,NA,11,2009,Males,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_1,TEWL,mg/cm2/h,Keep,0.180,Table,0.010,SE,Sample error,15,NA,NA,Lizard,5.7,0.1,SE,41.73,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2."
25,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Cambalache State Forest, Puerto Rico",18.452420,-66.597000,28.3,GPS visualizer,NA,11,2009,NA,11,2009,Females,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_2,TEWL,mg/g/h,Keep,2.620,Table,0.180,SE,Sample error,11,NA,NA,Lizard,1.9,0.1,SE,23.31,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2."
29,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Cambalache State Forest, Puerto Rico",18.452420,-66.597000,28.3,GPS visualizer,NA,11,2009,NA,11,2009,Females,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_2,TEWL,%/h,Remove,0.200,Table,0.020,SE,Sample error,11,NA,NA,Lizard,1.9,0.1,SE,23.31,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2. Duplicates of data reported in another relative unit."
33,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Cambalache State Forest, Puerto Rico",18.452420,-66.597000,28.3,GPS visualizer,NA,11,2009,NA,11,2009,Females,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_2,TEWL,mg/cm2/h,Keep,0.160,Table,0.010,SE,Sample error,11,NA,NA,Lizard,1.9,0.1,SE,23.31,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2."
26,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Guanica State Forest, Puerto Rico",17.971480,-66.868710,156.9,GPS visualizer,NA,11,2009,NA,11,2009,Males,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_3,TEWL,mg/g/h,Keep,1.310,Table,0.070,SE,Sample error,15,NA,NA,Lizard,6.4,0.2,SE,44.37,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2."
30,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Guanica State Forest, Puerto Rico",17.971480,-66.868710,156.9,GPS visualizer,NA,11,2009,NA,11,2009,Males,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_3,TEWL,%/h,Remove,0.170,Table,0.010,SE,Sample error,15,NA,NA,Lizard,6.4,0.2,SE,44.37,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2. Duplicates of data reported in another relative unit."
34,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Guanica State Forest, Puerto Rico",17.971480,-66.868710,156.9,GPS visualizer,NA,11,2009,NA,11,2009,Males,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_3,TEWL,mg/cm2/h,Keep,0.140,Table,0.010,SE,Sample error,15,NA,NA,Lizard,6.4,0.2,SE,44.37,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2."
27,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Guanica State Forest, Puerto Rico",17.971480,-66.868710,156.9,GPS visualizer,NA,11,2009,NA,11,2009,Females,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_4,TEWL,mg/g/h,Keep,2.000,Table,0.070,SE,Sample error,9,NA,NA,Lizard,2.2,0.1,SE,25.2,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2."
31,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Guanica State Forest, Puerto Rico",17.971480,-66.868710,156.9,GPS visualizer,NA,11,2009,NA,11,2009,Females,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_4,TEWL,%/h,Remove,0.260,Table,0.020,SE,Sample error,9,NA,NA,Lizard,2.2,0.1,SE,25.2,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2. Duplicates of data reported in another relative unit."
35,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Guanica State Forest, Puerto Rico",17.971480,-66.868710,156.9,GPS visualizer,NA,11,2009,NA,11,2009,Females,Adults,Controls,NA,90,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Laboratory acclimation,Gunderson_JCP_2011_4,TEWL,mg/cm2/h,Keep,0.130,Table,0.010,SE,Sample error,9,NA,NA,Lizard,2.2,0.1,SE,25.2,High quality data extracted from table,High quality,Usable data,"TEWL calculated from body mass loss in standard conditions inside an incubator set at 10% RH but after 3 months long acclimation - however, little effects of acclimation conditions in a companion experiment suggest that these data are valid to use. Data extracted from a Table 2."
36,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Cambalache State Forest, Puerto Rico",18.452420,-66.597000,28.3,GPS visualizer,NA,11,2009,NA,11,2009,Both sexes,Adults,Acclimation manipulation,Wet acclimation,104,Loss of body mass,2.630,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Short laboratory acclimation,Gunderson_JCP_2011_5,TEWL,mg/cm2/h,Keep,0.280,Table,0.020,SE,Sample error,10,NA,NA,Lizard,NA,NA,NA,NA,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"TEWL calculated from body mass loss in standard conditions in an incubator set at 30% after a manipulation of wet/dry acclimation experiment. Data removed because animals were maintained under manipulated, non standard conditions. No data on body mass and surface area."
37,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Cambalache State Forest, Puerto Rico",18.452420,-66.597000,28.3,GPS visualizer,NA,11,2009,NA,11,2009,Both sexes,Adults,Acclimation manipulation,Wet acclimation,104,Loss of body mass,2.630,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Short laboratory acclimation,Gunderson_JCP_2011_6,TEWL,mg/cm2/h,Keep,0.270,Table,0.020,SE,Sample error,14,NA,NA,Lizard,NA,NA,NA,NA,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"TEWL calculated from body mass loss in standard conditions in an incubator set at 30% after a manipulation of wet/dry acclimation experiment. Data removed because animals were maintained under manipulated, non standard conditions. No data on body mass and surface area."
38,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Guanica State Forest, Puerto Rico",17.971480,-66.868710,156.9,GPS visualizer,NA,11,2009,NA,11,2009,Both sexes,Adults,Acclimation manipulation,Dry acclimation,104,Loss of body mass,2.630,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Short laboratory acclimation,Gunderson_JCP_2011_7,TEWL,mg/cm2/h,Keep,0.200,Table,0.020,SE,Sample error,10,NA,NA,Lizard,NA,NA,NA,NA,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"TEWL calculated from body mass loss in standard conditions in an incubator set at 30% after a manipulation of wet/dry acclimation experiment. Data removed because animals were maintained under manipulated, non standard conditions. No data on body mass and surface area."
39,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,https://doi.org/10.1007/s00360-011-0576-0,2011,Wild population,"Guanica State Forest, Puerto Rico",17.971480,-66.868710,156.9,GPS visualizer,NA,11,2009,NA,11,2009,Both sexes,Adults,Acclimation manipulation,Dry acclimation,104,Loss of body mass,2.630,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,Short laboratory acclimation,Gunderson_JCP_2011_8,TEWL,mg/cm2/h,Keep,0.220,Table,0.020,SE,Sample error,11,NA,NA,Lizard,NA,NA,NA,NA,"High quality data extracted from table, manipulated animals",High quality,Not usable data,"TEWL calculated from body mass loss in standard conditions in an incubator set at 30% after a manipulation of wet/dry acclimation experiment. Data removed because animals were maintained under manipulated, non standard conditions. No data on body mass and surface area."
40,J.-F. Le Galliard,Sphenomorphus_quoyii,Eulamprus_quoyii,https://www.jstor.org/stable/1563247,1977,Wild population,"Armidale, Australia",-30.501560,151.666190,1042.3,GPS visualizer,NA,NA,1970,NA,NA,1970,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.052,20.0,NA,NA,0.0,VentilatedBox,NA,113.00,Not specified,Dessication to death,Heatwole_JHerp_1977_1,TEWL,mg/g/h,Keep,2.230,Table,NA,NA,NA,7,NA,NA,Lizard,6.86,NA,NA,NA,"High quality data extracted from table, dessication to death experiment",High quality,Usable data,Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1.
41,J.-F. Le Galliard,Sphaerodactylus_klauberi,Sphaerodactylus_klauberi,https://www.jstor.org/stable/1563247,1977,Wild population,Puerto Rico,18.220830,-66.590140,455.4,GPS visualizer,NA,NA,1970,NA,NA,1970,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.052,20.0,NA,NA,0.0,VentilatedBox,NA,15.50,Not specified,Dessication to death,Heatwole_JHerp_1977_2,TEWL,mg/g/h,Keep,16.700,Table,NA,NA,NA,5,NA,NA,Lizard,0.76,NA,NA,NA,"High quality data extracted from table, dessication to death experiment",High quality,Usable data,Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1.
42,J.-F. Le Galliard,Sphaerodactylus_nicholsi_townsendi,Sphaerodactylus_nicholsi,https://www.jstor.org/stable/1563247,1977,Wild population,Puerto Rico,18.220830,-66.590140,455.4,GPS visualizer,NA,NA,1970,NA,NA,1970,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.052,20.0,NA,NA,0.0,VentilatedBox,NA,71.70,Not specified,Dessication to death,Heatwole_JHerp_1977_3,TEWL,mg/g/h,Keep,5.100,Table,NA,NA,NA,4,NA,NA,Lizard,0.3,NA,NA,NA,"High quality data extracted from table, dessication to death experiment",High quality,Usable data,Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1.
43,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,https://www.jstor.org/stable/1563247,1977,Wild population,Puerto Rico,18.220830,-66.590140,455.4,GPS visualizer,NA,NA,1970,NA,NA,1970,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.052,20.0,NA,NA,0.0,VentilatedBox,NA,17.50,Not specified,Dessication to death,Heatwole_JHerp_1977_4,TEWL,mg/g/h,Keep,12.400,Table,NA,NA,NA,1,NA,NA,Lizard,1.09,NA,NA,NA,"High quality data extracted from table, dessication to death experiment",High quality,Usable data,Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1.
44,J.-F. Le Galliard,Anolis_gundlachi,Anolis_gundlachi,https://www.jstor.org/stable/1563247,1977,Wild population,Puerto Rico,18.220830,-66.590140,455.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,7,Loss of body mass,1.052,20.0,NA,NA,0.0,VentilatedBox,NA,60.00,Not specified,Dessication to death,Heatwole_JHerp_1977_5,TEWL,mg/g/h,Keep,3.800,Table,NA,NA,NA,7,NA,NA,Lizard,1.4,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1. Data from Molinaro-Taron, unpublished Msc Thesis."
45,J.-F. Le Galliard,Anolis_krugi,Anolis_krugi,https://www.jstor.org/stable/1563247,1977,Wild population,Puerto Rico,18.220830,-66.590140,455.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.052,20.0,NA,NA,0.0,VentilatedBox,NA,57.00,Not specified,Dessication to death,Heatwole_JHerp_1977_6,TEWL,mg/g/h,Keep,3.100,Table,NA,NA,NA,12,NA,NA,Lizard,1.2,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1. Data from Molinaro-Taron, unpublished Msc Thesis."
46,J.-F. Le Galliard,Anolis_pulchellus,Anolis_pulchellus,https://www.jstor.org/stable/1563247,1977,Wild population,Puerto Rico,18.220830,-66.590140,455.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.052,20.0,NA,NA,0.0,VentilatedBox,NA,72.00,Not specified,Dessication to death,Heatwole_JHerp_1977_7,TEWL,mg/g/h,Keep,2.900,Table,NA,NA,NA,12,NA,NA,Lizard,1.2,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1. Data from Molinaro-Taron, unpublished Msc Thesis."
274,J.-F. Le Galliard,Anolis_gundlachi,Anolis_gundlachi,http://www.sciencedirect.com/science/article/pii/0300962979900331,1979,Wild population,"Luquillo Experimental Forest, Puerto Rico",18.298110,-65.732210,270,Publication,NA,7,1976,NA,7,1976,Both sexes,Adults,Controls,NA,2,Loss of body mass,2.851,25.0,NA,NA,NA,FlowFlask,NA,206.00,No,Dessication to death,Hertz_CBP_1979_1,TEWL,%/h,Keep,0.154,Table,0.012,SE,Sample error,10,NA,NA,Lizard,5.33,0.65,SE,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured during a dessication resistance experiment where body mass loss is measured every 12 hours in a flow-through dry chamber until death. Temperature tested correspond to mean field Tb at 270 m. Dry air assumed to be at 10%
275,J.-F. Le Galliard,Anolis_gundlachi,Anolis_gundlachi,http://www.sciencedirect.com/science/article/pii/0300962979900331,1979,Wild population,"Luquillo Experimental Forest, Puerto Rico",18.298110,-65.732210,480,Publication,NA,7,1976,NA,7,1976,Both sexes,Adults,Controls,NA,2,Loss of body mass,2.851,25.0,NA,NA,NA,FlowFlask,NA,165.00,No,Dessication to death,Hertz_CBP_1979_2,TEWL,%/h,Keep,0.204,Table,0.026,SE,Sample error,11,NA,NA,Lizard,5.48,0.76,SE,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured during a dessication resistance experiment where body mass loss is measured every 12 hours in a flow-through dry chamber until death. Temperature tested correspond to mean field Tb at 270 m. Dry air assumed to be at 10%
276,J.-F. Le Galliard,Anolis_gundlachi,Anolis_gundlachi,http://www.sciencedirect.com/science/article/pii/0300962979900331,1979,Wild population,"Luquillo Experimental Forest, Puerto Rico",18.298110,-65.732210,675,Publication,NA,7,1976,NA,7,1976,Both sexes,Adults,Controls,NA,2,Loss of body mass,2.851,25.0,NA,NA,NA,FlowFlask,NA,166.00,No,Dessication to death,Hertz_CBP_1979_3,TEWL,%/h,Keep,0.220,Table,0.015,SE,Sample error,11,NA,NA,Lizard,5.72,0.57,SE,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured during a dessication resistance experiment where body mass loss is measured every 12 hours in a flow-through dry chamber until death. Temperature tested correspond to mean field Tb at 270 m. Dry air assumed to be at 10%
277,J.-F. Le Galliard,Anolis_gundlachi,Anolis_gundlachi,http://www.sciencedirect.com/science/article/pii/0300962979900331,1979,Wild population,"Luquillo Experimental Forest, Puerto Rico",18.298110,-65.732210,850,Publication,NA,7,1976,NA,7,1976,Both sexes,Adults,Controls,NA,2,Loss of body mass,2.851,25.0,NA,NA,NA,FlowFlask,NA,143.00,No,Dessication to death,Hertz_CBP_1979_4,TEWL,%/h,Keep,0.229,Table,0.036,SE,Sample error,9,NA,NA,Lizard,6.45,0.92,SE,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured during a dessication resistance experiment where body mass loss is measured every 12 hours in a flow-through dry chamber until death. Temperature tested correspond to mean field Tb at 270 m. Dry air assumed to be at 10%
278,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,http://www.sciencedirect.com/science/article/pii/0300962979900331,1979,Wild population,"Luquillo, Puerto Rico",18.378980,-65.720650,5,Publication,NA,11,1975,NA,11,1975,Both sexes,Adults,Controls,NA,2,Loss of body mass,2.851,25.0,NA,NA,NA,FlowFlask,NA,406.00,No,Dessication to death,Hertz_CBP_1979_5,TEWL,%/h,Keep,0.083,Table,0.006,SE,Sample error,20,NA,NA,Lizard,8.4,0.63,SE,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured during a dessication resistance experiment where body mass loss is measured every 12 hours in a flow-through dry chamber until death. Temperature tested correspond to mean field Tb at 270 m. Dry air assumed to be at 10%
279,J.-F. Le Galliard,Anolis_roquet,Anolis_roquet,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Caravelle Peninsula, Martinique, France",14.754720,-60.905550,122.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,12,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_1,TEWL,mg/g/h,Keep,1.734,Figure,0.103,SE,Sample error,6,NA,NA,Lizard,7,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10% but was not reported. Data are reported as averages of the two lowest scores over 8-12 hours intervals."
280,J.-F. Le Galliard,Anolis_roquet,Anolis_roquet,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Pelletier, Martinique",14.657020,-60.976330,73.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,12,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_2,TEWL,mg/g/h,Keep,2.111,Figure,0.093,SE,Sample error,6,NA,NA,Lizard,6.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10% but was not reported. Data are reported as averages of the two lowest scores over 8-12 hours intervals."
281,J.-F. Le Galliard,Anolis_roquet,Anolis_roquet,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Gros Morne, Martinique",14.718100,-61.035490,305.5,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,12,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_3,TEWL,mg/g/h,Keep,2.397,Figure,0.067,SE,Sample error,6,NA,NA,Lizard,7,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10% but was not reported. Data are reported as averages of the two lowest scores over 8-12 hours intervals."
282,J.-F. Le Galliard,Anolis_marmoratus,Anolis_marmoratus,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Malendure, Guadeloupe",16.171660,-61.776270,4.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,12,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_4,TEWL,mg/g/h,Keep,1.393,Figure,0.135,SE,Sample error,6,NA,NA,Lizard,6.3,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10% but was not reported. Data are reported as averages of the two lowest scores over 8-12 hours intervals."
283,J.-F. Le Galliard,Anolis_marmoratus,Anolis_marmoratus,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Gosier, Guadeloupe",16.221600,-61.478570,14.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,12,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_5,TEWL,mg/g/h,Keep,1.454,Figure,0.074,SE,Sample error,6,NA,NA,Lizard,5.6,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10% but was not reported. Data are reported as averages of the two lowest scores over 8-12 hours intervals."
284,J.-F. Le Galliard,Anolis_marmoratus,Anolis_marmoratus,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Saint Claude, Guadeloupe",16.026680,-61.701860,440.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,12,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_6,TEWL,mg/g/h,Keep,2.204,Figure,0.087,SE,Sample error,6,NA,NA,Lizard,6.1,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10% but was not reported. Data are reported as averages of the two lowest scores over 8-12 hours intervals."
285,J.-F. Le Galliard,Anolis_roquet,Anolis_roquet,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Caravelle Peninsula, Martinique, France",14.754720,-60.905550,122.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry acclimation,54,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_7,TEWL,mg/g/h,Keep,0.730,Figure,0.058,SE,Sample error,6,NA,NA,Lizard,7,NA,NA,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% but was not reported. Data are reported as averrages of the two lowest scores over 8-12 hours intervals. Animals acclimated in dry conditions for 7 weeks and data removed due to experimental treatment."
286,J.-F. Le Galliard,Anolis_roquet,Anolis_roquet,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Pelletier, Martinique",14.657020,-60.976330,73.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry acclimation,54,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_8,TEWL,mg/g/h,Keep,1.061,Figure,0.100,SE,Sample error,6,NA,NA,Lizard,6.4,NA,NA,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% but was not reported. Data are reported as averrages of the two lowest scores over 8-12 hours intervals. Animals acclimated in dry conditions for 7 weeks and data removed due to experimental treatment."
287,J.-F. Le Galliard,Anolis_roquet,Anolis_roquet,http://www.sciencedirect.com/science/article/pii/0300962979900914,1979,Wild population,"Gros Morne, Martinique",14.718100,-61.035490,305.5,GPS visualizer,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry acclimation,54,Loss of body mass,2.528,23.0,NA,NA,0.0,VentilatedBox,NA,10.00,No,NA,Hillman_CBP_1979_9,TEWL,mg/g/h,Keep,1.129,Figure,0.058,SE,Sample error,6,NA,NA,Lizard,7,NA,NA,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Mass loss from a sealed jar with a dessicant at 23�C measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% but was not reported. Data are reported as averrages of the two lowest scores over 8-12 hours intervals. Animals acclimated in dry conditions for 7 weeks and data removed due to experimental treatment."
49,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Rio Pedras, Puerto Rico",18.389470,-66.040400,46.4,GPS visualizer,4,9,1975,5,9,1975,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,200.00,Not specified,Dessication to death,Hillman_Oeco_1977_1,TEWL,%/h,Keep,0.190,Table,NA,NA,NA,6,NA,NA,Lizard,7.71,4.06,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
58,J.-F. Le Galliard,Anolis_distichus,Anolis_distichus,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Port-au-Prince, Ha�ti",18.594390,-72.307430,18,GPS visualizer,2,9,1975,3,9,1975,Not specified,Not specified,Controls,NA,10,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,100.00,Not specified,Dessication to death,Hillman_Oeco_1977_10,TEWL,%/h,Keep,0.190,Table,NA,NA,NA,4,NA,NA,Lizard,3.56,1.99,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
59,J.-F. Le Galliard,Anolis_trinitatis,Anolis_trinitatis,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Kingstown, Saint-Vincent",13.160020,-61.224810,32.9,GPS visualizer,11,8,1975,11,8,1975,Not specified,Not specified,Controls,NA,42,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,200.00,Not specified,Dessication to death,Hillman_Oeco_1977_11,TEWL,%/h,Keep,0.430,Table,NA,NA,NA,6,NA,NA,Lizard,3.25,0.97,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
60,J.-F. Le Galliard,Anolis_bonairensis,Anolis_bonairensis,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Kralendijk, Bonaire",12.144340,-68.265540,5.5,GPS visualizer,23,8,1975,23,8,1975,Not specified,Not specified,Controls,NA,126,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,NA,Not specified,Dessication to death,Hillman_Oeco_1977_12,TEWL,%/h,Keep,0.070,Table,NA,NA,NA,7,NA,NA,Lizard,3.94,0.73,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
61,J.-F. Le Galliard,Urosaurus_ornatus,Urosaurus_ornatus,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Maricopa, Arizona, USA",33.058100,-112.047640,357.8,GPS visualizer,3,1,1976,3,1,1976,Not specified,Not specified,Controls,NA,42,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,NA,Not specified,Dessication to death,Hillman_Oeco_1977_13,TEWL,%/h,Keep,0.030,Table,NA,NA,NA,NA,NA,NA,Lizard,3.08,0.67,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
50,J.-F. Le Galliard,Anolis_cristatellus,Anolis_cristatellus,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Cabo Rojo, Puerto Rico",18.086620,-67.145730,20.2,GPS visualizer,NA,2,1976,NA,2,1976,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,300.00,Not specified,Dessication to death,Hillman_Oeco_1977_2,TEWL,%/h,Keep,0.180,Table,NA,NA,NA,6,NA,NA,Lizard,9.42,2.97,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
51,J.-F. Le Galliard,Anolis_cooki,Anolis_cooki,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Cabo Rojo, Puerto Rico",18.086620,-67.145730,20.2,GPS visualizer,NA,2,1976,NA,2,1976,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,300.00,Not specified,Dessication to death,Hillman_Oeco_1977_3,TEWL,%/h,Keep,0.140,Table,NA,NA,NA,6,NA,NA,Lizard,5.13,1.42,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
52,J.-F. Le Galliard,Anolis_gundlachi,Anolis_gundlachi,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"La Mina Recreation, Puerto Rico",18.043130,-65.898760,32.9,GPS visualizer,4,9,1975,4,9,1975,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,100.00,Not specified,Dessication to death,Hillman_Oeco_1977_4,TEWL,%/h,Keep,0.400,Table,NA,NA,NA,6,NA,NA,Lizard,5.89,2.16,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
53,J.-F. Le Galliard,Anolis_evermanni,Anolis_evermanni,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"La Mina Recreation, Puerto Rico",18.043130,-65.898760,32.9,GPS visualizer,4,9,1975,4,9,1975,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,100.00,Not specified,Dessication to death,Hillman_Oeco_1977_5,TEWL,%/h,Keep,0.320,Table,NA,NA,NA,6,NA,NA,Lizard,4.17,2.02,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
54,J.-F. Le Galliard,Anolis_stratulus,Anolis_stratulus,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Rio Pedras, Puerto Rico",18.389470,-66.040400,46.4,GPS visualizer,5,9,1975,5,9,1975,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,200.00,Not specified,Dessication to death,Hillman_Oeco_1977_6,TEWL,%/h,Keep,0.200,Table,NA,NA,NA,5,NA,NA,Lizard,2.45,0.76,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
55,J.-F. Le Galliard,Anolis_pulchellus,Anolis_pulchellus,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Rio Grande, Puerto Rico",18.376720,-65.841200,19.7,GPS visualizer,4,9,1975,4,9,1975,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,100.00,Not specified,Dessication to death,Hillman_Oeco_1977_7,TEWL,%/h,Keep,0.400,Table,NA,NA,NA,6,NA,NA,Lizard,1.59,0.36,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
56,J.-F. Le Galliard,Anolis_krugi,Anolis_krugi,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"La Mina Recreation, Puerto Rico",18.043130,-65.898760,32.9,GPS visualizer,4,9,1975,4,9,1975,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,NA,Not specified,Dessication to death,Hillman_Oeco_1977_8,TEWL,%/h,Keep,0.410,Table,NA,NA,NA,6,NA,NA,Lizard,1.92,0.43,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
57,J.-F. Le Galliard,Anolis_cybotes,Anolis_cybotes,http://link.springer.com/10.1007/BF00345791,1977,Wild population,"Port-au-Prince, Ha�ti",18.594390,-72.307430,18,GPS visualizer,2,9,1975,3,9,1975,Not specified,Not specified,Controls,NA,10,Loss of body mass,NA,26.0,NA,NA,0.0,VentilatedBox,NA,200.00,Not specified,Dessication to death,Hillman_Oeco_1977_9,TEWL,%/h,Keep,0.180,Table,NA,NA,NA,5,NA,NA,Lizard,6.09,2.61,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Mass loss from a sealed jar with a dessicant at 26�C without RH data and measured during a very long time with a small sample size, humidity can be assumed to be ca 10-20% since a dessicant was provided but was not reported so cannot be assumed since RH may vary a lot in these jars. Data extracted from Table 3. Sample size inferred from a Figure except for Urosaurus ornatus not available."
2466,J.-F. Le Galliard,Sphenomorphus_taiwanensis,Sphenomorphus_taiwanensis,https://doi.org/10.1007/s00442-020-04597-w,2020,Wild population,"Mt Hehuan, Taroko National Park, Taiwan",21.135720,121.281060,2550,Publication,1,5,2010,30,7,2010,Males,Adults,Controls,NA,28,Loss of body mass,0.351,20.0,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Huang_Oecologia_2020_1,TEWL,mg/g/h,Keep,1.828,Dataset,0.622,SD,Sample error,7,NA,NA,Lizard,2.17,0.439,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field-caught animals after 4 weeks of acclimation in the laboratory by measuring mass loss from adult lizards at rest in the dark during 24 hours at constant temperature and high humidity. Raw data kindly provided by main author.
2467,J.-F. Le Galliard,Sphenomorphus_taiwanensis,Sphenomorphus_taiwanensis,https://doi.org/10.1007/s00442-020-04597-w,2020,Wild population,"Mt Hehuan, Taroko National Park, Taiwan",21.135720,121.281060,2550,Publication,1,5,2010,30,7,2010,Males,Adults,Controls,NA,28,Loss of body mass,0.351,20.0,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Huang_Oecologia_2020_1,TEWL,mg/h,Keep,3.904,Dataset,1.256,SD,Sample error,7,NA,NA,Lizard,2.17,0.439,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field-caught animals after 4 weeks of acclimation in the laboratory by measuring mass loss from adult lizards at rest in the dark during 24 hours at constant temperature and high humidity. Raw data kindly provided by main author.
2468,J.-F. Le Galliard,Sphenomorphus_taiwanensis,Sphenomorphus_taiwanensis,https://doi.org/10.1007/s00442-020-04597-w,2020,Wild population,"Mt Hehuan, Taroko National Park, Taiwan",21.135720,121.281060,2550,Publication,1,5,2010,30,7,2010,Females,Adults,Controls,NA,28,Loss of body mass,0.351,20.0,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Huang_Oecologia_2020_2,TEWL,mg/g/h,Keep,2.053,Dataset,0.299,SD,Sample error,5,NA,NA,Lizard,1.57,0.31,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field-caught animals after 4 weeks of acclimation in the laboratory by measuring mass loss from adult lizards at rest in the dark during 24 hours at constant temperature and high humidity. Raw data kindly provided by main author.
2469,J.-F. Le Galliard,Sphenomorphus_taiwanensis,Sphenomorphus_taiwanensis,https://doi.org/10.1007/s00442-020-04597-w,2020,Wild population,"Mt Hehuan, Taroko National Park, Taiwan",21.135720,121.281060,2550,Publication,1,5,2010,30,7,2010,Females,Adults,Controls,NA,28,Loss of body mass,0.351,20.0,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Huang_Oecologia_2020_2,TEWL,mg/h,Keep,3.192,Dataset,0.551,SD,Sample error,5,NA,NA,Lizard,1.57,0.31,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field-caught animals after 4 weeks of acclimation in the laboratory by measuring mass loss from adult lizards at rest in the dark during 24 hours at constant temperature and high humidity. Raw data kindly provided by main author.
62,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Males,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_1,TEWL,%,Keep,1.170,Table,0.550,SE,Sample error,2,53.5,108.5,Lizard,4.85,0.03,SE,NA,"Low quality data extracted from table, no time unit",Low quality,Not usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss without time reference in Table 1. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation. Data removed because better time-interval available in Table 2."
69,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Males,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_1,TEWL,mg/g/h,Keep,0.867,Table,0.345,SE,Sample error,2,53.5,108.5,Lizard,4.85,0.03,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss when removing first measurements with unusually high values. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation."
63,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Females,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_2,TEWL,%,Keep,0.830,Table,0.400,SE,Sample error,5,57,118.6,Lizard,4.81,0.48,SE,NA,"Low quality data extracted from table, no time unit",Low quality,Not usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss without time reference in Table 1. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation. Data removed because better time-interval available in Table 2."
70,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Females,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_2,TEWL,mg/g/h,Keep,0.393,Table,0.089,SE,Sample error,5,57,118.6,Lizard,4.81,0.48,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss when removing first measurements with unusually high values. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation."
64,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Both sexes,Juveniles,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_3,TEWL,%,Keep,1.950,Table,0.340,SE,Sample error,5,30.2,58.8,Juvenile lizard,0.52,0.12,SE,NA,"Low quality data extracted from table, no time unit",Low quality,Not usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss without time reference in Table 1. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation. Data removed because better time-interval available in Table 2."
71,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Both sexes,Juveniles,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_3,TEWL,mg/g/h,Keep,1.061,Table,0.538,SE,Sample error,5,30.2,58.8,Juvenile lizard,0.52,0.12,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss when removing first measurements with unusually high values. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation."
65,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Both sexes,Both age classes,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_4,TEWL,%,Keep,1.350,Table,0.270,SE,Sample error,12,45.3,92.1,Lizard,3.03,0.81,SE,NA,"Low quality data extracted from table, no time unit",Low quality,Not usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss without time reference in Table 1. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation. Data removed because better time-interval available in Table 2."
72,J.-F. Le Galliard,Hemidactylus_mabouia,Hemidactylus_mabouia,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Both sexes,Both age classes,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_4,TEWL,mg/g/h,Keep,0.750,Table,0.268,SE,Sample error,12,45.3,92.1,Lizard,3.03,0.81,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss when removing first measurements with unusually high values. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation."
66,J.-F. Le Galliard,Sphaerodactylus_notatus,Sphaerodactylus_notatus,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Males,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_5,TEWL,%,Keep,1.060,Table,0.530,SE,Sample error,3,23.29,42.22,Lizard,0.37,0.03,SE,NA,"Low quality data extracted from table, no time unit",Low quality,Not usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss without time reference in Table 1. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation. Data removed because better time-interval available in Table 2."
73,J.-F. Le Galliard,Sphaerodactylus_notatus,Sphaerodactylus_notatus,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Males,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,5.00,Not specified,NA,Johnson_HerpNote_2013_5,TEWL,mg/g/h,Keep,0.928,Table,0.896,SE,Sample error,3,23.29,42.22,Lizard,0.37,0.03,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss when removing first measurements with unusually high values. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation."
67,J.-F. Le Galliard,Sphaerodactylus_notatus,Sphaerodactylus_notatus,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Females,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_6,TEWL,%,Keep,2.260,Table,0.510,SE,Sample error,6,22.47,41.27,Lizard,0.31,0.02,SE,NA,"Low quality data extracted from table, no time unit",Low quality,Not usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss without time reference in Table 1. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation. Data removed because better time-interval available in Table 2."
74,J.-F. Le Galliard,Sphaerodactylus_notatus,Sphaerodactylus_notatus,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Females,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,5.00,Not specified,NA,Johnson_HerpNote_2013_6,TEWL,mg/g/h,Keep,1.144,Table,1.178,SE,Sample error,6,22.47,41.27,Lizard,0.31,0.02,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss when removing first measurements with unusually high values. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation."
68,J.-F. Le Galliard,Sphaerodactylus_notatus,Sphaerodactylus_notatus,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Both sexes,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Johnson_HerpNote_2013_7,TEWL,%,Keep,1.860,Table,0.440,SE,Sample error,9,22.74,41.58,Lizard,0.33,0.02,SE,NA,"Low quality data extracted from table, no time unit",Low quality,Not usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss without time reference in Table 1. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation. Data removed because better time-interval available in Table 2."
75,J.-F. Le Galliard,Sphaerodactylus_notatus,Sphaerodactylus_notatus,http://www.herpetologynotes.seh-herpetology.org/Volume6_PDFs/Johnson_HerpetologyNotes_volume6_pages471-475.pdf,2013,Wild population,"Island School, Eleuthera Island, Bahamas",24.831650,-76.329310,4.2,GPS visualizer,NA,6,2012,NA,6,2012,Both sexes,Adults,Controls,NA,2,Loss of body mass,0.939,28.6,NA,NA,0.0,VentilatedBox,NA,5.00,Not specified,NA,Johnson_HerpNote_2013_7,TEWL,mg/g/h,Keep,1.072,Table,0.836,SE,Sample error,9,22.74,41.58,Lizard,0.33,0.02,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from field captured animals in open-top plastic containers maintained at constant humidity and temperature during noctural activity period. Data may include activity and were averaged over 20 to 40 minutes. Expressed in % mass loss when removing first measurements with unusually high values. Experiment started after defecation in the lab, assumed to be ca. 2 days of acclimation."
76,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,5,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 0 measure,Kattan_PZ_1989_1,CWL,mg/g/h,Keep,2.877,Figure,0.320,SD,Sample error,15,NA,NA,Lizard,3.69,1.18,SD,NA,High quality data extracted from figure,High quality,Usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements presented at day 0 in standard conditions in Figure 2 but body mass not reported. Body mass infered from Figure 3. Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
79,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_1,CWL,mg/g/h,Keep,2.792,Figure,0.333,SD,Sample error,15,NA,NA,Lizard,3.69,1.18,SD,NA,High quality data extracted from figure,High quality,Usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements presented at day 9 in standard conditions in Figure 2 but body mass not reported. Body mass infered from Figure 3.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
82,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_1b,CWL,mg/h,Keep,10.567,Figure,2.368,SD,Sample error,20,NA,NA,Lizard,3.69,1.18,SD,NA,High quality data extracted from figure,High quality,Usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements done in standard conditions and all reported in figure 3 for day 8-10 with access to raw data to calculate WL and body mass post-experiment.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
359,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_1b,CWL,mg/g/h,Keep,3.011,Figure,0.746,SD,Sample error,20,NA,NA,Lizard,3.69,1.18,SD,NA,High quality data extracted from figure,High quality,Usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements done in standard conditions and all reported in figure 3 for day 8-10 with access to raw data to calculate WL and body mass post-experiment.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
77,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,5,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 0 measure,Kattan_PZ_1989_2,CWL,mg/g/h,Keep,2.315,Figure,0.332,SD,Sample error,10,NA,NA,Lizard,3.79,0.92,SD,NA,High quality data extracted from figure,High quality,Usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements presented at day 0 in standard conditions in Figure 2 but body mass not reported. Body mass infered from Figure 3.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
80,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry acclimation,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_2,CWL,mg/g/h,Keep,3.033,Figure,0.326,SD,Sample error,10,NA,NA,Lizard,3.79,0.92,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements presented at day 9 in standard conditions in Figure 2 but body mass not reported. Body mass infered from Figure 3.Data removed because animals were maintained under manipulated, non standard conditions.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
83,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry acclimation,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_2b,CWL,mg/h,Keep,7.382,Figure,1.737,SD,Sample error,22,NA,NA,Lizard,3.79,0.92,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements done in standard conditions and all reported in figure 3 for day 8-10 with access to raw data to calculate WL and body mass post-experiment. Data removed because animals were maintained under manipulated, non standard conditions.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
360,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry acclimation,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_2b,CWL,mg/g/h,Keep,1.989,Figure,0.404,SD,Sample error,22,NA,NA,Lizard,3.79,0.92,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements done in standard conditions and all reported in figure 3 for day 8-10 with access to raw data to calculate WL and body mass post-experiment. Data removed because animals were maintained under manipulated, non standard conditions.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
78,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,5,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 0 measure,Kattan_PZ_1989_3,CWL,mg/g/h,Keep,3.223,Figure,0.320,SD,Sample error,15,NA,NA,Lizard,3.72,1.25,SD,NA,High quality data extracted from figure,High quality,Usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements presented at day 0 in standard conditions in Figure 2 but body mass not reported. Body mass infered from Figure 3.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
81,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry dehydrated acclimation,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_3,CWL,mg/g/h,Keep,3.027,Figure,0.300,SD,Sample error,15,NA,NA,Lizard,3.72,1.25,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements presented at day 9 in standard conditions in Figure 2 but body mass not reported. Body mass infered from Figure 3. Data removed because animals were maintained under manipulated, non standard conditions.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
84,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry dehydrated acclimation,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_3b,CWL,mg/h,Keep,7.137,Figure,1.943,SD,Sample error,21,NA,NA,Lizard,3.72,1.25,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements done in standard conditions and all reported in figure 3 for day 8-10 with access to raw data to calculate WL and body mass post-experiment. Data removed because animals were maintained under manipulated, non standard conditions.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
361,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,10.1086/physzool.62.2.30156187,1989,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry dehydrated acclimation,14,Loss of body mass,2.612,23.0,NA,NA,0.0,VentilatedBox,NA,0.50,No,Time 9 days measure,Kattan_PZ_1989_3b,CWL,mg/g/h,Keep,2.002,Figure,0.443,SD,Sample error,21,NA,NA,Lizard,3.72,1.25,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,"Water loss measured from a commercial breeding colony at the beginning and after 1 week of 3 treatments: controls at high humidity, treated with low humidity and water access, treated with low humidity and dehydration. Mass loss measurements done in standard conditions and all reported in figure 3 for day 8-10 with access to raw data to calculate WL and body mass post-experiment. Data removed because animals were maintained under manipulated, non standard conditions.  Assumed to be CEWL because animals were treated with an anesthetic product to reduce ocular and pulmonary water loss."
85,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://doi.org/10.1890/03-0820,2004,Wild population,"Woomera, Australia",-31.165630,136.819260,136.7,GPS visualizer,NA,8,2000,NA,8,2000,Males,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,24.00,Not specified,NA,Kearney_Ecology_2004_1,TEWL,mg/g/h,Keep,0.770,Text,NA,NA,NA,17,NA,NA,Lizard,2.23,0.1,SE,NA,Medium quality data extracted from main text,Medium quality,Usable data,Water loss measured in 17 individuals from the same race in a temperature control sealed-jar for 24h. No error reported and multiple localities around the same place.
86,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,https://www.jstor.org/stable/1444335,1983,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Controls,NA,7,Loss of body mass,3.734,30.0,NA,NA,250.0,FlowChamber,2.30,0.50,No,NA,Kobayashi_Copeia_1983_1,TEWL,mg/g/h,Keep,5.630,Table,3.020,SD,Sample error,6,NA,NA,Lizard,4.05,0.88,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured by body mass loss over 20 mins in standard conditions and in laboratory animals maintained in standard wet or dry conditions for one week. 
87,J.-F. Le Galliard,Anolis_carolinensis,Anolis_carolinensis,https://www.jstor.org/stable/1444335,1983,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Adults,Acclimation manipulation,Dry acclimation,7,Loss of body mass,3.734,30.0,NA,NA,250.0,FlowChamber,2.30,0.50,No,NA,Kobayashi_Copeia_1983_2,TEWL,mg/g/h,Keep,2.590,Table,0.440,SD,Sample error,6,NA,NA,Lizard,4.37,0.88,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured by body mass loss over 20 mins in standard conditions and in laboratory animals maintained in standard wet or dry conditions for one week. Data removed because animals were maintained under manipulated, non standard conditions."
88,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Tifton, Georgia",31.450460,-83.508490,107.1,GPS visualizer,NA,5,2006,NA,5,2006,Females,Adults,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_1,TEWL,%/h,Keep,0.135,Dataset,0.081,SD,Sample error,8,NA,NA,Lizard,3.03,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
97,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Miami, Florida, USA",25.761670,-80.191790,0.8,GPS visualizer,NA,10,2011,NA,10,2011,Both sexes,Adults,Controls,NA,7,Loss of body mass,2.996,28.5,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Kolbe_PBZ_2014_10,TEWL,%/h,Keep,0.396,Figure,0.084,SD,Sample error,NA,NA,NA,Lizard,NA,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed. Same protocol as wild population data but before and after a 2 weeks acclimation experiment in the lab at controlled low and high RH with lizards from the same population. Data extracted from Figure 8 but initial body mass not available.
98,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Miami, Florida, USA",25.761670,-80.191790,0.8,GPS visualizer,NA,10,2011,NA,10,2011,Both sexes,Adults,Acclimation manipulation,Wet acclimation,21,Loss of body mass,2.996,28.5,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Kolbe_PBZ_2014_11,TEWL,%/h,Keep,0.368,Figure,0.078,SD,Sample error,NA,NA,NA,Lizard,NA,NA,NA,NA,"Medium quality data extracted from figure, manipulated animals",Medium quality,Not usable data,"Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed. Same protocol as wild population data but before and after a 2 weeks acclimation experiment in the lab at controlled low and high RH with lizards from the same population. Data extracted from Figure 8 but initial body mass not available. Data removed because animals were maintained under manipulated, non standard conditions."
99,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Miami, Florida, USA",25.761670,-80.191790,0.8,GPS visualizer,NA,10,2011,NA,10,2011,Both sexes,Adults,Controls,NA,7,Loss of body mass,2.996,28.5,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Kolbe_PBZ_2014_12,TEWL,%/h,Keep,0.355,Figure,0.067,SD,Sample error,NA,NA,NA,Lizard,NA,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed. Same protocol as wild population data but before and after a 2 weeks acclimation experiment in the lab at controlled low and high RH with lizards from the same population. Data extracted from Figure 8 but initial body mass not available.
100,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Miami, Florida, USA",25.761670,-80.191790,0.8,GPS visualizer,NA,10,2011,NA,10,2011,Both sexes,Adults,Acclimation manipulation,Dry acclimation,21,Loss of body mass,2.996,28.5,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Kolbe_PBZ_2014_13,TEWL,%/h,Keep,0.256,Figure,0.047,SD,Sample error,NA,NA,NA,Lizard,NA,NA,NA,NA,"Medium quality data extracted from figure, manipulated animals",Medium quality,Not usable data,"Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed. Same protocol as wild population data but before and after a 2 weeks acclimation experiment in the lab at controlled low and high RH with lizards from the same population. Data extracted from Figure 8 but initial body mass not available. Data removed because animals were maintained under manipulated, non standard conditions."
89,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Orlando, Florida, USA",28.538330,-81.379230,30.7,GPS visualizer,NA,5,2006,NA,5,2006,Females,Adults,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_2,TEWL,%/h,Keep,0.211,Dataset,0.064,SD,Sample error,14,NA,NA,Lizard,1.7,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
90,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Miami, Florida, USA",25.761670,-80.191790,0.8,GPS visualizer,NA,5,2006,NA,5,2006,Females,Adults,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_3,TEWL,%/h,Keep,0.233,Dataset,0.202,SD,Sample error,10,NA,NA,Lizard,2.15,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
91,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Tifton, Georgia",31.450460,-83.508490,107.1,GPS visualizer,NA,5,2006,NA,5,2006,Males,Adults,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_4,TEWL,%/h,Keep,0.065,Dataset,0.012,SD,Sample error,8,NA,NA,Lizard,8.23,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
92,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Orlando, Florida, USA",28.538330,-81.379230,30.7,GPS visualizer,NA,5,2006,NA,5,2006,Males,Adults,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_5,TEWL,%/h,Keep,0.266,Dataset,0.122,SD,Sample error,7,NA,NA,Lizard,3.21,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
93,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Miami, Florida, USA",25.761670,-80.191790,0.8,GPS visualizer,NA,5,2006,NA,5,2006,Males,Adults,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_6,TEWL,%/h,Keep,0.199,Dataset,0.088,SD,Sample error,11,NA,NA,Lizard,5.46,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
94,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Tifton, Georgia",31.450460,-83.508490,107.1,GPS visualizer,NA,5,2006,NA,5,2006,Both sexes,Juveniles,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_7,TEWL,%/h,Keep,1.119,Dataset,0.879,SD,Sample error,12,NA,NA,Lizard,0.26,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
95,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Orlando, Florida, USA",28.538330,-81.379230,30.7,GPS visualizer,NA,5,2006,NA,5,2006,Both sexes,Juveniles,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_8,TEWL,%/h,Keep,1.356,Dataset,0.739,SD,Sample error,5,NA,NA,Lizard,0.3,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
96,J.-F. Le Galliard,Anolis_sagrei,Anolis_sagrei,DOI: 10.1086/672157,2014,Wild population,"Miami, Florida, USA",25.761670,-80.191790,0.8,GPS visualizer,NA,5,2006,NA,5,2006,Both sexes,Juveniles,Controls,NA,7,Loss of body mass,3.172,29.4,NA,NA,0.0,VentilatedBox,NA,2.33,No,NA,Kolbe_PBZ_2014_9,TEWL,%/h,Keep,1.101,Dataset,0.361,SD,Sample error,9,NA,NA,Lizard,0.26,NA,NA,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Comparison of water loss data from different populations of an invasive Anolis species in USA. Water loss measured at constant temperature and relative humidity in a walk-in chamber by mass loss during 140 mins using mesh cage suspended in a cabinet. Data reported in a GLMM and in figure 3 as percent mass loss and data reported as boxplots. Author was asked for data from Figure 3 and kindly provided them. Data from raw files are computed.
292,J.-F. Le Galliard,Amphisbaena_alba,Amphisbaena_alba,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_1,TEWL,mg/g/h,Keep,2.596,Figure,NA,NA,NA,1,NA,NA,Worm lizard,112.7,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
303,J.-F. Le Galliard,Amphisbaena_alba,Amphisbaena_alba,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_1,TEWL,mg/h,Keep,292.600,Figure,NA,NA,NA,1,NA,NA,Worm lizard,112.7,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
301,J.-F. Le Galliard,Cylindrophis_rufus,Cylindrophis_ruffus,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_10,TEWL,mg/g/h,Keep,13.450,Figure,NA,NA,NA,1,NA,NA,Snake,6.4,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
312,J.-F. Le Galliard,Cylindrophis_rufus,Cylindrophis_ruffus,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_10,TEWL,mg/h,Keep,86.010,Figure,NA,NA,NA,1,NA,NA,Snake,6.4,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
302,J.-F. Le Galliard,Eryx_conicus,Eryx_conicus,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_11,TEWL,mg/g/h,Keep,0.390,Figure,NA,NA,NA,1,NA,NA,Snake,41.4,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
313,J.-F. Le Galliard,Eryx_conicus,Eryx_conicus,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_11,TEWL,mg/h,Keep,15.980,Figure,NA,NA,NA,1,NA,NA,Snake,41.4,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
293,J.-F. Le Galliard,Amphisbaena_caeca,Amphisbaena_caeca,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_2,TEWL,mg/g/h,Keep,41.000,Figure,20.500,SD,Sample error,3,NA,NA,Worm lizard,5.51,2.73,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
304,J.-F. Le Galliard,Amphisbaena_caeca,Amphisbaena_caeca,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_2,TEWL,mg/h,Keep,241.200,Figure,157.100,SD,Sample error,3,NA,NA,Worm lizard,5.51,2.73,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
294,J.-F. Le Galliard,Blanus_strauchi,Blanus_strauchi,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_3,TEWL,mg/g/h,Keep,3.710,Figure,NA,NA,NA,1,NA,NA,Worm lizard,5.89,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
305,J.-F. Le Galliard,Blanus_strauchi,Blanus_strauchi,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_3,TEWL,mg/h,Keep,21.840,Figure,NA,NA,NA,1,NA,NA,Worm lizard,5.89,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
295,J.-F. Le Galliard,Monopeltis_capensis,Monopeltis_capensis,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_4,TEWL,mg/g/h,Keep,1.660,Figure,0.030,SD,Sample error,2,NA,NA,Worm lizard,6.86,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
306,J.-F. Le Galliard,Monopeltis_capensis,Monopeltis_capensis,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_4,TEWL,mg/h,Keep,11.300,Figure,8.320,SD,Sample error,2,NA,NA,Worm lizard,6.86,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
296,J.-F. Le Galliard,Rhineura_floridana,Rhineura_floridana,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_5,TEWL,mg/g/h,Keep,42.200,Figure,11.240,SD,Sample error,2,NA,NA,Worm lizard,4.03,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
307,J.-F. Le Galliard,Rhineura_floridana,Rhineura_floridana,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_5,TEWL,mg/h,Keep,175.200,Figure,81.400,SD,Sample error,2,NA,NA,Worm lizard,4.03,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
297,J.-F. Le Galliard,Diplometopon_zarudnyi,Diplometopon_zarudnyi,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_6,TEWL,mg/g/h,Keep,1.970,Figure,0.060,SD,Sample error,3,NA,NA,Worm lizard,2.74,1.5,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
308,J.-F. Le Galliard,Diplometopon_zarudnyi,Diplometopon_zarudnyi,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_6,TEWL,mg/h,Keep,5.400,Figure,2.960,SD,Sample error,3,NA,NA,Worm lizard,2.74,1.5,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
298,J.-F. Le Galliard,Trogonophis_wiegmanni,Trogonophis_wiegmanni,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_7,TEWL,mg/g/h,Keep,0.600,Figure,NA,NA,NA,1,NA,NA,Worm lizard,8.86,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
309,J.-F. Le Galliard,Trogonophis_wiegmanni,Trogonophis_wiegmanni,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_7,TEWL,mg/h,Keep,5.280,Figure,NA,NA,NA,1,NA,NA,Worm lizard,8.86,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
299,J.-F. Le Galliard,Typhlops_platycephalus,Antillotyphlops_platycephalus,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_8,TEWL,mg/g/h,Keep,40.820,Figure,25.400,SD,Sample error,4,NA,NA,Worm lizard,1.87,1.5,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
310,J.-F. Le Galliard,Typhlops_platycephalus,Antillotyphlops_platycephalus,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_8,TEWL,mg/h,Keep,54.690,Figure,29.330,SD,Sample error,4,NA,NA,Worm lizard,1.87,1.5,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
300,J.-F. Le Galliard,Typhlops_punctatus,Antillotyphlops_platycephalus,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_9,TEWL,mg/g/h,Keep,3.920,Figure,0.305,SD,Sample error,4,NA,NA,Worm lizard,4.94,3.5,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
311,J.-F. Le Galliard,Typhlops_punctatus,Antillotyphlops_platycephalus,https://www.nature.com/articles/218659a0,1968,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.565,27.0,NA,NA,320.0,FlowFlask,NA,13.00,No,NA,Krakauer_Nature_1968_9,TEWL,mg/h,Keep,19.320,Figure,13.700,SD,Sample error,4,NA,NA,Worm lizard,4.94,3.5,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Measurements done with animals of unknown origin in a flow-through dry air system at 27�C during 13h. Small sample size for most species but all data kept. Supposedly completely dry air from the main text but not measured. Assumed to be ca. 0% based on method.
1339,F. Brischoux,Pristidactylus_torquatus,Pristidactylus_torquatus,10.1016/0300-9629(94)90140-6 ,1994,Wild population,"Nothofagus forest, Curic�, Chile",-35.089000,-70.960000,1200,Publication,NA,9,NA,NA,2,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.527,25.0,NA,NA,0.0,SealedBox,NA,11.50,Not specified,NA,Labra_CBPA_1994_1,TEWL,mg/g/h,Keep,1.201,Table,0.801,SD,Sample error,16,NA,NA,Lizard,28.08,8.32,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured from mass loss during daytime hourly in individual sealed dessicator with a constant temperature and temperature during 6-11 hours. Tests done with full body or only head and data reported separately for total and RWL in Table 3. Animal restrained for RWL
1340,F. Brischoux,Pristidactylus_torquatus,Pristidactylus_torquatus,10.1016/0300-9629(94)90140-6 ,1994,Wild population,"Nothofagus forest, Curic�, Chile",-35.089000,-70.960000,1200,Publication,NA,9,NA,NA,2,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.337,30.0,NA,NA,0.0,SealedBox,NA,11.50,Not specified,NA,Labra_CBPA_1994_1,TEWL,mg/g/h,Keep,1.101,Table,0.755,SD,Sample error,14,NA,NA,Lizard,28.08,8.32,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured from mass loss during daytime hourly in individual sealed dessicator with a constant temperature and temperature during 6-11 hours. Tests done with full body or only head and data reported separately for total and RWL in Table 3. Animal restrained for RWL
1341,F. Brischoux,Pristidactylus_torquatus,Pristidactylus_torquatus,10.1016/0300-9629(94)90140-6 ,1994,Wild population,"Nothofagus forest, Curic�, Chile",-35.089000,-70.960000,1200,Publication,NA,9,NA,NA,2,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.527,25.0,NA,NA,0.0,SealedBox,NA,11.50,Not specified,NA,Labra_CBPA_1994_1,RWL,mg/g/h,Keep,0.520,Table,0.428,SD,Sample error,13,NA,NA,Lizard,28.08,8.32,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured from mass loss during daytime hourly in individual sealed dessicator with a constant temperature and temperature during 6-11 hours. Tests done with full body or only head and data reported separately for total and RWL in Table 3. Animal restrained for RWL
1342,F. Brischoux,Pristidactylus_torquatus,Pristidactylus_torquatus,10.1016/0300-9629(94)90140-6 ,1994,Wild population,"Nothofagus forest, Curic�, Chile",-35.089000,-70.960000,1200,Publication,NA,9,NA,NA,2,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.337,30.0,NA,NA,0.0,SealedBox,NA,11.50,Not specified,NA,Labra_CBPA_1994_1,RWL,mg/g/h,Keep,0.896,Table,0.474,SD,Sample error,11,NA,NA,Lizard,28.08,8.32,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured from mass loss during daytime hourly in individual sealed dessicator with a constant temperature and temperature during 6-11 hours. Tests done with full body or only head and data reported separately for total and RWL in Table 3. Animal restrained for RWL
1343,F. Brischoux,Pristidactylus_volcanensis,Pristidactylus_volcanensis,10.1016/0300-9629(94)90140-6 ,1994,Wild population,"Paine, Chile",-33.810000,-70.551000,1400,Publication,NA,9,NA,NA,2,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.527,25.0,NA,NA,0.0,SealedBox,NA,11.50,Not specified,NA,Labra_CBPA_1994_2,TEWL,mg/g/h,Keep,1.657,Table,0.953,SD,Sample error,7,NA,NA,Lizard,23.75,4.7,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured from mass loss during daytime hourly in individual sealed dessicator with a constant temperature and temperature during 6-11 hours. Tests done with full body or only head and data reported separately for total and RWL in Table 3. Animal restrained for RWL
1344,F. Brischoux,Pristidactylus_volcanensis,Pristidactylus_volcanensis,10.1016/0300-9629(94)90140-6 ,1994,Wild population,"Paine, Chile",-33.810000,-70.551000,1400,Publication,NA,9,NA,NA,2,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.337,30.0,NA,NA,0.0,SealedBox,NA,11.50,Not specified,NA,Labra_CBPA_1994_2,TEWL,mg/g/h,Keep,1.460,Table,1.355,SD,Sample error,11,NA,NA,Lizard,23.75,4.7,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured from mass loss during daytime hourly in individual sealed dessicator with a constant temperature and temperature during 6-11 hours. Tests done with full body or only head and data reported separately for total and RWL in Table 3. Animal restrained for RWL
1345,F. Brischoux,Pristidactylus_volcanensis,Pristidactylus_volcanensis,10.1016/0300-9629(94)90140-6 ,1994,Wild population,"Paine, Chile",-33.810000,-70.551000,1400,Publication,NA,9,NA,NA,2,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.527,25.0,NA,NA,0.0,SealedBox,NA,11.50,Not specified,NA,Labra_CBPA_1994_2,RWL,mg/g/h,Keep,0.645,Table,0.338,SD,Sample error,5,NA,NA,Lizard,23.75,4.7,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured from mass loss during daytime hourly in individual sealed dessicator with a constant temperature and temperature during 6-11 hours. Tests done with full body or only head and data reported separately for total and RWL in Table 3. Animal restrained for RWL
1346,F. Brischoux,Pristidactylus_volcanensis,Pristidactylus_volcanensis,10.1016/0300-9629(94)90140-6 ,1994,Wild population,"Paine, Chile",-33.810000,-70.551000,1400,Publication,NA,9,NA,NA,2,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.337,30.0,NA,NA,0.0,SealedBox,NA,11.50,Not specified,NA,Labra_CBPA_1994_2,RWL,mg/g/h,Keep,0.840,Table,0.541,SD,Sample error,8,NA,NA,Lizard,23.75,4.7,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured from mass loss during daytime hourly in individual sealed dessicator with a constant temperature and temperature during 6-11 hours. Tests done with full body or only head and data reported separately for total and RWL in Table 3. Animal restrained for RWL
1439,O. Lourdais,Natrix_tessellata,Natrix_tessellata,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_1,CWL,mg/cm2/h,Keep,0.387,Figure,0.066,SE,Sample error,6,NA,NA,Snake,95,18.62,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%."
1440,O. Lourdais,Natrix_tessellata,Natrix_tessellata,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_1,CWL,mg/cm2/h,Keep,0.708,Figure,0.065,SE,Sample error,6,NA,NA,Snake,95,18.62,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1441,O. Lourdais,Natrix_tessellata,Natrix_tessellata,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_1,CWL,mg/cm2/h,Keep,0.981,Figure,0.062,SE,Sample error,6,NA,NA,Snake,95,18.62,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1454,O. Lourdais,Natrix_tessellata,Natrix_tessellata,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_1,TEWL,mg/cm2/h,Keep,0.509,Figure,0.090,SE,Sample error,6,NA,NA,Snake,95,18.62,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1455,O. Lourdais,Natrix_tessellata,Natrix_tessellata,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_1,TEWL,mg/cm2/h,Keep,0.885,Figure,0.080,SE,Sample error,6,NA,NA,Snake,95,18.62,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1456,O. Lourdais,Natrix_tessellata,Natrix_tessellata,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_1,TEWL,mg/cm2/h,Keep,1.196,Figure,0.080,SE,Sample error,6,NA,NA,Snake,95,18.62,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1442,O. Lourdais,Coluber_rubriceps,Platyceps_collaris,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_2,CWL,mg/cm2/h,Keep,0.215,Figure,0.058,SE,Sample error,4,NA,NA,Snake,69,31.2,SD,273,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1443,O. Lourdais,Coluber_rubriceps,Platyceps_collaris,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_2,CWL,mg/cm2/h,Keep,0.301,Figure,0.066,SE,Sample error,4,NA,NA,Snake,69,31.2,SD,273,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1444,O. Lourdais,Coluber_rubriceps,Platyceps_collaris,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_2,CWL,mg/cm2/h,Keep,0.508,Figure,0.055,SE,Sample error,4,NA,NA,Snake,69,31.2,SD,273,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1457,O. Lourdais,Coluber_rubriceps,Platyceps_collaris,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_2,TEWL,mg/cm2/h,Keep,0.283,Figure,0.080,SE,Sample error,4,NA,NA,Snake,69,31.2,SD,273,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1458,O. Lourdais,Coluber_rubriceps,Platyceps_collaris,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_2,TEWL,mg/cm2/h,Keep,0.376,Figure,0.080,SE,Sample error,4,NA,NA,Snake,69,31.2,SD,273,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1459,O. Lourdais,Coluber_rubriceps,Platyceps_collaris,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_2,TEWL,mg/cm2/h,Keep,0.620,Figure,0.070,SE,Sample error,4,NA,NA,Snake,69,31.2,SD,273,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1445,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_3,CWL,mg/cm2/h,Keep,0.153,Figure,0.033,SE,Sample error,4,NA,NA,Snake,86,15,SD,267,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1446,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_3,CWL,mg/cm2/h,Keep,0.228,Figure,0.033,SE,Sample error,4,NA,NA,Snake,86,15,SD,267,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1447,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_3,CWL,mg/cm2/h,Keep,0.278,Figure,0.054,SE,Sample error,4,NA,NA,Snake,86,15,SD,267,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1460,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_3,TEWL,mg/cm2/h,Keep,0.201,Figure,0.040,SE,Sample error,4,NA,NA,Snake,86,15,SD,267,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1461,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_3,TEWL,mg/cm2/h,Keep,0.285,Figure,0.040,SE,Sample error,4,NA,NA,Snake,86,15,SD,267,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1462,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_3,TEWL,mg/cm2/h,Keep,0.339,Figure,0.070,SE,Sample error,4,NA,NA,Snake,86,15,SD,267,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1448,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_4,CWL,mg/cm2/h,Keep,0.094,Figure,0.029,SE,Sample error,4,NA,NA,Snake,125,9.2,SD,392,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1449,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_4,CWL,mg/cm2/h,Keep,0.129,Figure,0.040,SE,Sample error,4,NA,NA,Snake,125,9.2,SD,392,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1450,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_4,CWL,mg/cm2/h,Keep,0.138,Figure,0.037,SE,Sample error,4,NA,NA,Snake,125,9.2,SD,392,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1463,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_4,TEWL,mg/cm2/h,Keep,0.124,Figure,0.040,SE,Sample error,4,NA,NA,Snake,125,9.2,SD,392,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1464,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_4,TEWL,mg/cm2/h,Keep,0.161,Figure,0.050,SE,Sample error,4,NA,NA,Snake,125,9.2,SD,392,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1465,O. Lourdais,Psammophis_schokari,Psammophis_schokari,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_4,TEWL,mg/cm2/h,Keep,0.168,Figure,0.050,SE,Sample error,4,NA,NA,Snake,125,9.2,SD,392,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1451,O. Lourdais,Spalerosophis_diadema_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_5,CWL,mg/cm2/h,Keep,0.295,Figure,0.062,SE,Sample error,6,NA,NA,Snake,83,16.66,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1452,O. Lourdais,Spalerosophis_diadema_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_5,CWL,mg/cm2/h,Keep,0.612,Figure,0.073,SE,Sample error,6,NA,NA,Snake,83,16.66,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1453,O. Lourdais,Spalerosophis_diadema_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_5,CWL,mg/cm2/h,Keep,0.801,Figure,0.077,SE,Sample error,6,NA,NA,Snake,83,16.66,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. Dry air assumed to be 10%"
1466,O. Lourdais,Spalerosophis_diadema_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,2.851,25.0,25.09,25.05,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_5,TEWL,mg/cm2/h,Keep,0.388,Figure,0.080,SE,Sample error,6,NA,NA,Snake,83,16.66,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1467,O. Lourdais,Spalerosophis_diadema_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,3.819,30.0,31.59,31.35,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_5,TEWL,mg/cm2/h,Keep,0.765,Figure,0.090,SE,Sample error,6,NA,NA,Snake,83,16.66,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1468,O. Lourdais,Spalerosophis_diadema_cliffordi,Spalerosophis_diadema_cliffordii,doi: 10.1080/11956860.1996.11682323,1996,Wild population,Israel,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,365,Change in mass of a dessicant,5.061,34.0,NA,36.36,264.0,FlowChamber,4.25,9.00,No,Air velocity not flow rate reported,Lahav_Ecoscience_1996_5,TEWL,mg/cm2/h,Keep,0.977,Figure,0.090,SE,Sample error,6,NA,NA,Snake,83,16.66,SD,262,High quality data extracted from figure,High quality,Usable data,"WL measured from animals maintained at least 1 year in captive, outdoor conditions and in a glass tube with head and body separated and dry air at constant temperature and mass increase of the dessicant. Data extracted from Figure 1. The TWL was derived from ratio to CEWL in table 1. One ratio for each temperature but same ratio for all species"
1347,F. Brischoux,Anolis_roquet_salinei,Anolis_roquet_salinei,10.2307/1563405 ,1978,Wild population,"Savanna of Petrifications, Martinique",14.400410,-60.858580,10,Publication,NA,4,NA,NA,4,NA,Not specified,Juveniles,Controls,NA,1,Loss of body mass,3.288,26.5,NA,NA,450.0,FlowChamber,5.30,222.80,Not specified,Dessication to death,Leclair_JHerp_1978_1,TEWL,mg/g/h,Keep,1.710,Table,0.100,SD,Sample error,3,NA,NA,Lizard,0.58,0.07,SD,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured from body mass loss during dessication to death experiments and provided for total mass loss in Table 1 (from regular mass measurements for lizards maintained in plastic bottles supplied with a constant flow of dry air during 10-20 days). dessicated until death
1348,F. Brischoux,Sphaerodactylus_vincinti_psammius,Sphaerodactylus_vincenti_psammius,10.2307/1563405 ,1978,Wild population,"Savanna of Petrifications, Martinique",14.400410,-60.858580,10,Publication,NA,4,NA,NA,4,NA,Not specified,Adults,Controls,NA,1,Loss of body mass,3.288,26.5,NA,NA,450.0,FlowChamber,5.30,32.80,Not specified,Dessication to death,Leclair_JHerp_1978_2,TEWL,mg/g/h,Keep,7.690,Table,2.060,SD,Sample error,3,NA,NA,Lizard,0.32,0.05,SD,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured from body mass loss during dessication to death experiments and provided for total mass loss in Table 1 (from regular mass measurements for lizards maintained in plastic bottles supplied with a constant flow of dry air during 10-20 days). dessicated until death
1349,F. Brischoux,Gymnophthalmus_pleii,Gymnophthalmus_pleei,10.2307/1563405 ,1978,Wild population,"Savanna of Petrifications, Martinique",14.400410,-60.858580,10,Publication,NA,4,NA,NA,4,NA,Not specified,Adults,Controls,NA,1,Loss of body mass,3.288,26.5,NA,NA,450.0,FlowChamber,5.30,155.00,Not specified,Dessication to death,Leclair_JHerp_1978_3,TEWL,mg/g/h,Keep,1.790,Table,NA,NA,NA,1,NA,NA,Lizard,1.49,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured from body mass loss during dessication to death experiments and provided for total mass loss in Table 1 (from regular mass measurements for lizards maintained in plastic bottles supplied with a constant flow of dry air during 10-20 days). dessicated until death
1497,O. Lourdais,Pituophis_melanoleucus_catenifer,Pituophis_catenifer_catenifer,doi: 10.2307/1442730,1972,Wild population,"Oakland, CA, USA",37.805000,-122.150000,243,Publication,NA,9,1971,NA,10,1971,Not specified,Juveniles,Controls,NA,NA,Change in mass of a dessicant,3.288,28.0,NA,NA,50.0,FlowChamber,2.50,3.00,No,NA,Licht_Copeia_1972_1,TEWL,mg/h,Keep,11.200,Table,NA,NA,NA,1,340,NA,Juvenile snake,11.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,TWL measured in animals maintained in a glass tube at constant temperature with dry air and calculated from mass increase of the dessicant and humidity of the air. Unique observation from one animal.
1498,O. Lourdais,Pituophis_melanoleucus_catenifer,Pituophis_catenifer_catenifer,doi: 10.2307/1442730,1972,Wild population,"Oakland, CA, USA",37.805000,-122.150000,243,Publication,NA,9,1971,NA,10,1971,Not specified,Juveniles,Controls,NA,NA,Change in mass of a dessicant,3.288,28.0,NA,NA,50.0,FlowChamber,2.50,3.00,No,NA,Licht_Copeia_1972_2,TEWL,mg/h,Keep,10.800,Table,NA,NA,NA,1,300,NA,Juvenile snake,11.5,NA,NA,NA,"Medium quality data extracted from table, abnormal animals",Medium quality,Not usable data,"TWL measured in animals maintained in a glass tube at constant temperature with dry air and calculated from mass increase of the dessicant and humidity of the air. Data removed because obtained a singular, scaleless animal"
1350,F. Brischoux,Laticauda_colubrina,Laticauda_colubrina,10.1242/jeb.028704,2009,Wild population,"Orchid Island, Taiwan",22.037810,121.525460,0,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Flux chamber,1.536,25.1,NA,NA,0.0,FlowChamber,NA,NA,No,VapoMeter set-up,Lillywhite _JExpBiol_2009_1,CWL,mg/cm2/h,Keep,0.189,Text,0.030,SE,Sample error,15,NA,NA,Snake,NA,NA,NA,NA,"High quality data extracted from main text, skin surface water loss",High quality,Usable data,Cutaneous water loss measured for the dorso-lateral skin at mid-body of live snakes and average value calculated from several records at constant room temperature and humidity. Data reported in main text. CWL with Vapometer. No data on body mass and surface area.
1351,F. Brischoux,Laticauda_laticaudata,Laticauda_laticaudata,10.1242/jeb.028704,2009,Wild population,"Orchid Island, Taiwan",22.037810,121.525460,0,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Flux chamber,1.536,25.1,NA,NA,0.0,FlowChamber,NA,NA,No,VapoMeter set-up,Lillywhite _JExpBiol_2009_2,CWL,mg/cm2/h,Keep,0.294,Text,0.050,SE,Sample error,9,NA,NA,Snake,NA,NA,NA,NA,"High quality data extracted from main text, skin surface water loss",High quality,Usable data,Cutaneous water loss measured for the dorso-lateral skin at mid-body of live snakes and average value calculated from several records at constant room temperature and humidity. Data reported in main text. CWL with Vapometer. No data on body mass and surface area.
1352,F. Brischoux,Laticauda_semifasciata,Laticauda_semifasciata,10.1242/jeb.028704,2009,Wild population,"Orchid Island, Taiwan",22.037810,121.525460,0,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Flux chamber,1.536,25.1,NA,NA,0.0,FlowChamber,NA,NA,No,VapoMeter set-up,Lillywhite _JExpBiol_2009_3,CWL,mg/cm2/h,Keep,0.469,Text,0.050,SE,Sample error,12,NA,NA,Snake,NA,NA,NA,NA,"High quality data extracted from main text, skin surface water loss",High quality,Usable data,Cutaneous water loss measured for the dorso-lateral skin at mid-body of live snakes and average value calculated from several records at constant room temperature and humidity. Data reported in main text. CWL with Vapometer. No data on body mass and surface area.
2078,R. Gavira,Acrochordus_granulatus,Acrochordus_granulatus,doi: 10.2307/1446299,1993,Wild population,Central Philippines,11.357000,123.126000,2,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.351,25.8,NA,NA,0.0,SealedBox,NA,1.75,No,Dry skin,Lillywhite_Copeia_1993_1,TEWL,mg/cm2/h,Keep,0.610,Table,0.020,SD,Sample error,10,NA,741,Snake,141.2,43.4,SD,351.09,High quality data extracted from table,High quality,Usable data,Water loss measured from mass loss in a sealed cylinder with dry air and constant temperature by records of snake body mass with a caliper at short intervals over 2 hours. Data from linear mass loss extracted to calculate the slope. Data compared with those of an arid living species. Reported in Table 1. EWL (INTEGUMENT PLUS PULMONARY)
2079,R. Gavira,Acrochordus_granulatus,Acrochordus_granulatus,doi: 10.2307/1446299,1993,Wild population,Central Philippines,11.357000,123.126000,2,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Wet skin,NA,Loss of body mass,2.351,25.8,NA,NA,0.0,SealedBox,NA,1.75,No,Wet skin,Lillywhite_Copeia_1993_2,TEWL,mg/cm2/h,Keep,7.730,Table,1.070,SD,Sample error,10,NA,741,Snake,141.2,43.4,SD,351.09,"High quality data extracted from table, wet skin animals",High quality,Not usable data,Water loss measured from mass loss in a sealed cylinder with dry air and constant temperature by records of snake body mass with a caliper at short intervals over 2 hours. Data from linear mass loss extracted to calculate the slope. Data compared with those of an arid living species. Reported in Table 1. EWL (INTEGUMENT PLUS PULMONARY). Data removed because wet skin. Treated as another sample to avoid confusion.
2080,R. Gavira,Crotalus_atrox,Crotalus_atrox,doi: 10.2307/1446299,1993,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Loss of body mass,2.351,25.8,NA,NA,0.0,SealedBox,NA,1.75,No,Dry skin,Lillywhite_Copeia_1993_3,TEWL,mg/cm2/h,Keep,0.070,Table,0.010,SD,Sample error,2,NA,587.5,Snake,77,48.08,SD,249.66,High quality data extracted from table,High quality,Usable data,Water loss measured from mass loss in a sealed cylinder with dry air and constant temperature by records of snake body mass with a caliper at short intervals over 2 hours. Data from linear mass loss extracted to calculate the slope. Data compared with those of an arid living species. Reported in Table 1. EWL (INTEGUMENT PLUS PULMONARY)
2058,R. Gavira,Pelamis_platurus,Hydrophis_platurus,doi: 10.1093/icb/ics039,2012,Wild population,"Golfo de Papagayo, Guanacaste, Costa Rica",10.723230,-85.727750,0,Publication,NA,NA,2010,NA,NA,2011,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.541,25.8,NA,NA,0.0,SealedBox,NA,153.60,Not specified,NA,Lillywhite_IntegrCompBiol_2012_1,TEWL,%/h,Keep,0.119,Table,0.007,SE,Sample error,27,NA,NA,Snake,68.2,32.73,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from mass loss in a sealed cylinder with dry air and constant temperature by records of snake body mass with a caliper at short intervals over 2 hours. Mass range: 14.6-155.8 g, mean duration (6.4 � 1.3 days) was multiplied by 24 to have the duration in hours (153.6 h), Data taken from Table 1 was divided by 153.6 to have it as %/h"
2059,R. Gavira,Pelamis_platurus,Hydrophis_platurus,doi: 10.1093/icb/ics039,2012,Wild population,"Golfo de Papagayo, Guanacaste, Costa Rica",10.723230,-85.727750,0,Publication,NA,NA,2010,NA,NA,2011,Not specified,Not specified,Controls,NA,NA,Loss of body mass,1.541,25.8,NA,NA,0.0,SealedBox,NA,153.60,Not specified,NA,Lillywhite_IntegrCompBiol_2012_1,TEWL,mg/h,Keep,80.013,Table,10.417,SE,Sample error,27,NA,NA,Snake,68.2,32.73,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from mass loss in a sealed cylinder with dry air and constant temperature by records of snake body mass with a caliper at short intervals over 2 hours. Mass range: 14.6-155.8 g, mean duration (6.4 � 1.3 days) was multiplied by 24 to have the duration in hours (153.6 h), Data taken from Table 1 was divided by 153.6 and then multiplied by 1000 to have it as mg/h "
2060,R. Gavira,Laticauda_colubrina,Laticauda_colubrina,doi: 10.1086/588306,2008,Wild population,"Orchid Island (Lanyu), Taiwan",22.008680,121.595630,0,Publication,NA,7,2005,NA,7,2007,Not specified,Not specified,Controls,NA,NA,Loss of body mass,NA,NA,NA,NA,0.0,VentilatedBox,NA,336.00,Not specified,In water,Lillywhite_PBZ_2008_1,TEWL,%/h,Keep,0.028,Table,0.002,SE,Sample error,14,NA,NA,Snake,258.1,245.08,SD,NA,"Medium quality data extracted from table, dessication to almost death experiment",Medium quality,Not usable data,"TWL quantified in air during 2 weeks in marked mesh bags exposed to laboratory air without much information. Duration (14 days) was multiplied by 24 to have the duration in hours (336 h). Data taken from Table 1 was divided by 336 to have it as %/h, no temperature or RH information."
2061,R. Gavira,Laticauda_colubrina,Laticauda_colubrina,doi: 10.1086/588306,2008,Wild population,"Orchid Island (Lanyu), Taiwan",22.008680,121.595630,0,Publication,NA,7,2005,NA,7,2007,Not specified,Not specified,Controls,NA,NA,Loss of body mass,NA,NA,NA,NA,0.0,VentilatedBox,NA,336.00,Not specified,In water,Lillywhite_PBZ_2008_1,TEWL,mg/h,Keep,65.178,Table,11.012,SE,Sample error,14,NA,NA,Snake,258.1,245.08,SD,NA,"Medium quality data extracted from table, dessication to almost death experiment",Medium quality,Not usable data,"TWL quantified in air during 2 weeks in marked mesh bags exposed to laboratory air without much information. Duration (14 days) was multiplied by 24 to have the duration in hours (336 h). Data taken from Table 1 was divided by 336 to have it as %/h, no temperature or RH information."
2062,R. Gavira,Laticauda_laticaudata,Laticauda_laticaudata,doi: 10.1086/588306,2008,Wild population,"Orchid Island (Lanyu), Taiwan",22.008680,121.595630,0,Publication,NA,7,2005,NA,7,2007,Not specified,Not specified,Controls,NA,NA,Loss of body mass,NA,NA,NA,NA,0.0,VentilatedBox,NA,336.00,Not specified,In water,Lillywhite_PBZ_2008_2,TEWL,%/h,Keep,0.046,Table,0.002,SE,Sample error,9,NA,NA,Snake,205.1,48.6,SD,NA,"Medium quality data extracted from table, dessication to almost death experiment",Medium quality,Not usable data,"TWL quantified in air during 2 weeks in marked mesh bags exposed to laboratory air without much information. Duration (14 days) was multiplied by 24 to have the duration in hours (336 h). Data taken from Table 1 was divided by 336 to have it as %/h, no temperature or RH information."
2063,R. Gavira,Laticauda_laticaudata,Laticauda_laticaudata,doi: 10.1086/588306,2008,Wild population,"Orchid Island (Lanyu), Taiwan",22.008680,121.595630,0,Publication,NA,7,2005,NA,7,2007,Not specified,Not specified,Controls,NA,NA,Loss of body mass,NA,NA,NA,NA,0.0,VentilatedBox,NA,336.00,Not specified,In water,Lillywhite_PBZ_2008_2,TEWL,mg/h,Keep,93.750,Table,6.845,SE,Sample error,9,NA,NA,Snake,205.1,48.6,SD,NA,"Medium quality data extracted from table, dessication to almost death experiment",Medium quality,Not usable data,"TWL quantified in air during 2 weeks in marked mesh bags exposed to laboratory air without much information. Duration (14 days) was multiplied by 24 to have the duration in hours (336 h). Data taken from Table 1 was divided by 336 to have it as %/h, no temperature or RH information."
2064,R. Gavira,Laticauda_semifasciata,Laticauda_semifasciata,doi: 10.1086/588306,2008,Wild population,"Orchid Island (Lanyu), Taiwan",22.008680,121.595630,0,Publication,NA,7,2005,NA,7,2007,Not specified,Not specified,Controls,NA,NA,Loss of body mass,NA,NA,NA,NA,0.0,VentilatedBox,NA,336.00,Not specified,In water,Lillywhite_PBZ_2008_3,TEWL,%/h,Keep,0.041,Table,0.001,SE,Sample error,12,NA,NA,Snake,554.6,133.02,SD,NA,"Medium quality data extracted from table, dessication to almost death experiment",Medium quality,Not usable data,"TWL quantified in air during 2 weeks in marked mesh bags exposed to laboratory air without much information. Duration (14 days) was multiplied by 24 to have the duration in hours (336 h). Data taken from Table 1 was divided by 336 to have it as %/h, no temperature or RH information."
2065,R. Gavira,Laticauda_semifasciata,Laticauda_semifasciata,doi: 10.1086/588306,2008,Wild population,"Orchid Island (Lanyu), Taiwan",22.008680,121.595630,0,Publication,NA,7,2005,NA,7,2007,Not specified,Not specified,Controls,NA,NA,Loss of body mass,NA,NA,NA,NA,0.0,VentilatedBox,NA,336.00,Not specified,In water,Lillywhite_PBZ_2008_3,TEWL,mg/h,Keep,224.702,Table,14.286,SE,Sample error,12,NA,NA,Snake,554.6,133.02,SD,NA,"Medium quality data extracted from table, dessication to almost death experiment",Medium quality,Not usable data,"TWL quantified in air during 2 weeks in marked mesh bags exposed to laboratory air without much information. Duration (14 days) was multiplied by 24 to have the duration in hours (336 h). Data taken from Table 1 was divided by 336 to have it as %/h, no temperature or RH information."
1483,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,0.477,15.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Repro females,Lourdais_PBZ_2017_1,TEWL,mg/h,Keep,99.454,Dataset,3.140,SD,Sample error,21,463.06,NA,Snake,102.7153448,22.90228183,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity. Data removed because females are reproductive and gravid.
1484,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,1.939,25.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Repro females,Lourdais_PBZ_2017_1,TEWL,mg/h,Keep,111.261,Dataset,6.720,SD,Sample error,21,463.06,NA,Snake,102.7153448,22.90228183,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity. Data removed because females are reproductive and gravid.
1485,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,3.803,33.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Repro females,Lourdais_PBZ_2017_1,TEWL,mg/h,Keep,130.847,Dataset,13.720,SD,Sample error,21,463.06,NA,Snake,102.7153448,22.90228183,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity. Data removed because females are reproductive and gravid.
1489,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,0.477,15.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Repro females,Lourdais_PBZ_2017_1,TEWL,mg/g/h,Keep,1.018,Dataset,0.220,SD,Sample error,21,463.06,NA,Snake,102.7153448,22.90228183,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity. Data removed because females are reproductive and gravid.
1490,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,1.939,25.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Repro females,Lourdais_PBZ_2017_1,TEWL,mg/g/h,Keep,1.131,Dataset,0.210,SD,Sample error,21,463.06,NA,Snake,102.7153448,22.90228183,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity. Data removed because females are reproductive and gravid.
1491,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,3.803,33.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Repro females,Lourdais_PBZ_2017_1,TEWL,mg/g/h,Keep,1.310,Dataset,0.240,SD,Sample error,21,463.06,NA,Snake,102.7153448,22.90228183,SD,NA,"High quality data extracted from dataset, gravid animals",High quality,Not usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity. Data removed because females are reproductive and gravid.
1486,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,0.477,15.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Non repro females,Lourdais_PBZ_2017_2,TEWL,mg/h,Keep,94.215,Dataset,2.480,SD,Sample error,18,508.79,NA,Snake,106.7727273,26.81371228,SD,NA,High quality data extracted from dataset,High quality,Usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity.
1487,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,1.939,25.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Non repro females,Lourdais_PBZ_2017_2,TEWL,mg/h,Keep,104.118,Dataset,7.650,SD,Sample error,18,508.79,NA,Snake,106.7727273,26.81371228,SD,NA,High quality data extracted from dataset,High quality,Usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity.
1488,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,3.803,33.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Non repro females,Lourdais_PBZ_2017_2,TEWL,mg/h,Keep,116.677,Dataset,14.410,SD,Sample error,18,508.79,NA,Snake,106.7727273,26.81371228,SD,NA,High quality data extracted from dataset,High quality,Usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity.
1492,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,0.477,15.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Non repro females,Lourdais_PBZ_2017_2,TEWL,mg/g/h,Keep,0.981,Dataset,0.320,SD,Sample error,18,508.79,NA,Snake,106.7727273,26.81371228,SD,NA,High quality data extracted from dataset,High quality,Usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity.
1493,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,1.939,25.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Non repro females,Lourdais_PBZ_2017_2,TEWL,mg/g/h,Keep,1.048,Dataset,0.330,SD,Sample error,18,508.79,NA,Snake,106.7727273,26.81371228,SD,NA,High quality data extracted from dataset,High quality,Usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity.
1494,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,3.803,33.0,NA,NA,162.0,FlowFlask,9.00,3.00,No,Controls Non repro females,Lourdais_PBZ_2017_2,TEWL,mg/g/h,Keep,1.128,Dataset,0.370,SD,Sample error,18,508.79,NA,Snake,106.7727273,26.81371228,SD,NA,High quality data extracted from dataset,High quality,Usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity.
1495,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,1.939,25.0,NA,NA,162.0,FlowFlask,9.00,2.00,No,Controls Repro females Aquaflux,Lourdais_PBZ_2017_3,CWL,mg/cm2/h,Keep,0.660,Figure,0.223,SE,Sample error,8,454,NA,Snake,88.7,4.6,SD,NA,"High quality data extracted from figure, gravid animals",High quality,Not usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity. Data removed because females are reproductive and gravid. No data on surface area.
1496,O. Lourdais,Vipera_aspis,Vipera_aspis,doi: 10.1086/694848,2017,Wild population,"Loire Atlantique district, France",47.503000,-1.773000,41,Publication,NA,NA,2010,NA,NA,2012,Females,Adults,Controls,NA,30,Gaz measurement,1.939,25.0,NA,NA,162.0,FlowFlask,9.00,2.00,No,Controls Repro females Aquaflux,Lourdais_PBZ_2017_4,CWL,mg/cm2/h,Keep,0.456,Figure,0.148,SE,Sample error,8,462,NA,Snake,74.9,10.6,SD,NA,High quality data extracted from figure,High quality,Usable data,WL measured in animals acclimated in the laboratory and in a flow-through system maintained at constant temperature and humidity. No data on surface area.
2162,R. Gavira,Sphaerodactylus_parthenopion,Sphaerodactylus_parthenopion,doi: 10.1016/0300-9629(85)90479-7,1985,Wild population,"Virgin Gorda, British Virgin Islands",18.495000,-64.402000,291,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,6,Loss of body mass,2.685,24.0,NA,NA,258.0,FlowChamber,6.10,24.00,No,NA,MacLean_CBP_1985_1,TEWL,mg/g/h,Keep,6.480,Table,1.490,SE,Sample error,6,NA,NA,Lizard,0.12,0.05,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from mass loss of field captured animals maintained at 25�C dry air during 24 hours. Mean from at most two runs per individual using a flow-through tube set-up with supplied dry air. Data reported in Table 1. Approximate location
2163,R. Gavira,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,doi: 10.1016/0300-9629(85)90479-7,1985,Wild population,"Virgin Gorda, British Virgin Islands",18.495000,-64.402000,291,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,6,Loss of body mass,2.685,24.0,NA,NA,258.0,FlowChamber,6.10,24.00,No,NA,MacLean_CBP_1985_2,TEWL,mg/g/h,Keep,3.840,Table,0.600,SE,Sample error,7,NA,NA,Lizard,0.33,0.13,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from mass loss of field captured animals maintained at 25�C dry air during 24 hours. Mean from at most two runs per individual using a flow-through tube set-up with supplied dry air. Data reported in Table 1. Approximate location
2164,R. Gavira,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,doi: 10.1016/0300-9629(85)90479-7,1985,Wild population,"Coast of the Guana Island (1), British Virgin Islands",18.480000,-64.574000,10,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,6,Loss of body mass,2.685,24.0,NA,NA,258.0,FlowChamber,6.10,24.00,No,NA,MacLean_CBP_1985_3,TEWL,mg/g/h,Keep,3.550,Table,0.340,SE,Sample error,9,NA,NA,Lizard,0.22,0.09,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from mass loss of field captured animals maintained at 25�C dry air during 24 hours. Mean from at most two runs per individual using a flow-through tube set-up with supplied dry air. Data reported in Table 1. Approximate location
2165,R. Gavira,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,doi: 10.1016/0300-9629(85)90479-7,1985,Wild population,"Peak of the Guana Island (2), British Virgin Islands",18.489000,-64.580000,57,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,6,Loss of body mass,2.685,24.0,NA,NA,258.0,FlowChamber,6.10,24.00,No,NA,MacLean_CBP_1985_4,TEWL,mg/g/h,Keep,4.950,Table,0.540,SE,Sample error,11,NA,NA,Lizard,0.19,0.07,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from mass loss of field captured animals maintained at 25�C dry air during 24 hours. Mean from at most two runs per individual using a flow-through tube set-up with supplied dry air. Data reported in Table 1. Approximate location
2166,R. Gavira,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,doi: 10.1016/0300-9629(85)90479-7,1985,Wild population,"Coast of the Guana Island (3), British Virgin Islands",18.475000,-64.575000,10,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,6,Loss of body mass,2.685,24.0,NA,NA,258.0,FlowChamber,6.10,24.00,No,NA,MacLean_CBP_1985_5,TEWL,mg/g/h,Keep,3.440,Table,0.440,SE,Sample error,8,NA,NA,Lizard,0.25,0.11,SD,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from mass loss of field captured animals maintained at 25�C dry air during 24 hours. Mean from at most two runs per individual using a flow-through tube set-up with supplied dry air. Data reported in Table 1. Approximate location
1502,O. Lourdais,Xantusia_vigilis,Xantusia_vigilis,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_1,TEWL,mg/g/h,Keep,0.550,Table,0.030,SE,Sample error,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1503,O. Lourdais,Xantusia_vigilis,Xantusia_vigilis,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_1,TEWL,mg/g/h,Keep,0.540,Table,0.080,SE,Sample error,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1520,O. Lourdais,Xantusia_vigilis,Xantusia_vigilis,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_1,RWL,mg/g/h,Keep,0.191,Table,NA,NA,NA,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1521,O. Lourdais,Xantusia_vigilis,Xantusia_vigilis,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_1,RWL,mg/g/h,Keep,0.198,Table,NA,NA,NA,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1538,O. Lourdais,Xantusia_vigilis,Xantusia_vigilis,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_1,CWL,mg/cm2/h,Keep,0.038,Table,NA,NA,NA,5,NA,NA,Lizard,1.8,NA,NA,14.83,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1539,O. Lourdais,Xantusia_vigilis,Xantusia_vigilis,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_1,CWL,mg/cm2/h,Keep,0.039,Table,NA,NA,NA,5,NA,NA,Lizard,1.8,NA,NA,14.83,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1504,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,TEWL,mg/g/h,Keep,0.574,Table,0.036,SE,Sample error,5,NA,NA,Lizard,3.9,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1505,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,TEWL,mg/g/h,Keep,0.860,Table,0.150,SE,Sample error,4,NA,NA,Lizard,3.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1506,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,TEWL,mg/g/h,Keep,1.426,Table,0.057,SE,Sample error,4,NA,NA,Lizard,4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1522,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,RWL,mg/g/h,Keep,0.217,Table,NA,NA,NA,5,NA,NA,Lizard,3.9,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1523,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,RWL,mg/g/h,Keep,0.350,Table,NA,NA,NA,4,NA,NA,Lizard,3.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1524,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,RWL,mg/g/h,Keep,0.585,Table,NA,NA,NA,4,NA,NA,Lizard,4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1540,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,CWL,mg/cm2/h,Keep,0.043,Table,NA,NA,NA,5,NA,NA,Lizard,3.9,NA,NA,24.89,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1541,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,CWL,mg/cm2/h,Keep,0.061,Table,NA,NA,NA,4,NA,NA,Lizard,3.8,NA,NA,24.46,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1542,O. Lourdais,Xantusia_henshawi,Xantusia_henshawi,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Starvation Mountain, San Diego Co., CA, USA",33.053650,-116.988660,627,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_2,CWL,mg/cm2/h,Keep,0.100,Table,NA,NA,NA,4,NA,NA,Lizard,4,NA,NA,23.31,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1507,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,TEWL,mg/g/h,Keep,0.551,Table,0.094,SE,Sample error,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1508,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,TEWL,mg/g/h,Keep,0.781,Table,0.077,SE,Sample error,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1509,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,TEWL,mg/g/h,Keep,1.060,Table,0.070,SE,Sample error,4,NA,NA,Lizard,4.1,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1525,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,RWL,mg/g/h,Keep,0.176,Table,NA,NA,NA,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1526,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,RWL,mg/g/h,Keep,0.231,Table,NA,NA,NA,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1527,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,RWL,mg/g/h,Keep,0.484,Table,NA,NA,NA,4,NA,NA,Lizard,4.1,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1543,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,CWL,mg/cm2/h,Keep,0.053,Table,NA,NA,NA,5,NA,NA,Lizard,4.2,NA,NA,26.16,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1544,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,CWL,mg/cm2/h,Keep,0.080,Table,NA,NA,NA,5,NA,NA,Lizard,4.2,NA,NA,26.16,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1545,O. Lourdais,Lepidophyma_gaigeae,Lepidophyma_gaigeae,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"El Madro?o, Queretaro, Mexico",21.290910,-99.169780,2123,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_3,CWL,mg/cm2/h,Keep,0.093,Table,NA,NA,NA,4,NA,NA,Lizard,4.1,NA,NA,27.74,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1510,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,TEWL,mg/g/h,Keep,0.127,Table,0.042,SE,Sample error,2,NA,NA,Lizard,15.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1511,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,TEWL,mg/g/h,Keep,0.258,Table,0.043,SE,Sample error,5,NA,NA,Lizard,14.9,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1512,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,TEWL,mg/g/h,Keep,0.372,Table,0.024,SE,Sample error,5,NA,NA,Lizard,15.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1513,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,TEWL,mg/g/h,Keep,0.632,Table,0.059,SE,Sample error,5,NA,NA,Lizard,15,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1514,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,TEWL,mg/g/h,Keep,0.973,Table,0.067,SE,Sample error,5,NA,NA,Lizard,14.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1528,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,RWL,mg/g/h,Keep,0.063,Table,NA,NA,NA,2,NA,NA,Lizard,15.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1529,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,RWL,mg/g/h,Keep,0.103,Table,NA,NA,NA,5,NA,NA,Lizard,14.9,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1530,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,RWL,mg/g/h,Keep,0.132,Table,NA,NA,NA,5,NA,NA,Lizard,15.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1531,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,RWL,mg/g/h,Keep,0.214,Table,NA,NA,NA,5,NA,NA,Lizard,15,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1532,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,RWL,mg/g/h,Keep,0.326,Table,NA,NA,NA,5,NA,NA,Lizard,14.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1546,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,CWL,mg/cm2/h,Keep,0.015,Table,NA,NA,NA,2,NA,NA,Lizard,15.8,NA,NA,63.55,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1547,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,CWL,mg/cm2/h,Keep,0.035,Table,NA,NA,NA,5,NA,NA,Lizard,14.9,NA,NA,61.1,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1548,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,CWL,mg/cm2/h,Keep,0.055,Table,NA,NA,NA,5,NA,NA,Lizard,15.7,NA,NA,63.28,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1549,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,CWL,mg/cm2/h,Keep,0.094,Table,NA,NA,NA,5,NA,NA,Lizard,15,NA,NA,61.37,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1550,O. Lourdais,Klauberina_riversiana,Xantusia_riversiana,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"San Clemente Island, Los Angeles Co., CA, USA",32.894610,-118.491110,416,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_4,CWL,mg/cm2/h,Keep,0.145,Table,NA,NA,NA,5,NA,NA,Lizard,14.8,NA,NA,60.82,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1515,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,TEWL,mg/g/h,Keep,0.731,Table,0.010,SE,Sample error,2,NA,NA,Lizard,22.3,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1516,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,TEWL,mg/g/h,Keep,1.183,Table,0.006,SE,Sample error,5,NA,NA,Lizard,22.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1517,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,TEWL,mg/g/h,Keep,1.525,Table,0.160,SE,Sample error,5,NA,NA,Lizard,27.6,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1518,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,TEWL,mg/g/h,Keep,2.039,Table,0.230,SE,Sample error,5,NA,NA,Lizard,28.6,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1519,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,TEWL,mg/g/h,Keep,4.329,Table,1.050,SE,Sample error,3,NA,NA,Lizard,25.5,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1533,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,RWL,mg/g/h,Keep,0.146,Table,NA,NA,NA,2,NA,NA,Lizard,22.3,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1534,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,RWL,mg/g/h,Keep,0.314,Table,NA,NA,NA,5,NA,NA,Lizard,22.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1535,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,RWL,mg/g/h,Keep,0.474,Table,NA,NA,NA,5,NA,NA,Lizard,27.6,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1536,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,RWL,mg/g/h,Keep,0.655,Table,NA,NA,NA,5,NA,NA,Lizard,28.6,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1537,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,RWL,mg/g/h,Keep,1.350,Table,NA,NA,NA,3,NA,NA,Lizard,25.5,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase."
1551,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,CWL,mg/cm2/h,Keep,0.153,Table,NA,NA,NA,2,NA,NA,Lizard,22.3,NA,NA,80.05,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1552,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,CWL,mg/cm2/h,Keep,0.227,Table,NA,NA,NA,5,NA,NA,Lizard,22.2,NA,NA,79.81,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1553,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.851,25.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,CWL,mg/cm2/h,Keep,0.287,Table,NA,NA,NA,5,NA,NA,Lizard,27.6,NA,NA,92.34,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1554,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,CWL,mg/cm2/h,Keep,0.382,Table,NA,NA,NA,5,NA,NA,Lizard,28.6,NA,NA,94.57,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1555,O. Lourdais,Lepidophyma_smithii,Lepidophyma_smithii,doi: 10.1016/S0300-9629(80)80019-3,1980,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,4.00,No,NA,Mautz_CBP_1980_5,CWL,mg/cm2/h,Keep,0.793,Table,NA,NA,NA,3,NA,NA,Lizard,25.5,NA,NA,87.57,High quality data extracted from table,High quality,Usable data,"WL measured from animals in a glass cylinder with head separated or not from the body and calculation of water mass (condensation technique) increase in outflow air at constant inflow temperature and humidity. Measurements performed in a variety of conditions such as humidity, head separated or not, restrained or not, and day or night time. Only kept  data with unrestrained collared individuals provided in table. SD missing in table, extracted from figure. CEWL dried air = WVD calculted for 10%RH, unrestrained collared scotophase. Data on surface area calculated from a regression equation."
1386,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,CWL,mg/g/h,Keep,0.375,Table,0.070,SE,Sample error,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1387,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,CWL,mg/g/h,Keep,0.552,Table,0.034,SE,Sample error,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1388,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,CWL,mg/g/h,Keep,0.591,Table,0.039,SE,Sample error,4,NA,NA,Lizard,4.1,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1389,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,RWL,mg/g/h,Keep,0.176,Table,0.040,SE,Sample error,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1390,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,RWL,mg/g/h,Keep,0.231,Table,0.038,SE,Sample error,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1391,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,RWL,mg/g/h,Keep,0.484,Table,0.093,SE,Sample error,4,NA,NA,Lizard,4.1,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1417,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,TEWL,mg/g/h,Keep,0.551,Other,0.110,SE,Sample error,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1418,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,TEWL,mg/g/h,Keep,0.783,Other,0.072,SE,Sample error,5,NA,NA,Lizard,4.2,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1419,F. Brischoux,Lepidophyma_gaigeae,Lepidophyma_gaigeae,10.1007/bf00735711 ,1982,Wild population,"Sierra Madre Oriental, Queretaro, Mexico",21.995740,-99.497340,1336,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_1,TEWL,mg/g/h,Keep,1.075,Other,0.132,SE,Sample error,4,NA,NA,Lizard,4.1,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1376,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,CWL,mg/g/h,Keep,0.586,Table,0.013,SE,Sample error,2,NA,NA,Lizard,22.3,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1377,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,CWL,mg/g/h,Keep,0.869,Table,0.041,SE,Sample error,5,NA,NA,Lizard,22.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1378,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,CWL,mg/g/h,Keep,1.050,Table,0.150,SE,Sample error,5,NA,NA,Lizard,27.6,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1379,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,CWL,mg/g/h,Keep,1.387,Table,0.274,SE,Sample error,5,NA,NA,Lizard,28.6,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1380,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,CWL,mg/g/h,Keep,2.978,Table,0.824,SE,Sample error,3,NA,NA,Lizard,25.5,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1381,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,RWL,mg/g/h,Keep,0.146,Table,0.035,SE,Sample error,2,NA,NA,Lizard,22.3,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1382,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,RWL,mg/g/h,Keep,0.314,Table,0.021,SE,Sample error,5,NA,NA,Lizard,22.2,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1383,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,RWL,mg/g/h,Keep,0.474,Table,0.080,SE,Sample error,5,NA,NA,Lizard,27.6,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1384,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,RWL,mg/g/h,Keep,0.655,Table,0.063,SE,Sample error,5,NA,NA,Lizard,28.6,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1385,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,RWL,mg/g/h,Keep,1.350,Table,0.406,SE,Sample error,3,NA,NA,Lizard,25.5,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1412,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,TEWL,mg/g/h,Keep,0.732,Other,0.048,SE,Sample error,2,NA,NA,Lizard,22.3,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1413,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,TEWL,mg/g/h,Keep,1.183,Other,0.062,SE,Sample error,5,NA,NA,Lizard,22.2,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1414,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,TEWL,mg/g/h,Keep,1.524,Other,0.230,SE,Sample error,5,NA,NA,Lizard,27.6,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1415,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,TEWL,mg/g/h,Keep,2.042,Other,0.337,SE,Sample error,5,NA,NA,Lizard,28.6,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1416,F. Brischoux,Lepidophyma_smithii,Lepidophyma_smithii,10.1007/bf00735711 ,1982,Wild population,"Oaxaca, Mexico",17.061000,-96.731000,1550,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_2,TEWL,mg/g/h,Keep,4.328,Other,1.230,SE,Sample error,3,NA,NA,Lizard,25.5,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1402,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,CWL,mg/g/h,Keep,0.357,Table,0.050,SE,Sample error,5,NA,NA,Lizard,3.9,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1403,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,CWL,mg/g/h,Keep,0.509,Table,0.085,SE,Sample error,4,NA,NA,Lizard,3.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1404,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,CWL,mg/g/h,Keep,0.820,Table,0.103,SE,Sample error,4,NA,NA,Lizard,4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1405,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,RWL,mg/g/h,Keep,0.217,Table,0.034,SE,Sample error,5,NA,NA,Lizard,3.9,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1406,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,RWL,mg/g/h,Keep,0.350,Table,0.120,SE,Sample error,4,NA,NA,Lizard,3.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1407,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,RWL,mg/g/h,Keep,0.595,Table,0.139,SE,Sample error,4,NA,NA,Lizard,4,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1425,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,TEWL,mg/g/h,Keep,0.574,Other,0.084,SE,Sample error,5,NA,NA,Lizard,3.9,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1426,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,TEWL,mg/g/h,Keep,0.859,Other,0.205,SE,Sample error,4,NA,NA,Lizard,3.8,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1427,F. Brischoux,Xantusia_henshawi,Xantusia_henshawi,10.1007/bf00735711 ,1982,Wild population,"Peninsular Ranges, Lower California, Mexico",29.950250,-114.716980,714,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_3,TEWL,mg/g/h,Keep,1.415,Other,0.242,SE,Sample error,4,NA,NA,Lizard,4,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1392,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,CWL,mg/g/h,Keep,0.065,Table,0.002,SE,Sample error,2,NA,NA,Lizard,15.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1393,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,CWL,mg/g/h,Keep,0.155,Table,0.016,SE,Sample error,5,NA,NA,Lizard,14.9,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1394,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,CWL,mg/g/h,Keep,0.241,Table,0.033,SE,Sample error,5,NA,NA,Lizard,15.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1395,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,CWL,mg/g/h,Keep,0.418,Table,0.057,SE,Sample error,5,NA,NA,Lizard,15,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1396,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,CWL,mg/g/h,Keep,0.646,Table,0.073,SE,Sample error,5,NA,NA,Lizard,14.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1397,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,RWL,mg/g/h,Keep,0.063,Table,0.016,SE,Sample error,2,NA,NA,Lizard,15.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1398,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,RWL,mg/g/h,Keep,0.103,Table,0.018,SE,Sample error,5,NA,NA,Lizard,14.9,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1399,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,RWL,mg/g/h,Keep,0.132,Table,0.014,SE,Sample error,5,NA,NA,Lizard,15.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1400,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,RWL,mg/g/h,Keep,0.214,Table,0.018,SE,Sample error,5,NA,NA,Lizard,15,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1401,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,RWL,mg/g/h,Keep,0.326,Table,0.026,SE,Sample error,5,NA,NA,Lizard,14.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1420,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,1.534,15.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,TEWL,mg/g/h,Keep,0.128,Other,0.018,SE,Sample error,2,NA,NA,Lizard,15.8,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1421,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.104,20.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,TEWL,mg/g/h,Keep,0.258,Other,0.034,SE,Sample error,5,NA,NA,Lizard,14.9,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1422,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,TEWL,mg/g/h,Keep,0.373,Other,0.047,SE,Sample error,5,NA,NA,Lizard,15.7,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1423,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,TEWL,mg/g/h,Keep,0.632,Other,0.075,SE,Sample error,5,NA,NA,Lizard,15,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1424,F. Brischoux,Xantusia_riversiana,Xantusia_riversiana,10.1007/bf00735711 ,1982,Wild population,"Channel Islands, Oxnard, CA, USA",34.182230,-119.229050,3,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,5.061,35.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_4,TEWL,mg/g/h,Keep,0.972,Other,0.099,SE,Sample error,5,NA,NA,Lizard,14.8,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1408,F. Brischoux,Xantusia_vigilis,Xantusia_vigilis,10.1007/bf00735711 ,1982,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_5,CWL,mg/g/h,Keep,0.359,Table,0.056,SE,Sample error,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1409,F. Brischoux,Xantusia_vigilis,Xantusia_vigilis,10.1007/bf00735711 ,1982,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_5,CWL,mg/g/h,Keep,0.343,Table,0.057,SE,Sample error,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1410,F. Brischoux,Xantusia_vigilis,Xantusia_vigilis,10.1007/bf00735711 ,1982,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_5,RWL,mg/g/h,Keep,0.191,Table,0.050,SE,Sample error,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1411,F. Brischoux,Xantusia_vigilis,Xantusia_vigilis,10.1007/bf00735711 ,1982,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_5,RWL,mg/g/h,Keep,0.198,Table,0.032,SE,Sample error,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1428,F. Brischoux,Xantusia_vigilis,Xantusia_vigilis,10.1007/bf00735711 ,1982,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,2.850,25.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_5,TEWL,mg/g/h,Keep,0.550,Other,0.106,SE,Sample error,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1429,F. Brischoux,Xantusia_vigilis,Xantusia_vigilis,10.1007/bf00735711 ,1982,Wild population,"Joshua Tree, San Bernardino Co., CA, USA",34.038450,-116.293530,1537,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,60,Loss of body mass,3.819,30.0,NA,NA,500.0,FlowChamber,6.10,NA,No,NA,Mautz_JCompPhysiol_1982_5,TEWL,mg/g/h,Keep,0.541,Other,0.089,SE,Sample error,5,NA,NA,Lizard,1.8,NA,NA,NA,High quality data calculated from table,High quality,Usable data,"Water loss measured from field-caught animals in a glass cylinder partitioned into two compartments for the head and body with supply of dry air at constant flow rate and temperature by measurement of excurrent water from condensates of each compartment. Measures performed during nigthtime with quiet individuals and collected over short periods of time. All data provided in Table 1. Cutaneous WL and REWL estimated separately, TEWL derived by addition. Samples from the same species treated like the same group even though they were minor changes in sample size."
1499,O. Lourdais,Anolis_taylori,Anolis_taylori,https://digitalmedia.fws.gov/digital/collection/document/id/2042/,1977,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,8,1973,NA,11,1976,Not specified,Not specified,Controls,NA,1,Loss of body mass,0.489,25.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Mautz_SSARH_1982_1,TEWL,mg/g/h,Keep,1.010,Table,0.080,SE,Sample error,7,NA,NA,Lizard,6.9,1.93,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,TWL measured in animals inside plastic boxes installed in the semi-constant conditions from the cave where lizards were captured using body mass loss over 24h.
1500,O. Lourdais,Phyllodactylus_lanei,Phyllodactylus_lanei,https://digitalmedia.fws.gov/digital/collection/document/id/2042/,1977,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,8,1973,NA,11,1976,Not specified,Not specified,Controls,NA,1,Loss of body mass,0.489,25.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Mautz_SSARH_1982_2,TEWL,mg/g/h,Keep,1.260,Table,0.340,SE,Sample error,5,NA,NA,Lizard,5.9,0.07,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,TWL measured in animals inside plastic boxes installed in the semi-constant conditions from the cave where lizards were captured using body mass loss over 24h.
1501,O. Lourdais,Lepidophyma_smithi,Lepidophyma_smithii,https://digitalmedia.fws.gov/digital/collection/document/id/2042/,1977,Wild population,"Puerto Marquez, Guerrero, Mexico",16.812000,-99.861000,140,Publication,NA,8,1973,NA,11,1976,Not specified,Not specified,Controls,NA,1,Loss of body mass,0.489,25.5,NA,NA,0.0,VentilatedBox,NA,24.00,No,NA,Mautz_SSARH_1982_3,TEWL,mg/g/h,Keep,1.120,Table,0.080,SE,Sample error,5,NA,NA,Lizard,17.5,5.39,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,TWL measured in animals inside plastic boxes installed in the semi-constant conditions from the cave where lizards were captured using body mass loss over 24h.
288,J.-F. Le Galliard,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,https://www.jstor.org/stable/1442291,1970,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.000,42.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Minnich_Copeia_1970_1,TEWL,mg/h,Keep,22.144,Figure,9.908,SD,Sample error,23,NA,NA,Lizard,31.3,18.98,SD,NA,High quality data extracted from figure,High quality,Usable data,"Measurements of body mass from breeding colony at high temperatures and low humidity for a periods of 12 hours in a well-ventilated cage - high temperature similar to active conditions, it remains a question if these data should be removed even if animals were supposedly resting."
290,J.-F. Le Galliard,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,https://www.jstor.org/stable/1442291,1970,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.000,42.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Minnich_Copeia_1970_1,TEWL,mg/g/h,Keep,0.806,Figure,0.262,SD,Sample error,23,NA,NA,Lizard,31.3,18.98,SD,NA,High quality data extracted from figure,High quality,Usable data,"Measurements of body mass from breeding colony at high temperatures and low humidity for a periods of 12 hours in a well-ventilated cage - high temperature similar to active conditions, it remains a question if these data should be removed even if animals were supposedly resting."
289,J.-F. Le Galliard,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,https://www.jstor.org/stable/1442291,1970,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.933,39.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Minnich_Copeia_1970_2,TEWL,mg/h,Keep,6.909,Figure,3.521,SD,Sample error,25,NA,NA,Lizard,29.42,18.47,SD,NA,High quality data extracted from figure,High quality,Usable data,Measurements of body mass from breeding colony at low temperatures and standard humidity for a periods of 12 hours in a well-ventilated cage - temperature similar to resting conditions inside burrows
291,J.-F. Le Galliard,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,https://www.jstor.org/stable/1442291,1970,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.933,39.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Minnich_Copeia_1970_2,TEWL,mg/g/h,Keep,0.281,Figure,0.120,SD,Sample error,25,NA,NA,Lizard,29.42,18.47,SD,NA,High quality data extracted from figure,High quality,Usable data,Measurements of body mass from breeding colony at low temperatures and standard humidity for a periods of 12 hours in a well-ventilated cage - temperature similar to resting conditions inside burrows
2125,R. Gavira,Uma_scoparia,Uma_scoparia,doi: 10.2307/1442724,1972,Wild population,"Dale Dry Lake, San Bernardino Co., CA, USA",34.109370,-117.149350,430,Publication,15,7,1969,18,9,1969,Males,Adults,Controls,NA,NA,Doubly labeled water,NA,NA,NA,NA,NA,Nochamber,NA,1000.00,Yes,NA,Minnich_Copeia_1972_1,TEWL,mg/g/h,Keep,0.667,Table,NA,NA,NA,27,NA,NA,Lizard,5,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/100g/day) were multiplied by 10 and divided by 24 to be expressed as: mg/g/h, Body mass estimated from range, Poor temperature data (around 48C). Data excluded because of DWL technique = non standard measurement."
2126,R. Gavira,Uma_scoparia,Uma_scoparia,doi: 10.2307/1442724,1972,Wild population,"Dale Dry Lake, San Bernardino Co., CA, USA",34.109370,-117.149350,430,Publication,15,7,1969,18,9,1969,Males,Juveniles,Controls,NA,NA,Doubly labeled water,NA,NA,NA,NA,NA,Nochamber,NA,1000.00,Yes,NA,Minnich_Copeia_1972_2,TEWL,mg/g/h,Keep,1.125,Table,NA,NA,NA,31,NA,NA,Lizard,25,NA,NA,NA,"Medium quality data extracted from table, field active animals",Medium quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/100g/day) were multiplied by 10 and divided by 24 to be expressed as: mg/g/h, Body mass estimated from range, Poor temperature data (around 48C). Data excluded because of DWL technique = non standard measurement."
2127,R. Gavira,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,doi: 10.2307/1442724,1972,Wild population,"Dale Dry Lake, San Bernardino Co., CA, USA",34.109370,-117.149350,430,Publication,15,7,1969,18,9,1969,Not specified,Both age classes,Controls,NA,NA,Doubly labeled water,NA,NA,NA,NA,NA,Nochamber,NA,1000.00,Yes,NA,Minnich_Copeia_1972_3,TEWL,mg/g/h,Keep,0.790,Text,NA,NA,NA,9,NA,NA,Lizard,47,NA,NA,NA,Medium quality data extracted from main text field active animals,Medium quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/100g/day) were multiplied by 10 and divided by 24 to be expressed as: mg/g/h, Body mass estimated from range, Poor temperature data (around 48C). Data excluded because of DWL technique = non standard measurement."
1431,O. Lourdais,Agkistrodon_contortrix,Agkistrodon_contortrix,http://www.evolutionary-ecology.com/abstracts/v07/1863.html,2005,Wild population,"US Department of Energy's Savannah River Site, SC, USA",33.344000,-81.741000,115,Publication,NA,6,2002,NA,7,2002,Not specified,Not specified,Acclimation manipulation,Dry acclimation,27,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,48.00,No,NA,Moen_EvolEcolRes_2005_1,TEWL,mg/h,Keep,89.090,Figure,39.500,SD,Sample error,5,NA,NA,Snake,150,73.64,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,Individual values extracted from figure. WL measured from animals in a steel-mesh cylinder in a chamber at constant temperature and humidity during 48 hours after acclimation in outdoor cages and a wet/dry 10 days acclimation period. Dry acclimation removed because non typical from field conditions.
1435,O. Lourdais,Agkistrodon_contortrix,Agkistrodon_contortrix,http://www.evolutionary-ecology.com/abstracts/v07/1863.html,2005,Wild population,"US Department of Energy's Savannah River Site, SC, USA",33.344000,-81.741000,115,Publication,NA,6,2002,NA,7,2002,Not specified,Not specified,Acclimation manipulation,Dry acclimation,27,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,48.00,No,NA,Moen_EvolEcolRes_2005_1,TEWL,mg/g/h,Keep,0.614,Figure,0.090,SD,Sample error,5,NA,NA,Snake,150,73.64,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,Individual values extracted from figure. WL measured from animals in a steel-mesh cylinder in a chamber at constant temperature and humidity during 48 hours after acclimation in outdoor cages and a wet/dry 10 days acclimation period. Dry acclimation removed because non typical from field conditions
1432,O. Lourdais,Agkistrodon_contortrix,Agkistrodon_contortrix,http://www.evolutionary-ecology.com/abstracts/v07/1863.html,2005,Wild population,"US Department of Energy's Savannah River Site, SC, USA",33.344000,-81.741000,115,Publication,NA,6,2002,NA,7,2002,Not specified,Not specified,Acclimation manipulation,Wet acclimation,27,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,48.00,No,Wet acclimation,Moen_EvolEcolRes_2005_2,TEWL,mg/h,Keep,104.060,Figure,52.230,SD,Sample error,5,NA,NA,Snake,131.9,40.25,SD,NA,High quality data extracted from figure,High quality,Usable data,Individual values extracted from figure. WL measured from animals in a steel-mesh cylinder in a chamber at constant temperature and humidity during 48 hours after acclimation in outdoor cages and a wet/dry 10 days acclimation period. Dry acclimation removed because non typical from field conditions.
1436,O. Lourdais,Agkistrodon_contortrix,Agkistrodon_contortrix,http://www.evolutionary-ecology.com/abstracts/v07/1863.html,2005,Wild population,"US Department of Energy's Savannah River Site, SC, USA",33.344000,-81.741000,115,Publication,NA,6,2002,NA,7,2002,Not specified,Not specified,Acclimation manipulation,Wet acclimation,27,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,48.00,No,Wet acclimation,Moen_EvolEcolRes_2005_2,TEWL,mg/g/h,Keep,0.780,Figure,0.220,SD,Sample error,5,NA,NA,Snake,131.9,40.25,SD,NA,High quality data extracted from figure,High quality,Usable data,Individual values extracted from figure. WL measured from animals in a steel-mesh cylinder in a chamber at constant temperature and humidity during 48 hours after acclimation in outdoor cages and a wet/dry 10 days acclimation period. Dry acclimation removed because non typical from field conditions.
1433,O. Lourdais,Agkistrodon_piscivorus,Agkistrodon_piscivorus,http://www.evolutionary-ecology.com/abstracts/v07/1863.html,2005,Wild population,"US Department of Energy's Savannah River Site, SC, USA",33.344000,-81.741000,115,Publication,NA,6,2002,NA,7,2002,Not specified,Not specified,Acclimation manipulation,Dry acclimation,27,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,48.00,No,NA,Moen_EvolEcolRes_2005_3,TEWL,mg/h,Keep,87.870,Figure,37.200,SD,Sample error,4,NA,NA,Snake,91.86,43.79,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,Individual values extracted from figure. WL measured from animals in a steel-mesh cylinder in a chamber at constant temperature and humidity during 48 hours after acclimation in outdoor cages and a wet/dry 10 days acclimation period. Dry acclimation removed because non typical from field conditions
1437,O. Lourdais,Agkistrodon_piscivorus,Agkistrodon_piscivorus,http://www.evolutionary-ecology.com/abstracts/v07/1863.html,2005,Wild population,"US Department of Energy's Savannah River Site, SC, USA",33.344000,-81.741000,115,Publication,NA,6,2002,NA,7,2002,Not specified,Not specified,Acclimation manipulation,Dry acclimation,27,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,48.00,No,NA,Moen_EvolEcolRes_2005_3,TEWL,mg/g/h,Keep,0.967,Figure,0.210,SD,Sample error,4,NA,NA,Snake,91.86,43.79,SD,NA,"High quality data extracted from figure, manipulated animals",High quality,Not usable data,Individual values extracted from figure. WL measured from animals in a steel-mesh cylinder in a chamber at constant temperature and humidity during 48 hours after acclimation in outdoor cages and a wet/dry 10 days acclimation period. Dry acclimation removed because non typical from field conditions
1434,O. Lourdais,Agkistrodon_piscivorus,Agkistrodon_piscivorus,http://www.evolutionary-ecology.com/abstracts/v07/1863.html,2005,Wild population,"US Department of Energy's Savannah River Site, SC, USA",33.344000,-81.741000,115,Publication,NA,6,2002,NA,7,2002,Not specified,Not specified,Acclimation manipulation,Wet acclimation,27,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,48.00,No,Wet acclimation,Moen_EvolEcolRes_2005_4,TEWL,mg/h,Keep,151.340,Figure,35.500,SD,Sample error,5,NA,NA,Snake,120.95,34.53,SD,NA,High quality data extracted from figure,High quality,Usable data,Individual values extracted from figure. WL measured from animals in a steel-mesh cylinder in a chamber at constant temperature and humidity during 48 hours after acclimation in outdoor cages and a wet/dry 10 days acclimation period. Dry acclimation removed because non typical from field conditions.
1438,O. Lourdais,Agkistrodon_piscivorus,Agkistrodon_piscivorus,http://www.evolutionary-ecology.com/abstracts/v07/1863.html,2005,Wild population,"US Department of Energy's Savannah River Site, SC, USA",33.344000,-81.741000,115,Publication,NA,6,2002,NA,7,2002,Not specified,Not specified,Acclimation manipulation,Wet acclimation,27,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,48.00,No,Wet acclimation,Moen_EvolEcolRes_2005_4,TEWL,mg/g/h,Keep,1.276,Figure,0.250,SD,Sample error,5,NA,NA,Snake,120.95,34.53,SD,NA,High quality data extracted from figure,High quality,Usable data,Individual values extracted from figure. WL measured from animals in a steel-mesh cylinder in a chamber at constant temperature and humidity during 48 hours after acclimation in outdoor cages and a wet/dry 10 days acclimation period. Dry acclimation removed because non typical from field conditions.
2213,J.-F. Le Galliard,Anolis_barkeri,Anolis_barkeri,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Los Tuxtlas, Veracruz, Mexico",18.441520,-95.203140,180,Publication,1,7,2016,30,11,2016,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_1,TEWL,mg/g/h,Keep,14.738,Dataset,3.527,SD,Sample error,9,57.95,NA,Lizard,5.182,1.57,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2229,J.-F. Le Galliard,Anolis_barkeri,Anolis_barkeri,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Los Tuxtlas, Veracruz, Mexico",18.441520,-95.203140,180,Publication,1,7,2016,30,11,2016,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_1,TEWL,mg/h,Keep,76.667,Dataset,29.580,SD,Sample error,9,57.95,NA,Lizard,5.182,1.57,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2222,J.-F. Le Galliard,Anolis_gadovii,Anolis_gadovii,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_10,TEWL,mg/g/h,Keep,2.240,Dataset,1.097,SD,Sample error,6,67.22,NA,Lizard,7.504,2.91,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2238,J.-F. Le Galliard,Anolis_gadovii,Anolis_gadovii,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_10,TEWL,mg/h,Keep,16.833,Dataset,7.705,SD,Sample error,6,67.22,NA,Lizard,7.504,2.91,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2223,J.-F. Le Galliard,Lepidophyma_gaigeae,Lepidophyma_gaigeae,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Jalpan de Serra, Queretaro, Mexico",21.219030,-99.471430,1015,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_11,TEWL,mg/g/h,Keep,2.927,Dataset,1.198,SD,Sample error,4,49.42,NA,Lizard,2.313,0.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2239,J.-F. Le Galliard,Lepidophyma_gaigeae,Lepidophyma_gaigeae,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Jalpan de Serra, Queretaro, Mexico",21.219030,-99.471430,1015,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_11,TEWL,mg/h,Keep,6.500,Dataset,1.915,SD,Sample error,4,49.42,NA,Lizard,2.313,0.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2224,J.-F. Le Galliard,Lepidophyma_inagoi,Lepidophyma_inagoi,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_12,TEWL,mg/g/h,Keep,1.830,Dataset,0.071,SD,Sample error,2,94.10,NA,Lizard,19.311,2.73,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2240,J.-F. Le Galliard,Lepidophyma_inagoi,Lepidophyma_inagoi,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_12,TEWL,mg/h,Keep,35.500,Dataset,6.364,SD,Sample error,2,94.10,NA,Lizard,19.311,2.73,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2225,J.-F. Le Galliard,Lepidophyma_pajapanense,Lepidophyma_pajapanensis,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Los Tuxtlas, Veracruz, Mexico",18.441520,-95.203140,180,Publication,1,7,2016,30,11,2016,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_13,TEWL,mg/g/h,Keep,6.682,Dataset,4.091,SD,Sample error,4,74.44,NA,Lizard,9.217,1.39,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2241,J.-F. Le Galliard,Lepidophyma_pajapanense,Lepidophyma_pajapanensis,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Los Tuxtlas, Veracruz, Mexico",18.441520,-95.203140,180,Publication,1,7,2016,30,11,2016,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_13,TEWL,mg/h,Keep,57.500,Dataset,29.861,SD,Sample error,4,74.44,NA,Lizard,9.217,1.39,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2226,J.-F. Le Galliard,Phyllodactylus_delcampoi,Phyllodactylus_delcampoi,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_14,TEWL,mg/g/h,Keep,2.437,Dataset,0.651,SD,Sample error,4,88.77,NA,Lizard,13.589,3.19,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2242,J.-F. Le Galliard,Phyllodactylus_delcampoi,Phyllodactylus_delcampoi,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_14,TEWL,mg/h,Keep,32.250,Dataset,2.754,SD,Sample error,4,88.77,NA,Lizard,13.589,3.19,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2227,J.-F. Le Galliard,Sceloporus_stejnegeri,Sceloporus_stejnegeri,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_15,TEWL,mg/g/h,Keep,7.725,Dataset,1.280,SD,Sample error,4,86.85,NA,Lizard,23.524,5.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2243,J.-F. Le Galliard,Sceloporus_stejnegeri,Sceloporus_stejnegeri,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_15,TEWL,mg/h,Keep,186.250,Dataset,68.651,SD,Sample error,4,86.85,NA,Lizard,23.524,5.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2228,J.-F. Le Galliard,Xenosaurus_newmanorum,Xenosaurus_newmanorum,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Xilitla, San Luis Potosi, Mexico",21.384170,-98.992170,687,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_16,TEWL,mg/g/h,Keep,4.603,Dataset,0.579,SD,Sample error,3,88.13,NA,Lizard,18.038,12.07,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2244,J.-F. Le Galliard,Xenosaurus_newmanorum,Xenosaurus_newmanorum,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Xilitla, San Luis Potosi, Mexico",21.384170,-98.992170,687,Publication,1,7,2017,30,11,2017,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_16,TEWL,mg/h,Keep,86.000,Dataset,62.193,SD,Sample error,3,88.13,NA,Lizard,18.038,12.07,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2214,J.-F. Le Galliard,Anolis_gadovii,Anolis_gadovii,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_2,TEWL,mg/g/h,Keep,2.889,Dataset,1.262,SD,Sample error,11,61.22,NA,Lizard,5.676,1.11,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2230,J.-F. Le Galliard,Anolis_gadovii,Anolis_gadovii,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_2,TEWL,mg/h,Keep,15.545,Dataset,5.502,SD,Sample error,11,61.22,NA,Lizard,5.676,1.11,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2215,J.-F. Le Galliard,Lepidophyma_gaigeae,Lepidophyma_gaigeae,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Jalpan de Serra, Queretaro, Mexico",21.219030,-99.471430,1015,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_3,TEWL,mg/g/h,Keep,4.513,Dataset,2.508,SD,Sample error,6,53.97,NA,Lizard,2.815,0.44,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2231,J.-F. Le Galliard,Lepidophyma_gaigeae,Lepidophyma_gaigeae,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Jalpan de Serra, Queretaro, Mexico",21.219030,-99.471430,1015,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_3,TEWL,mg/h,Keep,12.667,Dataset,7.367,SD,Sample error,6,53.97,NA,Lizard,2.815,0.44,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2216,J.-F. Le Galliard,Lepidophyma_inagoi,Lepidophyma_inagoi,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_4,TEWL,mg/g/h,Keep,4.222,Dataset,2.029,SD,Sample error,9,68.52,NA,Lizard,7.380,6.58,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2232,J.-F. Le Galliard,Lepidophyma_inagoi,Lepidophyma_inagoi,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_4,TEWL,mg/h,Keep,28.000,Dataset,22.074,SD,Sample error,9,68.52,NA,Lizard,7.380,6.58,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2217,J.-F. Le Galliard,Lepidophyma_pajapanense,Lepidophyma_pajapanensis,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Los Tuxtlas, Veracruz, Mexico",18.441520,-95.203140,180,Publication,1,7,2016,30,11,2016,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_5,TEWL,mg/g/h,Keep,7.660,Dataset,3.732,SD,Sample error,4,73.25,NA,Lizard,8.930,0.62,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2233,J.-F. Le Galliard,Lepidophyma_pajapanense,Lepidophyma_pajapanensis,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Los Tuxtlas, Veracruz, Mexico",18.441520,-95.203140,180,Publication,1,7,2016,30,11,2016,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_5,TEWL,mg/h,Keep,67.500,Dataset,32.015,SD,Sample error,4,73.25,NA,Lizard,8.930,0.62,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2218,J.-F. Le Galliard,Phyllodactylus_delcampoi,Phyllodactylus_delcampoi,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_6,TEWL,mg/g/h,Keep,2.231,Dataset,0.897,SD,Sample error,9,83.30,NA,Lizard,11.980,2.73,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2234,J.-F. Le Galliard,Phyllodactylus_delcampoi,Phyllodactylus_delcampoi,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_6,TEWL,mg/h,Keep,25.889,Dataset,8.418,SD,Sample error,9,83.30,NA,Lizard,11.980,2.73,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2219,J.-F. Le Galliard,Sceloporus_stejnegeri,Sceloporus_stejnegeri,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_7,TEWL,mg/g/h,Keep,6.302,Dataset,0.913,SD,Sample error,5,76.36,NA,Lizard,15.519,3.50,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2235,J.-F. Le Galliard,Sceloporus_stejnegeri,Sceloporus_stejnegeri,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Palo Gordo, Guerrero, Mexico",17.156030,-99.549000,165,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_7,TEWL,mg/h,Keep,99.000,Dataset,31.805,SD,Sample error,5,76.36,NA,Lizard,15.519,3.50,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2220,J.-F. Le Galliard,Xenosaurus_newmanorum,Xenosaurus_newmanorum,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Xilitla, San Luis Potosi, Mexico",21.384170,-98.992170,687,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_8,TEWL,mg/g/h,Keep,4.885,Dataset,0.902,SD,Sample error,6,105.45,NA,Lizard,23.565,2.77,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2236,J.-F. Le Galliard,Xenosaurus_newmanorum,Xenosaurus_newmanorum,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Xilitla, San Luis Potosi, Mexico",21.384170,-98.992170,687,Publication,1,7,2017,30,11,2017,Females,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_8,TEWL,mg/h,Keep,114.667,Dataset,21.444,SD,Sample error,6,105.45,NA,Lizard,23.565,2.77,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2221,J.-F. Le Galliard,Anolis_barkeri,Anolis_barkeri,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Los Tuxtlas, Veracruz, Mexico",18.441520,-95.203140,180,Publication,1,7,2016,30,11,2016,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_9,TEWL,mg/g/h,Keep,12.272,Dataset,3.379,SD,Sample error,11,74.34,NA,Lizard,8.320,3.97,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2237,J.-F. Le Galliard,Anolis_barkeri,Anolis_barkeri,http://www.herpconbio.org/Volume_14/Issue_1/Munoz-Nolasco_etal_2019.pdf,2018,Wild population,"Los Tuxtlas, Veracruz, Mexico",18.441520,-95.203140,180,Publication,1,7,2016,30,11,2016,Males,Both age classes,Controls,NA,2,Loss of body mass,3.193,26.0,NA,26.10,15000.0,FlowFlask,12.70,1.00,No,NA,Munoz-Nolasco_HerpConsBiol_2018_9,TEWL,mg/h,Keep,94.545,Dataset,38.305,SD,Sample error,11,74.34,NA,Lizard,8.320,3.97,SD,NA,High quality data extracted from dataset,High quality,Usable data,Total water loss calculated from mass loss in low dry air at 26�C two days after capture with a high flow rate confirmed by author. Wild animals. Data from Table A2 where are raw values are provided. Measurements in dry air assumed at 5% RH. Chamber characteristics communicated by the contact author: a flask of 1 L with an internal diameter of 12.7 cm and a height of 24 cm.
2157,R. Gavira,Callisaurus_draconoides,Callisaurus_draconoides,doi: 10.1016/0300-9629(72)90147-8,1972,Wild population,"Pisgah Crater, CA, USA",34.745380,-116.375320,770,Publication,NA,4,1966,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,2.715,30.0,NA,NA,0.0,VentilatedBox,NA,1080.00,No,Animals kept with no food neither water for a long period (vital limit),Munsey_CBP_1972_1,TEWL,mg/g/h,Keep,0.400,Table,0.024,SE,Sample error,7,NA,NA,Lizard,12.71,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Animals kept with no food neither water for a long period (vital limit)
2158,R. Gavira,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,doi: 10.1016/0300-9629(72)90147-8,1972,Wild population,"Pisgah Crater, CA, USA",34.745380,-116.375320,770,Publication,NA,4,1966,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,2.715,30.0,NA,NA,0.0,VentilatedBox,NA,1080.00,No,Animals kept with no food neither water for a long period (vital limit),Munsey_CBP_1972_2,TEWL,mg/g/h,Keep,0.370,Table,0.025,SE,Sample error,10,NA,NA,Lizard,47.92,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Water loss examined for several species in still, relatively dry air at constant temperature from mass loss of animals during several days (dessication to death test). All data reported in Table 2 in addition to graphs showing temporal trends. EWL was estimated for keeping the animals many days (14 to 45 d) with no water and food, However, it probably does not compromise the results since the slopes of mass loss were nearly constant throughout the experiment."
2159,R. Gavira,Uma_scoparia,Uma_scoparia,doi: 10.1016/0300-9629(72)90147-8,1972,Wild population,"Pisgah Crater, CA, USA",34.745380,-116.375320,770,Publication,NA,4,1966,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,2.715,30.0,NA,NA,0.0,VentilatedBox,NA,1080.00,No,Animals kept with no food neither water for a long period (vital limit),Munsey_CBP_1972_3,TEWL,mg/g/h,Keep,0.410,Table,0.008,SE,Sample error,4,NA,NA,Lizard,24.94,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Water loss examined for several species in still, relatively dry air at constant temperature from mass loss of animals during several days (dessication to death test). All data reported in Table 2 in addition to graphs showing temporal trends. EWL was estimated for keeping the animals many days (14 to 45 d) with no water and food, However, it probably does not compromise the results since the slopes of mass loss were nearly constant throughout the experiment."
2160,R. Gavira,Cnemidophorus_tigris,Aspidoscelis_tigris,doi: 10.1016/0300-9629(72)90147-8,1972,Wild population,"Pisgah Crater, CA, USA",34.745380,-116.375320,770,Publication,NA,4,1966,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,2.715,30.0,NA,NA,0.0,VentilatedBox,NA,1008.00,No,Animals kept with no food neither water for a long period (vital limit),Munsey_CBP_1972_4,TEWL,mg/g/h,Keep,0.580,Table,0.028,SE,Sample error,6,NA,NA,Lizard,21.17,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Water loss examined for several species in still, relatively dry air at constant temperature from mass loss of animals during several days (dessication to death test). All data reported in Table 2 in addition to graphs showing temporal trends. EWL was estimated for keeping the animals many days (14 to 45 d) with no water and food, However, it probably does not compromise the results since the slopes of mass loss were nearly constant throughout the experiment."
2161,R. Gavira,Sceloporus_occidentalis,Sceloporus_occidentalis,doi: 10.1016/0300-9629(72)90147-8,1972,Wild population,"Santa Ana mountains, CA, USA",33.750480,-117.542260,1024,Publication,NA,4,1966,NA,NA,NA,Both sexes,Adults,Controls,NA,NA,Loss of body mass,2.715,30.0,NA,NA,0.0,VentilatedBox,NA,336.00,No,Animals kept with no food neither water for a long period (vital limit),Munsey_CBP_1972_5,TEWL,mg/g/h,Keep,1.340,Table,0.047,SE,Sample error,5,NA,NA,Lizard,11.27,NA,NA,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Water loss examined for several species in still, relatively dry air at constant temperature from mass loss of animals during several days (dessication to death test). All data reported in Table 2 in addition to graphs showing temporal trends. EWL was estimated for keeping the animals many days (14 to 45 d) with no water and food, However, it probably does not compromise the results since the slopes of mass loss were nearly constant throughout the experiment."
2123,R. Gavira,Eremias_lugubris,Heliobolus_lugubris,doi: 10.2307/1941421,1984,Wild population,"Twee Rivieren, Kalahari Gemsbok National Park, South Africa",-26.384160,20.672750,895,Publication,NA,11,1981,NA,11,1981,Both sexes,Adults,Controls,NA,NA,Doubly labeled water,NA,27.0,NA,NA,NA,Nochamber,NA,540.00,Yes,NA,Nagy_Ecology_1984_1,TEWL,mg/h,Keep,9.625,Table,0.500,SE,Sample error,18,NA,NA,Lizard,3.83,1.02,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/day) were divided by 24 and multiplied by 1000 to be expressed as: mg/h, Temperature estimated by the mean temperature during the experiment.. Data excluded because of DWL technique = non standard measurement."
2124,R. Gavira,Eremias_lineoocellata,Pedioplanis_lineoocellata,doi: 10.2307/1941421,1984,Wild population,"Twee Rivieren, Kalahari Gemsbok National Park, South Africa",-26.384160,20.672750,895,Publication,NA,11,1981,NA,11,1981,Both sexes,Adults,Controls,NA,NA,Doubly labeled water,NA,27.0,NA,NA,NA,Nochamber,NA,540.00,Yes,NA,Nagy_Ecology_1984_2,TEWL,mg/h,Keep,5.833,Table,0.300,SE,Sample error,16,NA,NA,Lizard,3.27,1.12,SD,NA,"High quality data extracted from table, field active animals",High quality,Not usable data,"Doubly-labeled measurements in field active animals. Data are estimated from free-ranging lizards (doubly labeled water method), it implies that animals were active, feeding and drinking water in the field. Data in the paper (ml/day) were divided by 24 and multiplied by 1000 to be expressed as: mg/h, Temperature estimated by the mean temperature during the experiment.. Data excluded because of DWL technique = non standard measurement."
1430,F. Brischoux,Angolosaurus_skoogi,Gerrhosaurus_skoogi,10.2307/2389535 ,1991,Wild population,"Huab River, Namibia",-20.316670,14.216670,493,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,NA,NA,NA,NA,0.0,Nochamber,NA,24.00,No,Buried in sand for 24h,Nagy_FunctEcol_1991_1,TEWL,mg/h,Keep,10.458,Text,0.140,Range,Sample error,6,NA,NA,Lizard,31.1,NA,NA,NA,"Low quality data extracted from main text, buried animals",Low quality,Usable data,Water loss from mass change of animals buried in sand without data on environmental conditions during a 24h period of rest. Similar data in another desert dwelling species were retained so these data could be considered valid despite the non-standard conditions. Loss of 0.251g (range 0.177-0.314) per 24h while buried in sand
314,J.-F. Le Galliard,Sphaerodactylus_gaigeae,Sphaerodactylus_gaigeae,https://digitalcommons.utep.edu/dissertations/AAIEP10593,2004,Wild population,"Florida, Puerto Rico",18.366170,-66.561080,267.7,GPS visualizer,9,8,2003,8,1,2004,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,NA,NA,NA,50.0,FlowChamber,NA,1.00,No,NA,Nava_MscThesis_2004_1,TEWL,mg/g/h,Keep,80.600,Table,40.200,SE,Sample error,10,NA,NA,Lizard,0.35,0.01,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a flow-through chamber at 50 cm3 per hour with dry air during one hour after a week acclimation in the lab. No data on temperature conditions
315,J.-F. Le Galliard,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,https://digitalcommons.utep.edu/dissertations/AAIEP10593,2004,Wild population,"Roosevelt Roads Navy Base, Puerto Rico",18.252330,-65.619500,0,GPS visualizer,9,8,2003,8,1,2004,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,NA,NA,NA,50.0,FlowChamber,NA,1.00,No,NA,Nava_MscThesis_2004_2,TEWL,mg/g/h,Keep,71.000,Table,34.200,SE,Sample error,10,NA,NA,Lizard,0.44,0.02,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a flow-through chamber at 50 cm3 per hour with dry air during one hour after a week acclimation in the lab. No data on temperature conditions
316,J.-F. Le Galliard,Sphaerodactylus_townsendi,Sphaerodactylus_townsendi,https://digitalcommons.utep.edu/dissertations/AAIEP10593,2004,Wild population,"San Juan Nature Preserve, Puerto Rico",18.380000,-65.620000,11.1,GPS visualizer,9,8,2003,8,1,2004,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,NA,NA,NA,50.0,FlowChamber,NA,1.00,No,NA,Nava_MscThesis_2004_3,TEWL,mg/g/h,Keep,61.830,Table,28.770,SE,Sample error,10,NA,NA,Lizard,0.3,0.02,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a flow-through chamber at 50 cm3 per hour with dry air during one hour after a week acclimation in the lab. No data on temperature conditions
317,J.-F. Le Galliard,Sphaerodactylus_gaigeae,Sphaerodactylus_gaigeae,https://digitalcommons.utep.edu/dissertations/AAIEP10593,2004,Wild population,"Humacao, Puerto Rico",18.131660,-65.823330,31,GPS visualizer,9,8,2003,8,1,2004,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,NA,NA,NA,50.0,FlowChamber,NA,1.00,No,NA,Nava_MscThesis_2004_4,TEWL,mg/g/h,Keep,103.960,Table,4.880,SE,Sample error,8,NA,NA,Lizard,0.35,0.02,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a flow-through chamber at 50 cm3 per hour with dry air during one hour after a week acclimation in the lab. No data on temperature conditions
318,J.-F. Le Galliard,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,https://digitalcommons.utep.edu/dissertations/AAIEP10593,2004,Wild population,"Humacao, Puerto Rico",18.131660,-65.823330,31,GPS visualizer,9,8,2003,8,1,2004,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,NA,NA,NA,50.0,FlowChamber,NA,1.00,No,NA,Nava_MscThesis_2004_5,TEWL,mg/g/h,Keep,70.830,Table,5.290,SE,Sample error,10,NA,NA,Lizard,0.45,0.04,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a flow-through chamber at 50 cm3 per hour with dry air during one hour after a week acclimation in the lab. No data on temperature conditions
319,J.-F. Le Galliard,Sphaerodactylus_townsendi,Sphaerodactylus_townsendi,https://digitalcommons.utep.edu/dissertations/AAIEP10593,2004,Wild population,"Humacao, Puerto Rico",18.131660,-65.823330,31,GPS visualizer,9,8,2003,8,1,2004,Not specified,Not specified,Controls,NA,7,Loss of body mass,NA,NA,NA,NA,50.0,FlowChamber,NA,1.00,No,NA,Nava_MscThesis_2004_6,TEWL,mg/g/h,Keep,42.760,Table,5.180,SE,Sample error,7,NA,NA,Lizard,0.3,0.02,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in a flow-through chamber at 50 cm3 per hour with dry air during one hour after a week acclimation in the lab. No data on temperature conditions
742,T. Van Dooren,Oligosoma_fallai,Oligosoma_fallai,DOI: 10.2307/1566176,2002,Laboratory housing,"Three Kings Islands, New Zealand",-34.157770,172.138330,210.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,28,Loss of body mass,1.894,22.6,NA,NA,0.0,SealedBox,NA,0.50,No,Wet acclimation,Neilson_JHerp_2002_1,TEWL,mg/g/h,Keep,1.210,Table,0.140,SE,Sample error,6,NA,NA,Lizard,24.99,5.69,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Animals captured from the field or maintained in semi-natural outdoor conditions. Water loss measured from mass loss in a chamber with dry air at constant temperature and RH. Animals anesthesized during the whole process. Data from Table 1. TEWL_measured_in_MettlerAE200_with_closed_cabinet_anesthesized. Wet conditions from acclimation experiment considered as normal, data kept."
743,T. Van Dooren,Oligosoma_homalonotum,Oligosoma_homalonotum,DOI: 10.2307/1566176,2002,Laboratory housing,"Great Barrier Island, New Zealand",-36.208770,175.422940,169.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,28,Loss of body mass,1.894,22.6,NA,NA,0.0,SealedBox,NA,0.50,No,Wet acclimation,Neilson_JHerp_2002_2,TEWL,mg/g/h,Keep,1.300,Table,0.110,SE,Sample error,5,NA,NA,Lizard,39.19,4.49,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Animals captured from the field or maintained in semi-natural outdoor conditions. Water loss measured from mass loss in a chamber with dry air at constant temperature and RH. Animals anesthesized during the whole process. Data from Table 1. TEWL_measured_in_MettlerAE200_with_closed_cabinet_anesthesized. Wet conditions from acclimation experiment considered as normal, data kept."
746,T. Van Dooren,Oligosoma_homalonotum,Oligosoma_homalonotum,DOI: 10.2307/1566176,2002,Laboratory housing,"Great Barrier Island, New Zealand",-36.208770,175.422940,169.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Wet then dry acclimation,28,Loss of body mass,1.894,22.6,NA,NA,0.0,SealedBox,NA,0.50,No,Wet then dry acclimation,Neilson_JHerp_2002_2,TEWL,mg/g/h,Keep,1.550,Table,0.010,SE,Sample error,5,NA,NA,Lizard,39.19,4.49,SE,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Animals captured from the field or maintained in semi-natural outdoor conditions. Water loss measured from mass loss in a chamber with dry air at constant temperature and RH. Animals anesthesized during the whole process. Data from Table 2. TEWL_measured_in_MettlerAE200_with_closed_cabinet_anesthesized_same group_in_two_treatments13/03/2019 Data removed because animals were maintained under manipulated, non standard conditions."
744,T. Van Dooren,Oligosoma_infrapunctatum,Oligosoma_infrapunctatum,DOI: 10.2307/1566176,2002,Wild population,"Moutohora, New-Zealand",-37.855220,176.972770,274.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,28,Loss of body mass,1.894,22.6,NA,NA,0.0,SealedBox,NA,0.50,No,Wet acclimation,Neilson_JHerp_2002_3,TEWL,mg/g/h,Keep,1.740,Table,0.070,SE,Sample error,3,NA,NA,Lizard,5.97,0.24,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Animals captured from the field or maintained in semi-natural outdoor conditions. Water loss measured from mass loss in a chamber with dry air at constant temperature and RH. Animals anesthesized during the whole process. Data from Table 1. TEWL_measured_in_MettlerAE200_with_closed_cabinet_anesthesized.  Wet conditions from acclimation experiment considered as normal, data kept."
745,T. Van Dooren,Oligosoma_striatum,Oligosoma_striatum,DOI: 10.2307/1566176,2002,Laboratory housing,"New Plymouth, New Zealand",-39.064220,174.074160,30.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,28,Loss of body mass,1.894,22.6,NA,NA,0.0,SealedBox,NA,0.50,No,Wet acclimation,Neilson_JHerp_2002_4,TEWL,mg/g/h,Keep,2.230,Table,0.150,SE,Sample error,8,NA,NA,Lizard,7.49,0.31,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"Animals captured from the field or maintained in semi-natural outdoor conditions. Water loss measured from mass loss in a chamber with dry air at constant temperature and RH. Animals anesthesized during the whole process. Data from Table 1. TEWL_measured_in_MettlerAE200_with_closed_cabinet_anesthesized_same group_in_two_treatments.  Wet conditions from acclimation experiment considered as normal, data kept."
747,T. Van Dooren,Oligosoma_striatum,Oligosoma_striatum,DOI: 10.2307/1566176,2002,Laboratory housing,"New Plymouth, New Zealand",-39.064220,174.074160,30.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Wet then dry acclimation,28,Loss of body mass,1.894,22.6,NA,NA,0.0,SealedBox,NA,0.50,No,Wet then dry acclimation,Neilson_JHerp_2002_4,TEWL,mg/g/h,Keep,2.230,Table,0.110,SE,Sample error,8,NA,NA,Lizard,7.49,0.31,SE,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Animals captured from the field or maintained in semi-natural outdoor conditions. Water loss measured from mass loss in a chamber with dry air at constant temperature and RH. Animals anesthesized during the whole process. Data from Table 2. TEWL_measured_in_MettlerAE200_with_closed_cabinet_anesthesized_same group_in_two_treatments. Data removed because animals were maintained under manipulated, non standard conditions."
2320,M.A. Carretero,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Ribnica, Velike Bele stene, Slovenia",45.675300,14.708200,980,Publication,10,7,2011,10,7,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Osojnik_Herpetologica_2013_1,TEWL,mg/h,Keep,8.731,Dataset,1.689,SE,Sample error,7,53.88,NA,Lizard,3.22,0.38,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals maintained for at max 8 days with food for acclimation in the laboratory. Water loss calculated from body mass loss during 12 hours at a constant temperature in a semi-sealed box maintained at low humidity with silica gel (ca 30%). Water loss calculated from cumulative mass loss during 12 hours. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2324,M.A. Carretero,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Ribnica, Velike Bele stene, Slovenia",45.675300,14.708200,980,Publication,10,7,2011,10,7,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Osojnik_Herpetologica_2013_1,TEWL,%/h,Keep,0.302,Dataset,0.045,SE,Sample error,7,53.88,NA,Lizard,3.22,0.38,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals maintained for at max 8 days with food for acclimation in the laboratory. Water loss calculated from body mass loss during 12 hours at a constant temperature in a semi-sealed box maintained at low humidity with silica gel (ca 30%). Water loss calculated from cumulative mass loss during 12 hours. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2321,M.A. Carretero,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Ribnica, Velike Bele stene, Slovenia",45.675300,14.708200,980,Publication,10,7,2011,10,7,2011,Females,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Osojnik_Herpetologica_2013_2,TEWL,mg/h,Keep,10.776,Dataset,1.038,SE,Sample error,9,58.57,NA,Lizard,3.74,0.19,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals maintained for at max 8 days with food for acclimation in the laboratory. Water loss calculated from body mass loss during 12 hours at a constant temperature in a semi-sealed box maintained at low humidity with silica gel (ca 30%). Water loss calculated from cumulative mass loss during 12 hours. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2325,M.A. Carretero,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Ribnica, Velike Bele stene, Slovenia",45.675300,14.708200,980,Publication,10,7,2011,10,7,2011,Females,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Osojnik_Herpetologica_2013_2,TEWL,%/h,Keep,0.312,Dataset,0.023,SE,Sample error,9,58.57,NA,Lizard,3.74,0.19,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals maintained for at max 8 days with food for acclimation in the laboratory. Water loss calculated from body mass loss during 12 hours at a constant temperature in a semi-sealed box maintained at low humidity with silica gel (ca 30%). Water loss calculated from cumulative mass loss during 12 hours. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2322,M.A. Carretero,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Ribnica, Velike Bele stene, Slovenia",45.675300,14.708200,980,Publication,13,7,2011,15,7,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Osojnik_Herpetologica_2013_3,TEWL,mg/h,Keep,15.049,Dataset,2.516,SE,Sample error,7,54.36,NA,Lizard,3.93,0.44,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals maintained for at max 8 days with food for acclimation in the laboratory. Water loss calculated from body mass loss during 12 hours at a constant temperature in a semi-sealed box maintained at low humidity with silica gel (ca 30%). Water loss calculated from cumulative mass loss during 12 hours. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2326,M.A. Carretero,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Ribnica, Velike Bele stene, Slovenia",45.675300,14.708200,980,Publication,13,7,2011,15,7,2011,Males,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Osojnik_Herpetologica_2013_3,TEWL,%/h,Keep,0.411,Dataset,0.051,SE,Sample error,7,54.36,NA,Lizard,3.93,0.44,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals maintained for at max 8 days with food for acclimation in the laboratory. Water loss calculated from body mass loss during 12 hours at a constant temperature in a semi-sealed box maintained at low humidity with silica gel (ca 30%). Water loss calculated from cumulative mass loss during 12 hours. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2323,M.A. Carretero,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Ribnica, Velike Bele stene, Slovenia",45.675300,14.708200,980,Publication,11,7,2011,17,7,2011,Females,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Osojnik_Herpetologica_2013_4,TEWL,mg/h,Keep,11.961,Dataset,1.170,SE,Sample error,9,57.68,NA,Lizard,3.5661,0.1727,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals maintained for at max 8 days with food for acclimation in the laboratory. Water loss calculated from body mass loss during 12 hours at a constant temperature in a semi-sealed box maintained at low humidity with silica gel (ca 30%). Water loss calculated from cumulative mass loss during 12 hours. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2327,M.A. Carretero,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Ribnica, Velike Bele stene, Slovenia",45.675300,14.708200,980,Publication,11,7,2011,17,7,2011,Females,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Osojnik_Herpetologica_2013_4,TEWL,%/h,Keep,0.361,Dataset,0.023,SE,Sample error,9,57.68,NA,Lizard,3.5661,0.1727,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals maintained for at max 8 days with food for acclimation in the laboratory. Water loss calculated from body mass loss during 12 hours at a constant temperature in a semi-sealed box maintained at low humidity with silica gel (ca 30%). Water loss calculated from cumulative mass loss during 12 hours. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
890,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,1.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.270,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
891,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,2.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.290,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
892,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,3.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.300,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
893,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,4.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.283,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
894,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,5.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.296,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
895,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.313,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
896,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,7.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.314,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
897,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.310,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
898,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,9.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.312,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
899,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,10.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.310,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
900,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,11.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.309,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
901,T. Van Dooren,Iberolacerta_horvathi,Iberolacerta_horvathi,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Osojnik_Herpetologica_2013_5,TEWL,%/h,Keep,0.308,Table,NA,NA,NA,16,54.15,NA,Lizard,3.512,0.273,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
876,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,1.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.380,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
877,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,2.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.340,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
878,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,3.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.340,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
879,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,4.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.350,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
880,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,5.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.360,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
881,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.373,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
882,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,7.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.377,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
883,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.390,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
884,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,9.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.400,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
885,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,10.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.396,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
886,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,11.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.395,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
887,T. Van Dooren,Podarcis_muralis,Podarcis_muralis,doi: 10.1655/HERPETOLOGICA-D-13-00014,2013,Wild population,"Kocevsko, Croatia",45.476940,14.809440,836,Publication,NA,7,2011,NA,8,2011,Both sexes,Not specified,Controls,NA,8,Loss of body mass,2.059,25.0,NA,NA,0.0,VentilatedBox,NA,12.00,Not specified,NA,Osojnik_Herpetologica_2013_6,TEWL,%/h,Keep,0.384,Table,NA,NA,NA,17,54.12,NA,Lizard,3.725,0.29,SE,NA,Medium quality data extracted from table,Medium quality,Usable data,"WL measured after a maximum period of 8 days in the laboratory from field captured animals of two species in sympatry. WL measured from body mass change in small plastic boxes maintained in dry conditions and controlled temperature. Values calculated either during the entire period of ca. 11 hours or per hour. Body mass not reported in the main text. Data from Table 2 and Figure 3. RH are upper limits, assume bars in fig are sd. Body mass from weigthed means of dataset by Carretero."
2207,J.-F. Le Galliard,Sceloporus_consobrinus,Sceloporus_consobrinus,DOI: 10.1007/s00360-018-1156-3,2018,Wild population,"Wichita Mountains Wildlife Refuge, USA",34.732840,-98.713190,508.9,GPS visualizer,NA,NA,2014,NA,NA,2016,Males,Adults,Controls,NA,NA,Flux chamber,NA,23.9,NA,NA,0.0,FlowChamber,NA,0.02,No,VapoMeter set-up,Oufiero_JCP_2018_1,CWL,mg/cm2/h,Keep,1.542,Figure,0.144,SE,Sample error,10,NA,NA,Lizard,NA,NA,NA,NA,"Medium quality data extracted from figure, skin surface water loss",Medium quality,Usable data,"Cutaneaous water loss tested for 3 years in 2 different conditions first at ambiant temperatures then after 2 hours of acclimation at high temperatures. Data reported in one graph without information on mass and total water loss, use of the VapoMeter system. Errors calculated from confidence intervals assuming gaussian distribution. No data on body mass and surface area."
2210,J.-F. Le Galliard,Sceloporus_consobrinus,Sceloporus_consobrinus,DOI: 10.1007/s00360-018-1156-3,2018,Wild population,"Wichita Mountains Wildlife Refuge, USA",34.732840,-98.713190,508.9,GPS visualizer,NA,NA,2014,NA,NA,2016,Males,Adults,Acclimation manipulation,High temperature acclimation,NA,Flux chamber,NA,35.0,NA,NA,0.0,FlowChamber,NA,0.02,No,VapoMeter set-up,Oufiero_JCP_2018_1,CWL,mg/cm2/h,Keep,1.247,Figure,0.122,SE,Sample error,10,NA,NA,Lizard,NA,NA,NA,NA,"Medium quality data extracted from figure, manipulated animals, skin surface water loss",Medium quality,Not usable data,"Cutaneaous water loss tested for 3 years in 2 different conditions first at ambiant temperatures then after 2 hours of acclimation at high temperatures. Data reported in one graph without information on mass and total water loss, use of the VapoMeter system. Errors calculated from confidence intervals assuming gaussian distribution. No data on body mass and surface area."
2208,J.-F. Le Galliard,Sceloporus_consobrinus,Sceloporus_consobrinus,DOI: 10.1007/s00360-018-1156-3,2018,Wild population,"Wichita Mountains Wildlife Refuge, USA",34.732840,-98.713190,508.9,GPS visualizer,NA,NA,2014,NA,NA,2016,Males,Adults,Controls,NA,NA,Flux chamber,NA,23.9,NA,NA,0.0,FlowChamber,NA,0.02,No,VapoMeter set-up,Oufiero_JCP_2018_2,CWL,mg/cm2/h,Keep,1.258,Figure,0.157,SE,Sample error,10,NA,NA,Lizard,NA,NA,NA,NA,"Medium quality data extracted from figure, skin surface water loss",Medium quality,Usable data,"Cutaneaous water loss tested for 3 years in 2 different conditions first at ambiant temperatures then after 2 hours of acclimation at high temperatures. Data reported in one graph without information on mass and total water loss, use of the VapoMeter system. Errors calculated from confidence intervals assuming gaussian distribution. No data on body mass and surface area."
2211,J.-F. Le Galliard,Sceloporus_consobrinus,Sceloporus_consobrinus,DOI: 10.1007/s00360-018-1156-3,2018,Wild population,"Wichita Mountains Wildlife Refuge, USA",34.732840,-98.713190,508.9,GPS visualizer,NA,NA,2014,NA,NA,2016,Males,Adults,Acclimation manipulation,High temperature acclimation,NA,Flux chamber,NA,35.0,NA,NA,0.0,FlowChamber,NA,0.02,No,VapoMeter set-up,Oufiero_JCP_2018_2,CWL,mg/cm2/h,Keep,0.393,Figure,0.144,SE,Sample error,10,NA,NA,Lizard,NA,NA,NA,NA,"Medium quality data extracted from figure, manipulated animals, skin surface water loss",Medium quality,Not usable data,"Cutaneaous water loss tested for 3 years in 2 different conditions first at ambiant temperatures then after 2 hours of acclimation at high temperatures. Data reported in one graph without information on mass and total water loss, use of the VapoMeter system. Errors calculated from confidence intervals assuming gaussian distribution. No data on body mass and surface area."
2209,J.-F. Le Galliard,Sceloporus_consobrinus,Sceloporus_consobrinus,DOI: 10.1007/s00360-018-1156-3,2018,Wild population,"Wichita Mountains Wildlife Refuge, USA",34.732840,-98.713190,508.9,GPS visualizer,NA,NA,2014,NA,NA,2016,Males,Adults,Controls,NA,NA,Flux chamber,NA,23.9,NA,NA,0.0,FlowChamber,NA,0.02,No,VapoMeter set-up,Oufiero_JCP_2018_3,CWL,mg/cm2/h,Keep,0.842,Figure,0.111,SE,Sample error,10,NA,NA,Lizard,NA,NA,NA,NA,"Medium quality data extracted from figure, skin surface water loss",Medium quality,Usable data,"Cutaneaous water loss tested for 3 years in 2 different conditions first at ambiant temperatures then after 2 hours of acclimation at high temperatures. Data reported in one graph without information on mass and total water loss, use of the VapoMeter system. Errors calculated from confidence intervals assuming gaussian distribution. No data on body mass and surface area."
2212,J.-F. Le Galliard,Sceloporus_consobrinus,Sceloporus_consobrinus,DOI: 10.1007/s00360-018-1156-3,2018,Wild population,"Wichita Mountains Wildlife Refuge, USA",34.732840,-98.713190,508.9,GPS visualizer,NA,NA,2014,NA,NA,2016,Males,Adults,Acclimation manipulation,High temperature acclimation,NA,Flux chamber,NA,35.0,NA,NA,0.0,FlowChamber,NA,0.02,No,VapoMeter set-up,Oufiero_JCP_2018_3,CWL,mg/cm2/h,Keep,0.285,Figure,0.134,SE,Sample error,10,NA,NA,Lizard,NA,NA,NA,NA,"Medium quality data extracted from figure, manipulated animals, skin surface water loss",Medium quality,Not usable data,"Cutaneaous water loss tested for 3 years in 2 different conditions first at ambiant temperatures then after 2 hours of acclimation at high temperatures. Data reported in one graph without information on mass and total water loss, use of the VapoMeter system. Errors calculated from confidence intervals assuming gaussian distribution. No data on body mass and surface area."
763,T. Van Dooren,Scincella_lateralis,Scincella_lateralis,http://www.herpconbio.org/Volume_9/Issue_2/Parker_2014.pdf,2014,Wild population,"Conway Horry County, South Carolina, USA",33.785760,-79.033340,9,Publication,NA,5,2012,NA,12,2012,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.457,28.0,NA,NA,4.0,VentilatedBox,NA,4.00,Not specified,NA,Parker_HerpConsBiol_2014_1,TEWL,mg/g/h,Keep,2.854,Figure,NA,SE,Sample error,17,NA,NA,Lizard,0.8,0.8,Range without mean,NA,Medium quality data extracted from figure,Medium quality,Usable data,WL measured from body mass loss in mesh bags maintained at constant temperature over 4 h after fasting in lizard known for body mass range (0.4 to 1.2 g). Data from Figure 7. Ask_more_data_lack of sd/se
764,T. Van Dooren,Scincella_lateralis,Scincella_lateralis,http://www.herpconbio.org/Volume_9/Issue_2/Parker_2014.pdf,2014,Wild population,"Conway Horry County, South Carolina, USA",33.785760,-79.033340,9,Publication,NA,5,2012,NA,12,2012,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.091,32.0,NA,NA,4.0,VentilatedBox,NA,4.00,Not specified,NA,Parker_HerpConsBiol_2014_1,TEWL,mg/g/h,Keep,5.823,Figure,0.705,SE,Sample error,17,NA,NA,Lizard,0.8,0.8,Range without mean,NA,Medium quality data extracted from figure,Medium quality,Usable data,WL measured from body mass loss in mesh bags maintained at constant temperature over 4 h after fasting in lizard known for body mass range (0.4 to 1.2 g). Data from Figure 7. Ask_more_data_lack of sd/se
765,T. Van Dooren,Scincella_lateralis,Scincella_lateralis,http://www.herpconbio.org/Volume_9/Issue_2/Parker_2014.pdf,2014,Wild population,"Conway Horry County, South Carolina, USA",33.785760,-79.033340,9,Publication,NA,5,2012,NA,12,2012,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.862,36.0,NA,NA,4.0,VentilatedBox,NA,4.00,Not specified,NA,Parker_HerpConsBiol_2014_1,TEWL,mg/g/h,Keep,12.698,Figure,1.619,SE,Sample error,17,NA,NA,Lizard,0.8,0.8,Range without mean,NA,Medium quality data extracted from figure,Medium quality,Usable data,WL measured from body mass loss in mesh bags maintained at constant temperature over 4 h after fasting in lizard known for body mass range (0.4 to 1.2 g). Data from Figure 7. Ask_more_data_lack of sd/se
748,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Sage Mt., Tortola, British Virgin Islands",18.406730,-64.656400,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_1,TEWL,mg/g/h,Keep,3.800,Table,1.400,SD,Sample error,6,NA,NA,Lizard,6.95,0.52,SD,45.4,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1274,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Sage Mt., Tortola, British Virgin Islands",18.406730,-64.656400,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_1,CWL,mg/cm2/h,Keep,0.500,Table,0.200,SD,Sample error,6,NA,NA,Lizard,6.95,0.52,SD,45.4,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
749,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Virgin Gorda, British Virgin Islands",18.486970,-64.408340,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_2,TEWL,mg/g/h,Keep,3.500,Table,1.000,SD,Sample error,6,NA,NA,Lizard,5.29,0.97,SD,33,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1275,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Virgin Gorda, British Virgin Islands",18.486970,-64.408340,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_2,CWL,mg/cm2/h,Keep,0.400,Table,0.100,SD,Sample error,6,NA,NA,Lizard,5.29,0.97,SD,33,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
750,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Bridge, Beef Island, British Virgin Islands",18.444710,-64.553340,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_3,TEWL,mg/g/h,Keep,2.000,Table,0.600,SD,Sample error,6,NA,NA,Lizard,6.9,1.4,SD,45.5,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1276,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Bridge, Beef Island, British Virgin Islands",18.444710,-64.553340,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_3,CWL,mg/cm2/h,Keep,0.200,Table,0.100,SD,Sample error,6,NA,NA,Lizard,6.9,1.4,SD,45.5,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
751,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Bridge, Tortola, British Virgin Islands",18.443740,-64.554620,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_4,TEWL,mg/g/h,Keep,2.300,Table,0.700,SD,Sample error,6,NA,NA,Lizard,6.75,1.6,SD,48.3,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1277,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Bridge, Tortola, British Virgin Islands",18.443740,-64.554620,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_4,CWL,mg/cm2/h,Keep,0.300,Table,0.100,SD,Sample error,6,NA,NA,Lizard,6.75,1.6,SD,48.3,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
752,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Guana Island, British Virgin Islands",18.476700,-64.576810,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_5,TEWL,mg/g/h,Keep,1.700,Table,0.500,SD,Sample error,6,NA,NA,Lizard,6.28,1.86,SD,42.9,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1278,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Guana Island, British Virgin Islands",18.476700,-64.576810,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_5,CWL,mg/cm2/h,Keep,0.200,Table,0.100,SD,Sample error,6,NA,NA,Lizard,6.28,1.86,SD,42.9,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
753,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Norman Island, British Virgin Islands",18.317950,-64.612300,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_6,TEWL,mg/g/h,Keep,2.500,Table,0.500,SD,Sample error,6,NA,NA,Lizard,5.74,1.17,SD,46.4,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1279,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Norman Island, British Virgin Islands",18.317950,-64.612300,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_6,CWL,mg/cm2/h,Keep,0.200,Table,0.040,SD,Sample error,6,NA,NA,Lizard,5.74,1.17,SD,46.4,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
754,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Necker Island, British Virgin Islands",18.525780,-64.357270,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_7,TEWL,mg/g/h,Keep,2.100,Table,0.400,SD,Sample error,6,NA,NA,Lizard,6.23,0.88,SD,53.4,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1280,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Necker Island, British Virgin Islands",18.525780,-64.357270,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_7,CWL,mg/cm2/h,Keep,0.200,Table,0.050,SD,Sample error,6,NA,NA,Lizard,6.23,0.88,SD,53.4,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
755,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Anegada, British Virgin Islands",18.720450,-64.336210,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_8,TEWL,mg/g/h,Keep,2.600,Table,0.800,SD,Sample error,6,NA,NA,Lizard,6,0.93,SD,45.1,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1281,T. Van Dooren,Anolis_cristatellus,Anolis_cristatellus,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Anegada, British Virgin Islands",18.720450,-64.336210,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_8,CWL,mg/cm2/h,Keep,0.300,Table,0.100,SD,Sample error,6,NA,NA,Lizard,6,0.93,SD,45.1,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
756,T. Van Dooren,Anolis_ernestwilliamsi,Anolis_ernestwilliamsi,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Carrot Rock, British Virgin Islands",18.324720,-64.569720,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_9,TEWL,mg/g/h,Keep,2.000,Table,0.500,SD,Sample error,5,NA,NA,Lizard,12.13,3.39,SD,74,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
1282,T. Van Dooren,Anolis_ernestwilliamsi,Anolis_ernestwilliamsi,doi:10.1111/j.1744-7429.1999.tb00145.x,1999,Wild population,"Carrot Rock, British Virgin Islands",18.324720,-64.569720,0,GPS visualizer,NA,10,1994,NA,10,1994,Males,Adults,Controls,NA,NA,Loss of body mass,1.381,30.3,NA,NA,0.0,VentilatedBox,NA,6.00,Not specified,NA,Perry_Biotropica_1999_9,CWL,mg/cm2/h,Keep,0.200,Table,0.100,SD,Sample error,5,NA,NA,Lizard,12.13,3.39,SD,74,Medium quality data extracted from table,Medium quality,Usable data,"Animals were captured in the field and maintained for an unknown period of time then measured for WL by body mass change in dry measurement boxes maintained at constant temperature and controlled dry conditions. Data from Table 3, aridity score and methods taken from Dmiel et al. 1997. CWL measured by enclosing the body in a sealed plastic bag. TEWL_measured_in_Precisa800M_animals_that_defecated_repeated_regressed_on_aridity_index"
759,T. Van Dooren,Natrix_taxispilota,Nerodia_taxispilota,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_1,TEWL,mg/cm2/h,Keep,0.796,Table,0.089,SE,Sample error,7,NA,NA,Snake,673,130,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing. No data on air flow and chamber size.
761,T. Van Dooren,Natrix_taxispilota,Nerodia_taxispilota,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_1,TEWL,%/h,Keep,0.122,Table,0.018,SE,Sample error,7,NA,NA,Snake,673,130,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing.  No data on air flow and chamber size.
1283,T. Van Dooren,Natrix_taxispilota,Nerodia_taxispilota,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_1,RWL,%/h,Keep,0.015,Table,0.002,SE,Sample error,7,NA,NA,Snake,673,130,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing.  No data on air flow and chamber size.
1285,T. Van Dooren,Natrix_taxispilota,Nerodia_taxispilota,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_1,CWL,mg/cm2/h,Keep,0.696,Table,0.090,SE,Sample error,7,NA,NA,Snake,673,130,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing.  No data on air flow and chamber size.
1287,T. Van Dooren,Natrix_taxispilota,Nerodia_taxispilota,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_1,CWL,%/h,Keep,0.107,Table,0.016,SE,Sample error,7,NA,NA,Snake,673,130,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing.  No data on air flow and chamber size.
760,T. Van Dooren,Pituophis_catenifer_affinis,Pituophis_catenifer,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_2,TEWL,mg/cm2/h,Keep,0.233,Table,0.020,SE,Sample error,9,NA,NA,Snake,570,61,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing. No data on air flow and chamber size.
762,T. Van Dooren,Pituophis_catenifer_affinis,Pituophis_catenifer,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_2,TEWL,%/h,Keep,0.036,Table,0.003,SE,Sample error,9,NA,NA,Snake,570,61,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing.  No data on air flow and chamber size.
1284,T. Van Dooren,Pituophis_catenifer_affinis,Pituophis_catenifer,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_2,RWL,%/h,Keep,0.013,Table,0.001,SE,Sample error,9,NA,NA,Snake,570,61,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing.  No data on air flow and chamber size.
1286,T. Van Dooren,Pituophis_catenifer_affinis,Pituophis_catenifer,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_2,CWL,mg/cm2/h,Keep,0.154,Table,0.020,SE,Sample error,9,NA,NA,Snake,570,61,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing. No data on air flow and chamber size.
1288,T. Van Dooren,Pituophis_catenifer_affinis,Pituophis_catenifer,doi.org/10.1016/0010-406X(69)92133-1,1969,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.370,25.0,NA,NA,NA,FlowChamber,NA,NA,Not specified,NA,Prange_CompBioChemPhys_1969_2,CWL,%/h,Keep,0.023,Table,0.010,SE,Sample error,9,NA,NA,Snake,570,61,SE,NA,Low quality data extracted from table,Low quality,Usable data,Animals from unknown origin measured in the lab with a flow-through system by collecting body mass loss and water from head evaporation at constant temperature in a dry (26-31 %RH) air. Data from Table 1. No_duration_experiment_No_source_population_no_housing.  No data on air flow and chamber size.
757,T. Van Dooren,Anarbylus_switaki,Coleonyx_switaki,doi: 10.1016/0300-9629(82)90376-0,1982,Wild population,"Baja California Norte and del Sur, Mexico",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.549,25.1,NA,NA,0.0,SealedBox,NA,24.00,Not specified,Silica gel dry air,Putnam_CompBioChemPhys_1982_1,TEWL,mg/g/h,Keep,0.290,Text,0.040,SE,Sample error,3,NA,NA,Lizard,9.46,NA,NA,NA,Low quality data extracted from main text,Low quality,Usable data,Animals were captured in the field at unknown location then transported to the lab and measured in semi-controlled conditions in small dessicators using body mass loss at constant temperatures. Data from main text. No_data_humidity_no_sd_small_samples_no_precise location. RH assumed to be 20%.
758,T. Van Dooren,Coleonyx_variegatus,Coleonyx_variegatus,doi: 10.1016/0300-9629(82)90376-0,1982,Wild population,"Lower deserts Southern California, California, USA",NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.549,25.1,NA,NA,0.0,SealedBox,NA,24.00,Not specified,Silica gel dry air,Putnam_CompBioChemPhys_1982_2,TEWL,mg/g/h,Keep,0.340,Text,0.060,SE,Sample error,3,NA,NA,Lizard,3.62,NA,NA,NA,Low quality data extracted from main text,Low quality,Usable data,Animals were captured in the field at unknown location then transported to the lab and measured in semi-controlled conditions in small dessicators using body mass loss at constant temperatures. Data from main text. No_data_humidity_no_sd_small_samples_no_precise location. RH assumed to be 20%.
2346,M.A. Carretero,Tarentola_mauritanica_European,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Evora, Portugal",38.560000,-7.910000,258,Publication,20,6,2013,9,7,2013,Males,Adults,Controls,NA,4,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_1,TEWL,mg/h,Keep,8.668,Dataset,2.166,SE,Sample error,9,61.94,NA,Lizard,7.992,1.288,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2353,M.A. Carretero,Tarentola_mauritanica_European,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Evora, Portugal",38.560000,-7.910000,258,Publication,20,6,2013,9,7,2013,Males,Adults,Controls,NA,4,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_1,TEWL,%/h,Keep,0.133,Table,0.107,SD,Sample error,9,61.94,NA,Lizard,7.992,1.288,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2347,M.A. Carretero,Tarentola_mauritanica_European,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Ja�n, Spain",37.780000,-3.760000,430,Publication,28,6,2013,29,6,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_2,TEWL,mg/h,Keep,7.844,Dataset,1.091,SE,Sample error,9,63.1,NA,Lizard,8.361,1.215,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2354,M.A. Carretero,Tarentola_mauritanica_European,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Ja�n, Spain",37.780000,-3.760000,430,Publication,28,6,2013,29,6,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_2,TEWL,%/h,Keep,0.097,Table,0.027,SD,Sample error,9,63.1,NA,Lizard,8.361,1.215,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2348,M.A. Carretero,Tarentola_mauritanica_European,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Do?ana National Park, Spain",36.990000,-6.440000,4,Publication,23,6,2013,24,6,2013,Males,Adults,Controls,NA,4,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_3,TEWL,mg/h,Keep,17.333,Dataset,2.227,SE,Sample error,15,69,NA,Lizard,10.244,0.556,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2355,M.A. Carretero,Tarentola_mauritanica_European,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Do?ana National Park, Spain",36.990000,-6.440000,4,Publication,23,6,2013,24,6,2013,Males,Adults,Controls,NA,4,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_3,TEWL,%/h,Keep,0.147,Table,0.061,SD,Sample error,15,69,NA,Lizard,10.244,0.556,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2349,M.A. Carretero,Tarentola_mauritanica_European,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Portim?o, Portugal",37.260000,-8.620000,143,Publication,21,6,2013,22,6,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_4,TEWL,mg/h,Keep,6.977,Dataset,0.991,SE,Sample error,13,70.45,NA,Lizard,11.786,0.682,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2356,M.A. Carretero,Tarentola_mauritanica_European,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Portim?o, Portugal",37.260000,-8.620000,143,Publication,21,6,2013,22,6,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_4,TEWL,%/h,Keep,0.068,Table,0.029,SD,Sample error,13,70.45,NA,Lizard,11.786,0.682,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2350,M.A. Carretero,Tarentola_mauritanica_Iberian,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Aranhas-Malcata, Portugal",40.120000,-7.130000,479,Publication,9,7,2013,22,7,2013,Males,Adults,Controls,NA,2,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_5,TEWL,mg/h,Keep,4.630,Dataset,0.494,SE,Sample error,11,68.82,NA,Lizard,10.81,0.522,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2357,M.A. Carretero,Tarentola_mauritanica_Iberian,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Aranhas-Malcata, Portugal",40.120000,-7.130000,479,Publication,9,7,2013,22,7,2013,Males,Adults,Controls,NA,2,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_5,TEWL,%/h,Keep,0.043,Table,0.017,SD,Sample error,11,68.82,NA,Lizard,10.81,0.522,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2351,M.A. Carretero,Tarentola_mauritanica_Iberian,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Mata-Torrevieja Natural Park, Murcia, Spain",38.020000,-0.700000,24,Publication,16,8,2013,17,8,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_6,TEWL,%/h,Keep,0.071,Table,0.023,SD,Sample error,12,49.11,NA,Lizard,4.19,0.599,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2358,M.A. Carretero,Tarentola_mauritanica_Iberian,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Mata-Torrevieja Natural Park, Murcia, Spain",38.020000,-0.700000,24,Publication,16,8,2013,17,8,2013,Males,Adults,Controls,NA,3,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_6,TEWL,mg/h,Keep,2.701,Dataset,0.261,SE,Sample error,12,49.11,NA,Lizard,4.19,0.599,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2352,M.A. Carretero,Tarentola_mauritanica_Iberian,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Caldas de S?o Louren�o, Portugal",41.290000,-7.370000,178,Publication,4,8,2013,5,8,2013,Males,Adults,Controls,NA,2,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_7,TEWL,mg/h,Keep,3.984,Dataset,0.309,SE,Sample error,15,61.49,NA,Lizard,7.823,0.757,SE,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
2359,M.A. Carretero,Tarentola_mauritanica_Iberian,Tarentola_mauritanica,doi: 10.1086/682170,2015,Wild population,"Caldas de S?o Louren�o, Portugal",41.290000,-7.370000,178,Publication,4,8,2013,5,8,2013,Males,Adults,Controls,NA,2,Loss of body mass,2.138,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,RatoCarretero_PBZ_2015_7,TEWL,%/h,Keep,0.056,Table,0.021,SD,Sample error,15,61.49,NA,Lizard,7.823,0.757,SE,NA,High quality data extracted from table,High quality,Usable data,Water loss measured from field caught animals in 7 populations during summer time after lab maintenance for 5 days max and measured in seal chambers at 25�C and ca 30-35% RH of relative humidity using silica gel. Total water loss calculated over the total period of 12 hours. Apparatus: Sartorius CPA model 224S
902,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.662,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/g/h,Keep,1.408,Figure,0.334,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
903,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.433,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/g/h,Keep,1.336,Figure,0.399,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
904,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.065,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/g/h,Keep,1.197,Figure,0.210,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
905,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.798,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/g/h,Keep,1.061,Figure,0.108,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
906,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.561,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/g/h,Keep,1.051,Figure,0.258,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
907,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.202,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/g/h,Keep,0.491,Figure,0.010,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1088,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.662,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/h,Keep,4.615,Figure,0.311,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1089,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.433,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/h,Keep,4.354,Figure,0.570,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1090,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.065,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/h,Keep,3.943,Figure,0.016,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1091,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.798,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/h,Keep,3.519,Figure,0.248,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1092,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.561,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/h,Keep,3.440,Figure,0.261,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1093,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.202,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14a,TEWL,mg/h,Keep,1.640,Figure,0.248,SD,Sample error,2,NA,NA,Lizard,3.345,0.572756493,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
908,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.642,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/g/h,Keep,1.320,Figure,0.143,SD,Sample error,5,NA,NA,Lizard,4.924,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
909,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.475,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/g/h,Keep,1.258,Figure,0.194,SD,Sample error,5,NA,NA,Lizard,4.924,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
910,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.209,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/g/h,Keep,1.306,Figure,0.420,SD,Sample error,6,NA,NA,Lizard,5.02,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
911,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.766,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/g/h,Keep,1.069,Figure,0.136,SD,Sample error,6,NA,NA,Lizard,5.02,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
912,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.523,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/g/h,Keep,0.869,Figure,0.172,SD,Sample error,6,NA,NA,Lizard,5.02,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
913,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.184,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/g/h,Keep,0.438,Figure,0.097,SD,Sample error,6,NA,NA,Lizard,5.02,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1094,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.642,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/h,Keep,6.566,Figure,1.511,SD,Sample error,5,NA,NA,Lizard,4.924,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1095,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.475,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/h,Keep,6.281,Figure,1.640,SD,Sample error,5,NA,NA,Lizard,4.924,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1096,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.209,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/h,Keep,6.681,Figure,2.530,SD,Sample error,6,NA,NA,Lizard,5.02,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1097,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.766,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/h,Keep,5.390,Figure,1.114,SD,Sample error,6,NA,NA,Lizard,5.02,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1098,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.523,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/h,Keep,4.429,Figure,1.301,SD,Sample error,6,NA,NA,Lizard,5.02,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1099,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.184,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_14b,TEWL,mg/h,Keep,2.239,Figure,0.702,SD,Sample error,6,NA,NA,Lizard,5.02,0.717021618,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
914,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.629,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/g/h,Keep,0.798,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
915,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.430,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/g/h,Keep,1.039,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
916,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.196,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/g/h,Keep,0.909,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
917,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.910,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/g/h,Keep,0.704,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
918,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.546,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/g/h,Keep,0.572,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
919,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.192,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/g/h,Keep,0.362,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1100,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.629,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/h,Keep,17.140,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1101,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.430,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/h,Keep,22.314,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1102,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.196,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/h,Keep,19.526,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1103,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.910,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/h,Keep,15.108,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1104,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.546,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/h,Keep,12.285,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1105,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.192,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15a,TEWL,mg/h,Keep,7.765,Figure,NA,NA,NA,1,NA,NA,Lizard,21.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
920,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.613,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/g/h,Keep,0.643,Figure,0.128,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
921,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.448,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/g/h,Keep,0.840,Figure,0.347,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
922,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.205,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/g/h,Keep,0.748,Figure,0.258,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
923,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.974,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/g/h,Keep,0.689,Figure,0.210,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
924,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.538,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/g/h,Keep,0.546,Figure,0.162,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
925,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.184,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/g/h,Keep,0.202,Figure,0.041,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1106,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.613,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/h,Keep,20.785,Figure,5.718,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1107,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.448,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/h,Keep,26.143,Figure,7.365,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1108,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.205,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/h,Keep,23.895,Figure,8.460,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1109,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.974,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/h,Keep,22.182,Figure,7.825,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1110,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.538,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/h,Keep,17.522,Figure,5.757,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1111,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.184,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15b,TEWL,mg/h,Keep,6.453,Figure,1.221,SD,Sample error,3,NA,NA,Lizard,33.42333333,11.77578164,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
926,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.668,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/g/h,Keep,1.066,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
927,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.432,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/g/h,Keep,1.037,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
928,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.212,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/g/h,Keep,0.896,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
929,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.006,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/g/h,Keep,0.948,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
930,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.549,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/g/h,Keep,0.643,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
931,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.192,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/g/h,Keep,0.420,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1112,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.668,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/h,Keep,21.830,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1113,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.432,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/h,Keep,21.220,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1114,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.212,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/h,Keep,18.345,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1115,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.006,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/h,Keep,19.400,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1116,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.549,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/h,Keep,13.167,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1117,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.192,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_15d,TEWL,mg/h,Keep,8.589,Figure,NA,NA,NA,1,NA,NA,Lizard,20.47,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
932,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.568,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/g/h,Keep,0.642,Figure,0.141,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
933,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.330,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/g/h,Keep,0.648,Figure,0.129,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
934,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.099,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/g/h,Keep,0.624,Figure,0.180,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
935,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.899,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/g/h,Keep,0.594,Figure,0.124,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
936,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.441,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/g/h,Keep,0.377,Figure,0.039,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
937,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.168,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/g/h,Keep,0.194,Figure,0.033,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1118,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.568,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/h,Keep,4.648,Figure,1.678,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1119,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.330,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/h,Keep,4.692,Figure,1.620,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1120,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.099,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/h,Keep,4.519,Figure,1.864,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1121,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.899,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/h,Keep,4.279,Figure,1.477,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1122,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.441,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/h,Keep,2.668,Figure,0.579,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1123,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.168,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16a,TEWL,mg/h,Keep,1.392,Figure,0.439,SD,Sample error,3,NA,NA,Lizard,7.073333333,1.241464189,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
944,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.549,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/g/h,Keep,0.748,Figure,0.266,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
945,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.330,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/g/h,Keep,0.721,Figure,0.283,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
946,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.114,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/g/h,Keep,0.653,Figure,0.231,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
947,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.886,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/g/h,Keep,0.670,Figure,0.114,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
948,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.459,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/g/h,Keep,0.465,Figure,0.101,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
949,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.172,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/g/h,Keep,0.238,Figure,0.105,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1130,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.549,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/h,Keep,4.467,Figure,0.649,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1131,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.330,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/h,Keep,4.261,Figure,0.699,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1132,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.114,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/h,Keep,3.890,Figure,0.587,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1133,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.886,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/h,Keep,4.147,Figure,0.584,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1134,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.459,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/h,Keep,2.872,Figure,0.495,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1135,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.172,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16b,TEWL,mg/h,Keep,1.435,Figure,0.415,SD,Sample error,5,NA,NA,Lizard,6.38,1.721002615,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
938,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.568,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/g/h,Keep,1.066,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
939,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.332,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/g/h,Keep,0.889,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
940,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.113,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/g/h,Keep,1.248,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
941,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.899,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/g/h,Keep,1.232,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
942,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.418,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/g/h,Keep,0.746,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
943,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.177,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/g/h,Keep,0.421,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1124,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.568,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/h,Keep,2.696,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1125,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.332,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/h,Keep,2.248,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1126,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.113,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/h,Keep,3.157,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1127,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.899,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/h,Keep,3.117,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1128,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.418,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/h,Keep,1.889,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1129,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.177,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16c,TEWL,mg/h,Keep,1.065,Figure,NA,NA,NA,1,NA,NA,Lizard,2.53,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
950,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.547,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/g/h,Keep,1.078,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
951,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.324,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/g/h,Keep,0.969,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
952,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.065,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/g/h,Keep,1.163,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
953,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.803,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/g/h,Keep,1.156,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
954,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.404,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/g/h,Keep,0.814,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
955,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.180,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/g/h,Keep,0.665,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1136,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.547,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/h,Keep,3.246,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1137,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.324,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/h,Keep,2.917,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1138,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.065,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/h,Keep,3.502,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1139,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.803,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/h,Keep,3.480,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1140,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.404,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/h,Keep,2.451,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1141,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.180,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_16d,TEWL,mg/h,Keep,2.001,Figure,NA,NA,NA,1,NA,NA,Lizard,3.01,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
956,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.570,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/g/h,Keep,1.691,Figure,0.676,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
957,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.335,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/g/h,Keep,1.603,Figure,0.650,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
958,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.101,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/g/h,Keep,1.436,Figure,0.617,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
959,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.823,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/g/h,Keep,1.159,Figure,0.447,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
960,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.445,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/g/h,Keep,0.927,Figure,0.357,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
961,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.161,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/g/h,Keep,0.558,Figure,0.223,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1142,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.570,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/h,Keep,3.770,Figure,0.443,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1143,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.335,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/h,Keep,3.577,Figure,0.465,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1144,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.101,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/h,Keep,3.185,Figure,0.361,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1145,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.823,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/h,Keep,2.608,Figure,0.450,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1146,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.445,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/h,Keep,2.085,Figure,0.403,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1147,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.161,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17a,TEWL,mg/h,Keep,1.254,Figure,0.292,SD,Sample error,6,NA,NA,Lizard,2.508333333,0.875817713,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
962,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.589,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/g/h,Keep,1.045,Figure,0.232,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
963,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.353,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/g/h,Keep,0.909,Figure,0.113,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
964,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.163,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/g/h,Keep,0.787,Figure,0.086,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
965,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.912,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/g/h,Keep,0.726,Figure,0.131,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
966,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.514,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/g/h,Keep,0.472,Figure,0.060,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
967,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.207,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/g/h,Keep,0.267,Figure,0.149,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1148,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.589,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/h,Keep,2.627,Figure,0.449,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1149,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.353,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/h,Keep,2.322,Figure,0.428,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1150,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.163,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/h,Keep,2.010,Figure,0.345,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1151,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.912,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/h,Keep,1.819,Figure,0.084,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1152,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.514,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/h,Keep,1.195,Figure,0.117,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1153,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.207,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_17b,TEWL,mg/h,Keep,0.644,Figure,0.256,SD,Sample error,5,NA,NA,Lizard,2.582,0.530773021,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
968,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,3.241,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/g/h,Keep,3.217,Figure,0.189,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
969,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.834,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/g/h,Keep,2.926,Figure,0.158,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
970,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.531,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/g/h,Keep,2.945,Figure,0.293,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
971,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.137,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/g/h,Keep,2.508,Figure,0.153,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
972,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.126,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/g/h,Keep,1.962,Figure,0.418,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
973,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.620,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/g/h,Keep,1.449,Figure,0.090,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1154,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,3.241,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/h,Keep,11.497,Figure,0.041,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1155,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.834,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/h,Keep,10.492,Figure,1.144,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1156,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.531,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/h,Keep,10.571,Figure,1.631,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1157,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.137,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/h,Keep,8.995,Figure,1.045,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1158,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.126,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/h,Keep,7.067,Figure,1.887,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1159,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.620,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18a,TEWL,mg/h,Keep,5.180,Figure,0.034,SD,Sample error,2,NA,NA,Lizard,3.58,0.197989899,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
974,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.174,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/g/h,Keep,3.242,Figure,0.903,SD,Sample error,3,NA,NA,Lizard,4.776666667,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
975,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.809,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/g/h,Keep,2.990,Figure,0.614,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
976,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.386,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/g/h,Keep,2.836,Figure,0.772,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
977,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.771,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/g/h,Keep,2.622,Figure,0.796,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
978,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.040,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/g/h,Keep,1.843,Figure,0.504,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
979,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.429,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/g/h,Keep,1.061,Figure,0.361,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1160,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.174,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/h,Keep,15.859,Figure,6.719,SD,Sample error,3,NA,NA,Lizard,4.776666667,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1161,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.809,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/h,Keep,14.582,Figure,4.631,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1162,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.386,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/h,Keep,13.956,Figure,5.365,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1163,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.771,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/h,Keep,12.944,Figure,5.140,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1164,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.040,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/h,Keep,9.102,Figure,3.437,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1165,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.429,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_18b,TEWL,mg/h,Keep,5.329,Figure,2.481,SD,Sample error,4,NA,NA,Lizard,4.82,0.860774845,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
980,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,3.172,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/g/h,Keep,2.031,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
981,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.966,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/g/h,Keep,1.997,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
982,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.736,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/g/h,Keep,1.892,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
983,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.931,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/g/h,Keep,1.755,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
984,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.125,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/g/h,Keep,1.373,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
985,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.495,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/g/h,Keep,0.755,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1166,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,3.172,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/h,Keep,46.276,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1167,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.966,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/h,Keep,45.517,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1168,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.736,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/h,Keep,43.126,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1169,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.931,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/h,Keep,39.990,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1170,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.125,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/h,Keep,31.288,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1171,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.495,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19a,TEWL,mg/h,Keep,17.207,Figure,NA,NA,NA,1,NA,NA,Lizard,22.79,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
986,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.109,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/g/h,Keep,1.257,Figure,0.508,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
987,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.749,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/g/h,Keep,1.088,Figure,0.419,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
988,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.366,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/g/h,Keep,1.125,Figure,0.194,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
989,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.597,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/g/h,Keep,0.901,Figure,0.196,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
990,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.060,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/g/h,Keep,0.772,Figure,0.248,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
991,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.474,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/g/h,Keep,0.516,Figure,0.174,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1172,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.109,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/h,Keep,41.328,Figure,2.909,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1173,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.749,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/h,Keep,36.005,Figure,2.246,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1174,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.366,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/h,Keep,40.553,Figure,15.815,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1175,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.597,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/h,Keep,31.889,Figure,10.751,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1176,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.060,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/h,Keep,26.219,Figure,4.522,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1177,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.474,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19b,TEWL,mg/h,Keep,17.557,Figure,3.703,SD,Sample error,3,NA,NA,Lizard,36.90333333,15.0202075,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
992,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,2.985,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/g/h,Keep,1.446,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
993,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,2.601,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/g/h,Keep,1.370,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
994,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,2.231,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/g/h,Keep,1.207,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
995,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.359,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/g/h,Keep,0.973,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
996,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.989,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/g/h,Keep,0.809,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
997,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.264,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/g/h,Keep,0.465,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1178,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,2.985,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/h,Keep,32.454,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1179,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,2.601,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/h,Keep,30.767,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1180,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,2.231,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/h,Keep,27.094,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1181,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.359,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/h,Keep,21.833,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1182,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.989,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/h,Keep,18.160,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1183,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.264,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_19d,TEWL,mg/h,Keep,10.436,Figure,NA,NA,NA,1,NA,NA,Lizard,22.45,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
998,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.210,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/g/h,Keep,2.522,Figure,0.811,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
999,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.772,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/g/h,Keep,2.338,Figure,0.756,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1000,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.204,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/g/h,Keep,2.123,Figure,0.687,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1001,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.590,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/g/h,Keep,1.854,Figure,0.452,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1002,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.863,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/g/h,Keep,1.373,Figure,0.214,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1003,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.429,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/g/h,Keep,0.764,Figure,0.223,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1184,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.210,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/h,Keep,10.972,Figure,3.328,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1185,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.772,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/h,Keep,10.188,Figure,3.147,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1186,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.204,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/h,Keep,9.241,Figure,2.883,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1187,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.590,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/h,Keep,8.064,Figure,1.781,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1188,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.863,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/h,Keep,6.059,Figure,1.247,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1189,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.429,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_20b,TEWL,mg/h,Keep,3.341,Figure,1.007,SD,Sample error,7,NA,NA,Lizard,4.518571429,1.177673251,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1004,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.297,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/g/h,Keep,6.309,Figure,1.132,SD,Sample error,3,NA,NA,Lizard,2.09,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1005,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.841,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/g/h,Keep,5.587,Figure,0.748,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1006,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.224,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/g/h,Keep,4.577,Figure,0.740,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1007,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.604,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/g/h,Keep,3.724,Figure,0.558,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1008,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.856,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/g/h,Keep,2.425,Figure,0.468,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1009,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.421,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/g/h,Keep,1.349,Figure,0.234,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1190,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.297,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/h,Keep,12.972,Figure,2.262,SD,Sample error,3,NA,NA,Lizard,2.09,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1191,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.841,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/h,Keep,13.030,Figure,2.929,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1192,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.224,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/h,Keep,10.630,Figure,2.286,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1193,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.604,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/h,Keep,8.685,Figure,2.089,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1194,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.856,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/h,Keep,5.602,Figure,1.253,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1195,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.421,30.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_21b,TEWL,mg/h,Keep,3.128,Figure,0.686,SD,Sample error,5,NA,NA,Lizard,2.342,0.469755255,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1010,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,4.046,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/g/h,Keep,5.322,Figure,0.711,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1011,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.658,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/g/h,Keep,4.966,Figure,0.760,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1012,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.983,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/g/h,Keep,4.599,Figure,0.793,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1013,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.059,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/g/h,Keep,3.755,Figure,0.848,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1014,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.336,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/g/h,Keep,2.936,Figure,0.315,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1015,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.485,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/g/h,Keep,1.604,Figure,0.326,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1196,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,4.046,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/h,Keep,13.247,Figure,3.511,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1197,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,3.658,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/h,Keep,12.421,Figure,3.630,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1198,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.983,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/h,Keep,11.530,Figure,3.540,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1199,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.059,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/h,Keep,9.391,Figure,3.226,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1200,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.336,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/h,Keep,7.336,Figure,1.924,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1201,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.485,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_22b,TEWL,mg/h,Keep,4.046,Figure,1.387,SD,Sample error,4,NA,NA,Lizard,2.475,0.474447047,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1016,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.986,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/g/h,Keep,2.633,Figure,0.697,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1017,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.589,33.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/g/h,Keep,1.887,Figure,0.505,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1018,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.345,31.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/g/h,Keep,1.669,Figure,0.290,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1019,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.141,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/g/h,Keep,1.651,Figure,0.143,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1020,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.957,25.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/g/h,Keep,1.455,Figure,0.192,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1021,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.706,20.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/g/h,Keep,0.787,Figure,0.156,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1202,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.986,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/h,Keep,9.390,Figure,2.898,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1203,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.589,33.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/h,Keep,6.730,Figure,2.096,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1204,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.345,31.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/h,Keep,5.941,Figure,1.301,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1205,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.141,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/h,Keep,5.840,Figure,0.238,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1206,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.957,25.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/h,Keep,5.175,Figure,0.918,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1207,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.706,20.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23a,TEWL,mg/h,Keep,2.804,Figure,0.682,SD,Sample error,2,NA,NA,Lizard,3.545,0.16263456,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1022,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.950,37.7,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/g/h,Keep,3.019,Figure,0.762,SD,Sample error,4,NA,NA,Lizard,4.6575,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1023,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.604,34.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/g/h,Keep,2.250,Figure,0.472,SD,Sample error,5,NA,NA,Lizard,4.732,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1024,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.317,30.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/g/h,Keep,2.297,Figure,0.320,SD,Sample error,5,NA,NA,Lizard,4.732,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1025,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.131,28.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/g/h,Keep,1.974,Figure,0.019,SD,Sample error,4,NA,NA,Lizard,4.6575,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1026,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.932,24.7,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/g/h,Keep,1.754,Figure,0.349,SD,Sample error,5,NA,NA,Lizard,4.732,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1027,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.703,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/g/h,Keep,1.186,Figure,0.134,SD,Sample error,5,NA,NA,Lizard,4.732,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1208,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.950,37.7,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/h,Keep,13.788,Figure,3.124,SD,Sample error,4,NA,NA,Lizard,4.6575,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1209,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.604,34.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/h,Keep,10.406,Figure,1.026,SD,Sample error,5,NA,NA,Lizard,4.732,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1210,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.317,30.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/h,Keep,10.809,Figure,1.936,SD,Sample error,5,NA,NA,Lizard,4.732,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1211,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.131,28.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/h,Keep,9.197,Figure,1.584,SD,Sample error,4,NA,NA,Lizard,4.6575,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1212,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.932,24.7,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/h,Keep,8.446,Figure,2.528,SD,Sample error,5,NA,NA,Lizard,4.732,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1213,T. Van Dooren,Lacerta_muralis,Podarcis_muralis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.703,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_23b,TEWL,mg/h,Keep,5.670,Figure,1.310,SD,Sample error,5,NA,NA,Lizard,4.732,0.708463125,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1028,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.988,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/g/h,Keep,1.791,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1029,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.692,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/g/h,Keep,1.605,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1030,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.427,32.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/g/h,Keep,0.963,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1031,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.142,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/g/h,Keep,0.739,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1032,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.905,24.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/g/h,Keep,0.648,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1033,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.702,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/g/h,Keep,0.607,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1214,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.988,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/h,Keep,42.571,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1215,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.692,35.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/h,Keep,38.157,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1216,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.427,32.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/h,Keep,22.895,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1217,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.142,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/h,Keep,17.563,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1218,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.905,24.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/h,Keep,15.395,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1219,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.702,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24a,TEWL,mg/h,Keep,14.428,Figure,NA,NA,NA,1,NA,NA,Lizard,23.77,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1034,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.963,37.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/g/h,Keep,1.527,Figure,0.832,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1035,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.629,34.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/g/h,Keep,1.022,Figure,0.222,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1036,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.379,31.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/g/h,Keep,0.988,Figure,0.406,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1037,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.146,28.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/g/h,Keep,0.671,Figure,0.127,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1038,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.920,24.5,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/g/h,Keep,0.536,Figure,0.175,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1039,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.703,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/g/h,Keep,0.364,Figure,0.080,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1220,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.963,37.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/h,Keep,48.127,Figure,4.783,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1221,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.629,34.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/h,Keep,36.233,Figure,13.345,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1222,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.379,31.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/h,Keep,33.182,Figure,9.136,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1223,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.146,28.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/h,Keep,23.939,Figure,8.930,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1224,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.920,24.5,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/h,Keep,18.592,Figure,6.726,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1225,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.703,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24b,TEWL,mg/h,Keep,12.722,Figure,3.681,SD,Sample error,3,NA,NA,Lizard,36.63,14.4250234,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1040,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.978,37.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/g/h,Keep,1.518,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1041,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.603,34.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/g/h,Keep,1.085,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1042,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.358,31.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/g/h,Keep,0.792,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1043,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.142,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/g/h,Keep,0.891,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1044,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.905,24.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/g/h,Keep,0.515,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1045,T. Van Dooren,Lacerta_viridis,Lacerta_bilineata,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.700,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/g/h,Keep,0.499,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1226,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.978,37.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/h,Keep,33.252,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1227,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.603,34.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/h,Keep,23.760,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1228,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.358,31.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/h,Keep,17.334,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1229,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.142,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/h,Keep,19.513,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1230,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.905,24.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/h,Keep,11.269,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1231,T. Van Dooren,Lacerta_viridis,Lacerta_viridis,ISSN: 0044-5185,1957,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.700,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_24d,TEWL,mg/h,Keep,10.933,Figure,NA,NA,NA,1,NA,NA,Lizard,21.9,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1289,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.962,37.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/h,Keep,3.366,Figure,1.525,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1290,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.421,31.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/h,Keep,2.921,Figure,0.032,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1291,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.174,28.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/h,Keep,2.412,Figure,0.155,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1292,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.929,24.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/h,Keep,1.608,Figure,0.073,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1293,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.699,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/h,Keep,0.787,Figure,0.127,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1314,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.962,37.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/g/h,Keep,0.428,Figure,0.158,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1315,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.421,31.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/g/h,Keep,0.379,Figure,0.039,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1316,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.174,28.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/g/h,Keep,0.314,Figure,0.049,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1317,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.929,24.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/g/h,Keep,0.209,Figure,0.029,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1318,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.699,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLa,RWL,mg/g/h,Keep,0.101,Figure,0.007,SD,Sample error,2,NA,NA,Lizard,7.74,0.707106781,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1294,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.962,37.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/h,Keep,2.268,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1295,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.417,31.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/h,Keep,2.465,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1296,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.120,27.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/h,Keep,1.783,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1297,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.900,24.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/h,Keep,1.231,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1298,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.706,20.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/h,Keep,0.750,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1319,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.962,37.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/g/h,Keep,0.389,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1320,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.417,31.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/g/h,Keep,0.423,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1321,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.120,27.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/g/h,Keep,0.306,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1322,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.900,24.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/g/h,Keep,0.211,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1323,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.706,20.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLb,RWL,mg/g/h,Keep,0.129,Figure,NA,NA,NA,1,NA,NA,Lizard,5.83,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1299,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.987,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/h,Keep,2.931,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1300,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.422,31.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/h,Keep,2.237,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1301,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.194,28.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/h,Keep,1.151,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1302,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.959,25.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/h,Keep,0.859,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1303,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.703,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/h,Keep,0.363,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1324,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.987,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/g/h,Keep,0.990,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1325,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.422,31.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/g/h,Keep,0.756,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1326,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,1.194,28.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/g/h,Keep,0.389,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1327,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.959,25.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/g/h,Keep,0.290,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1328,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Juveniles,Controls,NA,NA,Gaz measurement,0.703,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25_RWLd,RWL,mg/g/h,Keep,0.123,Figure,NA,NA,NA,1,NA,NA,Lizard,2.96,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1046,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.987,37.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/g/h,Keep,1.418,Figure,0.043,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1047,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.596,34.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/g/h,Keep,1.106,Figure,0.142,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1048,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.355,31.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/g/h,Keep,0.872,Figure,0.032,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1049,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.142,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/g/h,Keep,0.860,Figure,0.017,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1050,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.894,24.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/g/h,Keep,0.581,Figure,0.046,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1051,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.699,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/g/h,Keep,0.320,Figure,0.043,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1232,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.987,37.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/h,Keep,11.440,Figure,2.222,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1233,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.596,34.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/h,Keep,8.988,Figure,2.605,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1234,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.355,31.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/h,Keep,7.033,Figure,1.407,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1235,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.142,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/h,Keep,6.908,Figure,0.999,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1236,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.894,24.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/h,Keep,4.641,Figure,0.398,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1237,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.699,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25a,TEWL,mg/h,Keep,2.543,Figure,0.076,SD,Sample error,2,NA,NA,Lizard,8.045,1.322289681,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1058,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.919,37.5,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/g/h,Keep,1.456,Figure,0.209,SD,Sample error,3,NA,NA,Lizard,6.826666667,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1059,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.603,34.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/g/h,Keep,1.149,Figure,0.256,SD,Sample error,2,NA,NA,Lizard,6.94,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1060,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.383,31.5,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/g/h,Keep,1.194,Figure,0.196,SD,Sample error,3,NA,NA,Lizard,6.826666667,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1061,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.173,28.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/g/h,Keep,0.873,Figure,0.067,SD,Sample error,2,NA,NA,Lizard,6.815,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1062,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.932,24.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/g/h,Keep,0.704,Figure,0.191,SD,Sample error,3,NA,NA,Lizard,6.826666667,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1063,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.703,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/g/h,Keep,0.500,Figure,0.209,SD,Sample error,3,NA,NA,Lizard,6.826666667,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1244,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.919,37.5,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/h,Keep,9.948,Figure,1.547,SD,Sample error,3,NA,NA,Lizard,6.826666667,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1245,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.603,34.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/h,Keep,7.959,Figure,1.627,SD,Sample error,2,NA,NA,Lizard,6.94,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1246,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.383,31.5,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/h,Keep,8.169,Figure,1.467,SD,Sample error,3,NA,NA,Lizard,6.826666667,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1247,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.173,28.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/h,Keep,5.940,Figure,0.194,SD,Sample error,2,NA,NA,Lizard,6.815,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1248,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.932,24.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/h,Keep,4.808,Figure,1.315,SD,Sample error,3,NA,NA,Lizard,6.826666667,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1249,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.703,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25b,TEWL,mg/h,Keep,3.407,Figure,1.418,SD,Sample error,3,NA,NA,Lizard,6.826666667,0.215947524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1052,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.992,37.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/g/h,Keep,2.953,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1053,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.675,34.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/g/h,Keep,2.558,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1054,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.433,32.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/g/h,Keep,2.614,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1055,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.135,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/g/h,Keep,1.741,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1056,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.895,24.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/g/h,Keep,1.306,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1057,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.700,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/g/h,Keep,0.819,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1238,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.992,37.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/h,Keep,7.118,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1239,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.675,34.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/h,Keep,6.165,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1240,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.433,32.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/h,Keep,6.299,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1241,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,1.135,28.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/h,Keep,4.197,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1242,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.895,24.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/h,Keep,3.146,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1243,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Females,Juveniles,Controls,NA,NA,Gaz measurement,0.700,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_25c,TEWL,mg/h,Keep,1.974,Figure,NA,NA,NA,1,NA,NA,Lizard,2.41,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1304,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.989,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/h,Keep,2.184,Figure,0.271,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1305,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.428,32.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/h,Keep,1.215,Figure,0.229,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1306,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.196,28.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/h,Keep,0.859,Figure,0.264,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1307,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.954,25.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/h,Keep,0.628,Figure,0.038,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1308,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.698,19.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/h,Keep,0.344,Figure,0.062,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1329,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.989,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/g/h,Keep,0.660,Figure,0.000,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1330,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.428,32.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/g/h,Keep,0.366,Figure,0.024,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1331,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.196,28.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/g/h,Keep,0.257,Figure,0.048,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1332,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.954,25.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/g/h,Keep,0.190,Figure,0.012,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1333,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.698,19.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLa,RWL,mg/g/h,Keep,0.104,Figure,0.006,SD,Sample error,2,NA,NA,Lizard,3.31,0.410121933,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1309,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.986,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/h,Keep,2.654,Figure,0.179,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1310,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.428,32.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/h,Keep,1.438,Figure,0.597,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1311,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.191,28.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/h,Keep,1.058,Figure,0.252,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1312,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.963,25.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/h,Keep,0.669,Figure,0.170,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1313,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.701,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/h,Keep,0.213,Figure,0.205,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1334,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.986,38.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/g/h,Keep,0.850,Figure,0.126,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1335,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.428,32.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/g/h,Keep,0.467,Figure,0.228,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1336,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.191,28.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/g/h,Keep,0.341,Figure,0.108,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1337,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.963,25.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/g/h,Keep,0.216,Figure,0.072,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1338,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.701,20.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26_RWLb,RWL,mg/g/h,Keep,0.065,Figure,0.060,SD,Sample error,2,NA,NA,Lizard,3.14,0.254558441,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1064,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.007,38.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/g/h,Keep,5.003,Figure,1.564,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1065,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.578,33.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/g/h,Keep,3.679,Figure,1.466,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1066,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.323,31.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/g/h,Keep,3.051,Figure,1.067,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1067,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.135,28.5,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/g/h,Keep,2.016,Figure,0.629,SD,Sample error,2,NA,NA,Lizard,2.825,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1068,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.916,24.7,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/g/h,Keep,2.092,Figure,1.001,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1069,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.692,19.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/g/h,Keep,1.360,Figure,0.632,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1250,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,2.007,38.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/h,Keep,11.723,Figure,2.154,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1251,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.578,33.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/h,Keep,8.445,Figure,1.164,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1252,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.323,31.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/h,Keep,7.061,Figure,0.658,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1253,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,1.135,28.5,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/h,Keep,5.680,Figure,1.678,SD,Sample error,2,NA,NA,Lizard,2.825,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1254,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.916,24.7,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/h,Keep,4.742,Figure,1.101,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1255,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,NA,Gaz measurement,0.692,19.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26a,TEWL,mg/h,Keep,3.110,Figure,0.938,SD,Sample error,3,NA,NA,Lizard,2.46,0.633166645,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1070,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.138,38.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/g/h,Keep,5.040,Figure,1.191,SD,Sample error,4,NA,NA,Lizard,3.0225,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1071,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.673,34.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/g/h,Keep,3.328,Figure,0.997,SD,Sample error,5,NA,NA,Lizard,2.816,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1072,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.302,31.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/g/h,Keep,2.192,Figure,0.435,SD,Sample error,3,NA,NA,Lizard,2.596666667,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1073,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.228,29.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/g/h,Keep,2.008,Figure,0.749,SD,Sample error,3,NA,NA,Lizard,3.056666667,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1074,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.935,24.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/g/h,Keep,1.584,Figure,0.452,SD,Sample error,5,NA,NA,Lizard,2.816,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1075,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.697,19.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/g/h,Keep,1.106,Figure,0.199,SD,Sample error,5,NA,NA,Lizard,2.816,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1256,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,2.138,38.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/h,Keep,15.217,Figure,3.738,SD,Sample error,4,NA,NA,Lizard,3.0225,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1257,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.673,34.8,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/h,Keep,9.072,Figure,2.191,SD,Sample error,5,NA,NA,Lizard,2.816,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1258,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.302,31.0,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/h,Keep,5.547,Figure,0.454,SD,Sample error,3,NA,NA,Lizard,2.596666667,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1259,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,1.228,29.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/h,Keep,6.062,Figure,1.941,SD,Sample error,3,NA,NA,Lizard,3.056666667,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1260,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.935,24.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/h,Keep,4.366,Figure,1.174,SD,Sample error,5,NA,NA,Lizard,2.816,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1261,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,NA,Gaz measurement,0.697,19.9,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_26b,TEWL,mg/h,Keep,3.063,Figure,0.542,SD,Sample error,5,NA,NA,Lizard,2.816,0.546561982,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1076,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,2.011,38.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/g/h,Keep,2.735,Figure,0.234,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1077,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.620,34.3,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/g/h,Keep,2.306,Figure,0.241,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1078,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.377,31.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/g/h,Keep,1.926,Figure,0.299,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1079,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.158,28.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/g/h,Keep,1.587,Figure,0.236,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1080,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,0.916,24.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/g/h,Keep,1.228,Figure,0.182,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1081,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,0.709,20.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/g/h,Keep,0.949,Figure,0.180,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1262,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,2.011,38.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/h,Keep,2.650,Figure,0.640,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1263,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.620,34.3,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/h,Keep,2.222,Figure,0.455,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1264,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.377,31.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/h,Keep,1.884,Figure,0.621,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1265,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.158,28.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/h,Keep,1.551,Figure,0.495,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1266,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,0.916,24.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/h,Keep,1.201,Figure,0.392,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1267,T. Van Dooren,Lacerta_agilis,Lacerta_agilis,ISSN: 0044-5185,1957,Wild population,"Bockholter Berge Muenster, Germany",52.059410,7.665720,61,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,0.709,20.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27e,TEWL,mg/h,Keep,0.931,Figure,0.338,SD,Sample error,3,NA,NA,Lizard,0.962333333,0.163540005,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1082,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,2.030,38.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/g/h,Keep,5.742,Figure,1.322,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1083,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.615,34.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/g/h,Keep,4.092,Figure,0.980,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1084,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.354,31.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/g/h,Keep,3.366,Figure,0.607,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1085,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.172,28.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/g/h,Keep,2.683,Figure,0.672,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1086,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,0.913,24.3,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/g/h,Keep,2.048,Figure,0.342,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1087,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,0.709,20.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/g/h,Keep,1.472,Figure,0.341,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1268,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,2.030,38.4,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/h,Keep,3.214,Figure,1.497,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1269,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.615,34.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/h,Keep,2.300,Figure,1.112,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1270,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.354,31.1,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/h,Keep,1.880,Figure,0.804,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1271,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.172,28.6,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/h,Keep,1.506,Figure,0.731,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1272,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,0.913,24.3,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/h,Keep,1.143,Figure,0.469,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
1273,T. Van Dooren,Lacerta_vivipara,Zootoca_vivipara,ISSN: 0044-5185,1957,Wild population,"Venner Moor Muenster, Germany",51.862250,7.542020,65,Publication,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,0.709,20.2,NA,NA,NA,FlowChamber,NA,1.00,No,NA,Reichling_1957_Fig_27f,TEWL,mg/h,Keep,0.829,Figure,0.399,SD,Sample error,3,NA,NA,Lizard,0.543666667,0.131340524,SD,NA,High quality data extracted from figure,High quality,Usable data,"This study determined water loss and preferred temperatures of eight species of amphibians and four species of reptiles. Animals were caught in the area of Muenster, Germany (L. agilis and Z. vivipara) or obtained from traders (L. viridis and P. muralis). The transpiration measurements were made in the lab with a dewpoint hygrometer and specifically built glassware items each adapted to hold the heads of animals of a particular size category, or to contain an entire animal. Extraction of individual measurement values of the study occurred from the individual data points in the figures of the paper. The dataset contains repeated measures of female, male and juvenile individuals each experiencing different conditions (time, relative humidity, temperature). The protocol applied is homogeneous and the data values could be extracted well. The study contains comparable data on amphibians. All recordings were performed at 15 cm per min air velocity. The measurements were done with different chambers but keeping the same amount of free space around the lizards to standardize the wind/air velocity "
322,J.-F. Le Galliard,Uta_stansburiana_stejnegeri,Uta_stansburiana_stejnegeri,http://www.sciencedirect.com/science/article/pii/0010406X68902557,1968,Wild population,"Colorado Desert, California",33.263010,-115.947180,-45.4,GPS visualizer,NA,12,1965,NA,1,1966,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.999,20.0,NA,NA,400.0,FlowChamber,2.50,8.00,No,NA,Roberts_CBP_1968_1,TEWL,mg/g/h,Keep,0.320,Table,0.024,SE,Sample error,15,NA,NA,Lizard,3.5,3,Range,NA,Medium quality data extracted from table,Medium quality,Usable data,Measurement of water loss after a one-week lab acclimation in flow through chamber at various temperatures and relative humidities. Weight loss measured during 6-12 hours in the dark. Range of body mass but not mean mass provided.
323,J.-F. Le Galliard,Uta_stansburiana_stejnegeri,Uta_stansburiana_stejnegeri,http://www.sciencedirect.com/science/article/pii/0010406X68902557,1968,Wild population,"Colorado Desert, California",33.263010,-115.947180,-45.4,GPS visualizer,NA,12,1965,NA,1,1966,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.799,30.0,NA,NA,400.0,FlowChamber,2.50,8.00,No,NA,Roberts_CBP_1968_1,TEWL,mg/g/h,Keep,0.530,Table,0.036,SE,Sample error,11,NA,NA,Lizard,3.5,3,Range,NA,Medium quality data extracted from table,Medium quality,Usable data,Measurement of water loss after a one-week lab acclimation in flow through chamber at various temperatures and relative humidities. Weight loss measured during 6-12 hours in the dark. Range of body mass but not mean mass provided.
324,J.-F. Le Galliard,Uta_stansburiana_stejnegeri,Uta_stansburiana_stejnegeri,http://www.sciencedirect.com/science/article/pii/0010406X68902557,1968,Wild population,"Colorado Desert, California",33.263010,-115.947180,-45.4,GPS visualizer,NA,12,1965,NA,1,1966,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.866,35.0,NA,NA,400.0,FlowChamber,2.50,8.00,No,NA,Roberts_CBP_1968_1,TEWL,mg/g/h,Keep,0.750,Table,0.074,SE,Sample error,7,NA,NA,Lizard,3.5,3,Range,NA,Medium quality data extracted from table,Medium quality,Usable data,Measurement of water loss after a one-week lab acclimation in flow through chamber at various temperatures and relative humidities. Weight loss measured during 6-12 hours in the dark. Range of body mass but not mean mass provided.
325,J.-F. Le Galliard,Uta_stansburiana_stejnegeri,Uta_stansburiana_stejnegeri,http://www.sciencedirect.com/science/article/pii/0010406X68902557,1968,Wild population,"Colorado Desert, California",33.263010,-115.947180,-45.4,GPS visualizer,NA,12,1965,NA,1,1966,Not specified,Not specified,Controls,NA,7,Loss of body mass,0.273,15.0,NA,NA,400.0,FlowChamber,2.50,8.00,No,NA,Roberts_CBP_1968_1,TEWL,mg/g/h,Keep,0.080,Table,0.006,SE,Sample error,9,NA,NA,Lizard,3.5,3,Range,NA,Medium quality data extracted from table,Medium quality,Usable data,Measurement of water loss after a one-week lab acclimation in flow through chamber at various temperatures and relative humidities. Weight loss measured during 6-12 hours in the dark. Range of body mass but not mean mass provided. More than 84% RH
326,J.-F. Le Galliard,Uta_stansburiana_stejnegeri,Uta_stansburiana_stejnegeri,http://www.sciencedirect.com/science/article/pii/0010406X68902557,1968,Wild population,"Colorado Desert, California",33.263010,-115.947180,-45.4,GPS visualizer,NA,12,1965,NA,1,1966,Not specified,Not specified,Controls,NA,7,Loss of body mass,0.133,20.0,NA,NA,400.0,FlowChamber,2.50,8.00,No,NA,Roberts_CBP_1968_1,TEWL,mg/g/h,Keep,0.100,Table,0.015,SE,Sample error,14,NA,NA,Lizard,3.5,3,Range,NA,Medium quality data extracted from table,Medium quality,Usable data,Measurement of water loss after a one-week lab acclimation in flow through chamber at various temperatures and relative humidities. Weight loss measured during 6-12 hours in the dark. Range of body mass but not mean mass provided.
327,J.-F. Le Galliard,Uta_stansburiana_stejnegeri,Uta_stansburiana_stejnegeri,http://www.sciencedirect.com/science/article/pii/0010406X68902557,1968,Wild population,"Colorado Desert, California",33.263010,-115.947180,-45.4,GPS visualizer,NA,12,1965,NA,1,1966,Not specified,Not specified,Controls,NA,7,Loss of body mass,0.266,30.0,NA,NA,400.0,FlowChamber,2.50,8.00,No,NA,Roberts_CBP_1968_1,TEWL,mg/g/h,Keep,0.270,Table,0.015,SE,Sample error,15,NA,NA,Lizard,3.5,3,Range,NA,Medium quality data extracted from table,Medium quality,Usable data,Measurement of water loss after a one-week lab acclimation in flow through chamber at various temperatures and relative humidities. Weight loss measured during 6-12 hours in the dark. Range of body mass but not mean mass provided.
328,J.-F. Le Galliard,Uta_stansburiana_stejnegeri,Uta_stansburiana_stejnegeri,http://www.sciencedirect.com/science/article/pii/0010406X68902557,1968,Wild population,"Colorado Desert, California",33.263010,-115.947180,-45.4,GPS visualizer,NA,12,1965,NA,1,1966,Not specified,Not specified,Controls,NA,7,Loss of body mass,0.533,35.0,NA,NA,400.0,FlowChamber,2.50,8.00,No,NA,Roberts_CBP_1968_1,TEWL,mg/g/h,Keep,0.320,Table,0.039,SE,Sample error,17,NA,NA,Lizard,3.5,3,Range,NA,Medium quality data extracted from table,Medium quality,Usable data,Measurement of water loss after a one-week lab acclimation in flow through chamber at various temperatures and relative humidities. Weight loss measured during 6-12 hours in the dark. Range of body mass but not mean mass provided.
2290,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"El Pardo, Spain",40.500000,-3.750000,650,Publication,23,4,2018,21,5,2018,Males,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_1,TEWL,mg/h,Keep,31.436,Dataset,0.078,SD,Sample error,39,73,146,Lizard,9.736,1.328,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2291,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"El Pardo, Spain",40.500000,-3.750000,650,Publication,23,4,2018,21,5,2018,Males,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_1,TEWL,%/h,Keep,0.326,Dataset,0.807,SD,Sample error,39,73,146,Lizard,9.736,1.328,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2292,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"El Pardo, Spain",40.500000,-3.750000,650,Publication,23,4,2018,21,5,2018,Females,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_2,TEWL,mg/h,Keep,30.234,Dataset,0.098,SD,Sample error,19,72,131,Lizard,8.173,1.058,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2293,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"El Pardo, Spain",40.500000,-3.750000,650,Publication,23,4,2018,21,5,2018,Females,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_2,TEWL,%/h,Keep,0.374,Dataset,1.198,SD,Sample error,19,72,131,Lizard,8.173,1.058,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2294,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"Colmenar Viejo, Spain",40.640000,-3.800000,850,Publication,17,4,2018,22,5,2018,Males,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_3,TEWL,mg/h,Keep,28.479,Dataset,0.067,SD,Sample error,26,72,136,Lizard,9.158,1.884,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2295,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"Colmenar Viejo, Spain",40.640000,-3.800000,850,Publication,17,4,2018,22,5,2018,Males,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_3,TEWL,%/h,Keep,0.317,Dataset,0.777,SD,Sample error,26,72,136,Lizard,9.158,1.884,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2296,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"Colmenar Viejo, Spain",40.640000,-3.800000,850,Publication,17,4,2018,22,5,2018,Females,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_4,TEWL,mg/h,Keep,23.786,Dataset,0.094,SD,Sample error,21,71,129,Lizard,7.833,1.398,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2297,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"Colmenar Viejo, Spain",40.640000,-3.800000,850,Publication,17,4,2018,22,5,2018,Females,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_4,TEWL,%/h,Keep,0.306,Dataset,1.087,SD,Sample error,21,71,129,Lizard,7.833,1.398,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2298,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"Navacerrada, Spain",40.720000,-4.025000,1250,Publication,18,4,2018,23,5,2018,Males,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_5,TEWL,mg/h,Keep,23.054,Dataset,0.073,SD,Sample error,44,73,142,Lizard,9.66,2.008,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2299,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"Navacerrada, Spain",40.720000,-4.025000,1250,Publication,18,4,2018,23,5,2018,Males,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_5,TEWL,%/h,Keep,0.244,Dataset,0.724,SD,Sample error,44,73,142,Lizard,9.66,2.008,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2300,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"Navacerrada, Spain",40.720000,-4.025000,1250,Publication,17,4,2018,23,5,2018,Females,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_6,TEWL,mg/h,Keep,21.062,Dataset,0.036,SD,Sample error,22,72,109,Lizard,8.047,1.436,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
2301,M. Sannolo,Psammodromus_algirus,Psammodromus_algirus,doi:10.1111/jzo.12744,2019,Wild population,"Navacerrada, Spain",40.720000,-4.025000,1250,Publication,17,4,2018,23,5,2018,Females,Adults,Controls,NA,1,Loss of body mass,4.218,35.0,NA,NA,0.0,VentilatedBox,9.30,9.00,No,NA,Sannolo_JZool_2019_6,TEWL,%/h,Keep,0.270,Dataset,0.663,SD,Sample error,22,72,109,Lizard,8.047,1.436,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss rates measured from field captured animals across three populations with adult lizards after one day of rest in the laboratory. Measurements of evaporative water loss from mass loss in open top boxes inside a climate chamber (FRIOCELL FC-B2V-M/FC-404) set at constant temperature during 9 hours at standard humidity. Humidity between 15-30% RH according to main author.
766,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.572,Dataset,0.596,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
767,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.436,Dataset,0.386,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
768,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.412,Dataset,0.332,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
769,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.374,Dataset,0.261,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
770,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.345,Dataset,0.213,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
771,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.306,Dataset,0.162,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
772,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.297,Dataset,0.152,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
773,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.277,Dataset,0.122,SD,Sample error,35,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
774,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.797,Dataset,0.580,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
775,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.673,Dataset,0.410,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
776,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.619,Dataset,0.336,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
777,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.537,Dataset,0.229,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
778,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.481,Dataset,0.179,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
779,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.442,Dataset,0.159,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
780,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.416,Dataset,0.141,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
781,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.408,Dataset,0.127,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
782,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,1.219,Dataset,0.657,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
783,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.929,Dataset,0.480,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
784,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.825,Dataset,0.332,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
785,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.675,Dataset,0.185,SD,Sample error,35,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
786,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.632,Dataset,0.150,SD,Sample error,35,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
787,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.599,Dataset,0.136,SD,Sample error,35,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
788,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.552,Dataset,0.110,SD,Sample error,33,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
789,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Remove,0.514,Dataset,0.104,SD,Sample error,32,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
790,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,19.849,Dataset,17.842,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
791,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,15.368,Dataset,12.379,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
792,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,15.168,Dataset,13.302,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
793,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,13.729,Dataset,10.330,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
794,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,12.701,Dataset,8.507,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
795,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,10.977,Dataset,5.219,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
796,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,10.674,Dataset,4.908,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
797,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,10.003,Dataset,3.950,SD,Sample error,35,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
798,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,28.970,Dataset,20.145,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
799,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,24.299,Dataset,14.212,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
800,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,22.637,Dataset,12.867,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
801,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,19.412,Dataset,7.465,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
802,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,17.499,Dataset,5.976,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
803,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,16.111,Dataset,5.385,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
804,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,15.248,Dataset,5.065,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
805,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,15.016,Dataset,4.675,SD,Sample error,36,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
806,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,45.711,Dataset,26.797,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
807,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,34.928,Dataset,20.948,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
808,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,31.055,Dataset,15.010,SD,Sample error,37,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
809,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,24.942,Dataset,8.078,SD,Sample error,35,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
810,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,23.303,Dataset,6.562,SD,Sample error,35,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
811,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,22.096,Dataset,5.962,SD,Sample error,35,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
812,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,20.518,Dataset,5.507,SD,Sample error,33,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
813,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Remove,19.231,Dataset,5.110,SD,Sample error,32,54.65,NA,Lizard,3.75,0.78,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
814,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Keep,0.314,Other,0.010,SD,Error in a statistical model,37,54.65,NA,Lizard,3.75,0.78,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
815,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Keep,0.452,Other,0.010,SD,Error in a statistical model,37,54.65,NA,Lizard,3.75,0.78,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
816,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,%/h,Keep,0.594,Other,0.010,SD,Error in a statistical model,37,54.65,NA,Lizard,3.75,0.78,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
817,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Keep,13.590,Other,16.354,SD,Error in a statistical model,37,54.65,NA,Lizard,3.75,0.78,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
818,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Keep,17.192,Other,15.435,SD,Error in a statistical model,37,54.65,NA,Lizard,3.75,0.78,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
819,T. Van Dooren,Podarcis_bocagei,Podarcis_bocagei,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_1,TEWL,mg/h,Keep,20.288,Other,16.801,SD,Error in a statistical model,37,54.65,NA,Lizard,3.75,0.78,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
820,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.577,Dataset,0.593,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
821,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.471,Dataset,0.418,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
822,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.406,Dataset,0.300,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
823,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.383,Dataset,0.254,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
824,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.362,Dataset,0.220,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
825,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.347,Dataset,0.197,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
826,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.296,Dataset,0.133,SD,Sample error,30,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
827,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.265,Dataset,0.095,SD,Sample error,29,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
828,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,1.084,Dataset,0.965,SD,Sample error,32,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
829,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.799,Dataset,0.546,SD,Sample error,32,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
830,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.586,Dataset,0.309,SD,Sample error,30,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
831,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.527,Dataset,0.257,SD,Sample error,30,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
832,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.482,Dataset,0.227,SD,Sample error,30,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
833,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.423,Dataset,0.192,SD,Sample error,28,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
834,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.406,Dataset,0.181,SD,Sample error,28,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
835,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.361,Dataset,0.136,SD,Sample error,26,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
836,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,1.143,Dataset,0.687,SD,Sample error,32,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
837,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.888,Dataset,0.474,SD,Sample error,32,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
838,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.680,Dataset,0.286,SD,Sample error,31,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
839,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.589,Dataset,0.233,SD,Sample error,31,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
840,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.544,Dataset,0.190,SD,Sample error,31,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
841,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.517,Dataset,0.148,SD,Sample error,30,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
842,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.499,Dataset,0.133,SD,Sample error,30,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
843,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Remove,0.462,Dataset,0.119,SD,Sample error,27,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
844,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,19.434,Dataset,24.150,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
845,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,16.105,Dataset,17.671,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
846,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,13.579,Dataset,12.473,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
847,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,12.815,Dataset,10.330,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
848,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,11.973,Dataset,8.648,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
849,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,11.392,Dataset,7.353,SD,Sample error,32,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
850,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,9.500,Dataset,4.584,SD,Sample error,30,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
851,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,8.894,Dataset,4.180,SD,Sample error,29,53.44,NA,Lizard,3.29,0.73,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
852,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,34.734,Dataset,36.327,SD,Sample error,32,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
853,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,25.756,Dataset,20.497,SD,Sample error,32,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
854,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,18.549,Dataset,10.505,SD,Sample error,30,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
855,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,16.645,Dataset,8.667,SD,Sample error,30,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
856,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,15.209,Dataset,7.622,SD,Sample error,30,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
857,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,13.373,Dataset,6.518,SD,Sample error,28,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
858,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,12.869,Dataset,6.248,SD,Sample error,28,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
859,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,11.944,Dataset,5.347,SD,Sample error,26,53.44,NA,Lizard,3.24,0.69,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
860,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,1.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,36.072,Dataset,21.579,SD,Sample error,32,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
861,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,2.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,28.091,Dataset,15.544,SD,Sample error,32,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
862,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,3.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,22.280,Dataset,12.132,SD,Sample error,31,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
863,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,4.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,19.285,Dataset,10.002,SD,Sample error,31,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
864,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,5.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,17.692,Dataset,8.267,SD,Sample error,31,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
865,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,6.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,16.479,Dataset,6.053,SD,Sample error,30,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
866,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,7.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,15.856,Dataset,5.647,SD,Sample error,30,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
867,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Remove,14.468,Dataset,5.066,SD,Sample error,27,53.44,NA,Lizard,3.18,0.68,SD,NA,"High quality data extracted from dataset, inappropriate time step",High quality,Not usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Hourly data considered as duplicates of overall average data."
868,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Keep,0.322,Other,0.010,SD,Error in a statistical model,32,53.44,NA,Lizard,3.29,0.73,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
869,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Keep,0.361,Other,0.136,SD,Error in a statistical model,32,53.44,NA,Lizard,3.24,0.69,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
870,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,%/h,Keep,0.525,Other,0.520,SD,Error in a statistical model,32,53.44,NA,Lizard,3.18,0.68,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
871,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,3.030,27.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Keep,7.933,Other,16.233,SD,Error in a statistical model,32,53.44,NA,Lizard,3.29,0.73,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
872,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,4.042,32.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Keep,11.944,Other,5.347,SD,Error in a statistical model,32,53.44,NA,Lizard,3.24,0.69,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
873,T. Van Dooren,Podarcis_guadarramae,Podarcis_guadarramae,doi: 10.1016/j.zool.2017.12.003,2018,Wild population,"Moledo, Portugal",41.833330,-8.866670,74,Publication,NA,8,2015,NA,9,2015,Males,Not specified,Controls,NA,4,Loss of body mass,5.335,37.0,NA,NA,0.0,VentilatedBox,9.30,8.00,No,NA,Sannolo_Zoology_2018_2,TEWL,mg/h,Keep,15.568,Other,14.974,SD,Error in a statistical model,32,53.44,NA,Lizard,3.18,0.68,SD,NA,High quality data calculated from a statistical model with raw data,High quality,Usable data,"WL measured from field captured animals after four days in the lab approximately at different, constant temperatures and in dry conditions (silica gel) from body mass loss. Data kinldy provided by authors allowed calculations with different experimental conditions and units. RH are upper limits. Tom calculated hourly values but we will only last value at 9 hours since there is a non-linear trend and the last value is probably more reliable. Mean over the total duration."
2119,R. Gavira,Pogona_vitticeps,Pogona_vitticeps,doi:10.1242/jeb.116723,2015,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Not specified,Controls,NA,NA,Gaz measurement,5.804,37.0,NA,37.70,1000.0,FlowChamber,12.00,1.50,No,NA,Scarpellini_JEB_2015_1,TEWL,mg/h,Keep,352.200,Table,39.000,SE,Sample error,8,NA,NA,Lizard,350,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured with a flow-through respirometry system with incurrent dry air at constant temperature and measurement of excurrent water vapor. Measurements done during 90 mins in resting animals and again in gaping animals. In the paper, EWL data is expressed in mg/min. So I multiplied it by 60 to get the data in mg/h, I got some information about the animals' provenance by contacting the first author (a Brazilian friend): Animals bought from a dealer in St. Catharines, Ontario, Canada."
2120,R. Gavira,Pogona_vitticeps,Pogona_vitticeps,doi:10.1242/jeb.116723,2015,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Both sexes,Not specified,Other manipulation,Gaping,NA,Gaz measurement,5.804,37.0,NA,37.70,1000.0,FlowChamber,12.00,1.50,No,During gaping,Scarpellini_JEB_2015_2,TEWL,mg/h,Keep,364.200,Table,25.800,SE,Sample error,8,NA,NA,Lizard,350,NA,NA,NA,"High quality data extracted from table, gaping animals",High quality,Not usable data,"Water loss measured with a flow-through respirometry system with incurrent dry air at constant temperature and measurement of excurrent water vapor. Measurements done during 90 mins in resting animals and again in gaping animals. In the paper, EWL data is expressed in mg/min. So I multiplied it by 60 to get the data in mg/h, I got some information about the animals' provenance by contacting the first author (a Brazilian friend): Animals bought from a dealer in St. Catharines, Ontario, Canada. Data on gaping animals removed."
2198,R. Gavira,Boa_constrictor_amarali,Boa_constrictor_amarali,Personal unpublished data,2018,Wild population,"Rio Claro, SP, Brazil",-22.397410,-47.543740,630,Publication,NA,10,2018,NA,10,2018,Females,Juveniles,Controls,NA,60,Gaz measurement,1.679,15.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Senzano_unpub_2018_1,TEWL,mg/h,Keep,36.707,Dataset,NA,NA,NA,1,770,NA,Juvenile snake,445.21,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,"TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Technical data provided by Rodrigo, animals tested in a tube."
2199,R. Gavira,Boa_constrictor_amarali,Boa_constrictor_amarali,Personal unpublished data,2018,Wild population,"Rio Claro, SP, Brazil",-22.397410,-47.543740,630,Publication,NA,10,2018,NA,10,2018,Females,Juveniles,Controls,NA,60,Gaz measurement,3.119,25.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Senzano_unpub_2018_1,TEWL,mg/h,Keep,51.654,Dataset,NA,NA,NA,1,770,NA,Juvenile snake,444.92,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,"TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Technical data provided by Rodrigo, animals tested in a tube."
2200,R. Gavira,Boa_constrictor_amarali,Boa_constrictor_amarali,Personal unpublished data,2018,Wild population,"Rio Claro, SP, Brazil",-22.397410,-47.543740,630,Publication,NA,10,2018,NA,10,2018,Females,Juveniles,Controls,NA,60,Gaz measurement,5.539,35.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Senzano_unpub_2018_1,TEWL,mg/h,Keep,115.617,Dataset,NA,NA,NA,1,770,NA,Juvenile snake,444.61,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,"TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Technical data provided by Rodrigo, animals tested in a tube."
2201,R. Gavira,Epicrates_crassus,Epicrates_crassus,Personal unpublished data,2018,Wild population,"Glic�rio, SP, Brazil",-21.401000,-50.163000,395,Publication,NA,10,2018,NA,10,2018,Females,Sub-Adults,Controls,NA,60,Gaz measurement,1.679,15.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Senzano_unpub_2018_2,TEWL,mg/h,Keep,54.561,Dataset,NA,NA,NA,1,810,NA,Snake,304.01,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,"TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Technical data provided by Rodrigo, animals tested in a tube."
2202,R. Gavira,Epicrates_crassus,Epicrates_crassus,Personal unpublished data,2018,Wild population,"Glic�rio, SP, Brazil",-21.401000,-50.163000,395,Publication,NA,10,2018,NA,10,2018,Females,Sub-Adults,Controls,NA,60,Gaz measurement,3.119,25.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Senzano_unpub_2018_2,TEWL,mg/h,Keep,108.623,Dataset,NA,NA,NA,1,810,NA,Snake,300.51,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,"TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Technical data provided by Rodrigo, animals tested in a tube."
2203,R. Gavira,Epicrates_crassus,Epicrates_crassus,Personal unpublished data,2018,Wild population,"Glic�rio, SP, Brazil",-21.401000,-50.163000,395,Publication,NA,10,2018,NA,10,2018,Females,Sub-Adults,Controls,NA,60,Gaz measurement,5.539,35.0,NA,NA,767.0,FlowChamber,15.00,1.00,No,NA,Senzano_unpub_2018_2,TEWL,mg/h,Keep,169.950,Dataset,NA,NA,NA,1,810,NA,Snake,298.51,NA,NA,NA,High quality data extracted from dataset,High quality,Usable data,"TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Technical data provided by Rodrigo, animals tested in a tube."
2204,R. Gavira,Salvator_merianae,Salvator_merianae,Personal unpublished data,2018,Wild population,"Rio Claro, SP, Brazil",-22.397410,-47.543740,630,Publication,NA,1,2019,NA,1,2019,Females,Adults,Controls,NA,1,Gaz measurement,1.679,15.0,NA,NA,1300.0,FlowFlask,NA,1.00,No,NA,Senzano_unpub_2018_3,TEWL,mg/h,Keep,840.457,Dataset,33.786,SD,Sample error,2,380,NA,Lizard,2588.93,356.85,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Animals tested in a cuboid chamber with incurrent and excurrent air on top not allowing straightforward calculation of air flow (volume = 46 L with rectangular section of 44 by 44 cm)
2205,R. Gavira,Salvator_merianae,Salvator_merianae,Personal unpublished data,2018,Wild population,"Rio Claro, SP, Brazil",-22.397410,-47.543740,630,Publication,NA,1,2019,NA,1,2019,Females,Adults,Controls,NA,1,Gaz measurement,3.119,25.0,NA,NA,1300.0,FlowFlask,NA,1.00,No,NA,Senzano_unpub_2018_3,TEWL,mg/h,Keep,1352.342,Dataset,30.317,SD,Sample error,2,380,NA,Lizard,2588.93,356.85,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Animals tested in a cuboid chamber with incurrent and excurrent air on top not allowing straightforward calculation of air flow (volume = 46 L with rectangular section of 44 by 44 cm)
2206,R. Gavira,Salvator_merianae,Salvator_merianae,Personal unpublished data,2018,Wild population,"Rio Claro, SP, Brazil",-22.397410,-47.543740,630,Publication,NA,1,2019,NA,1,2019,Females,Adults,Controls,NA,1,Gaz measurement,5.539,35.0,NA,NA,1300.0,FlowFlask,NA,1.00,No,NA,Senzano_unpub_2018_3,TEWL,mg/h,Keep,2166.275,Dataset,46.700,SD,Sample error,2,380,NA,Lizard,2588.93,356.85,SD,NA,High quality data extracted from dataset,High quality,Usable data,TWL from resting animals measured in a flow-through apparatus with incurrent dry air at constant temperature and with using excurrent air in a RH reader. Measurements done on the same animals at different body temperatures. Unpublished data from L.M. Senzano and D.V. Andrade. Animals tested in a cuboid chamber with incurrent and excurrent air on top not allowing straightforward calculation of air flow (volume = 46 L with rectangular section of 44 by 44 cm)
47,J.-F. Le Galliard,Anolis_limifrons,Anolis_limifrons,https://www.jstor.org/stable/1563247,1968,Wild population,"Barro Colorado Island, Panama",9.152000,-79.846480,151.2,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,1.119,21.0,NA,NA,0.0,VentilatedBox,NA,42.00,Not specified,Dessication to death,Sexton_Ecology_1968_1,TEWL,mg/g/h,Keep,6.200,Table,4.600,Range,Sample error,6,NA,NA,Lizard,1.39,0.22,Range,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1. Data from Sexton & Heatwole, 1968 reported in mg per g per hour, with an estimate of the range taken from the primary source. Same id-sample than another paper from Andreaz's. Error-mean for body mass come from this other paper."
478,A. Dupoue,Anolis_limifrons,Anolis_limifrons,https://esajournals.onlinelibrary.wiley.com/doi/abs/10.2307/1935543,1968,Wild population,"Isla Barro Colorado, Panama",9.151940,-79.846390,150,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,7,Loss of body mass,1.119,21.0,NA,NA,0.0,VentilatedBox,NA,42.00,Not specified,NA,Sexton_Ecology_1968_1,TEWL,mg/h,Keep,7.600,Table,2.533,SD,Sample error,6,NA,NA,Lizard,1.39,0.22,Range,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured from a dessication to death experiment in a climate chamber maintained at constant temperature and humidity. Body mass taken from the median and all errors given as a range. Data extracted from Table 2. Same id-sample than another paper from JF's. Body Mass mean come from this other paper.
48,J.-F. Le Galliard,Anolis_auratus,Anolis_auratus,https://www.jstor.org/stable/1563247,1968,Wild population,"Panama City, Panama",8.982370,-79.519860,14.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,7,Loss of body mass,1.119,21.0,NA,NA,0.0,VentilatedBox,NA,95.30,Not specified,Dessication to death,Sexton_Ecology_1968_2,TEWL,mg/g/h,Keep,2.100,Table,2.800,Range,Sample error,7,NA,NA,Lizard,1.39,0.3,Range,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,"Measurements of standard rate of loss under controlled conditions in animals at rest by mass loss until a critical limit of dehydration. Data extracted from Table 1. Data from Sexton & Heatwole, 1968. Same id-sample than another paper from Andreaz's.  Error-mean for body mass come from this other paper."
479,A. Dupoue,Anolis_auratus,Anolis_auratus,https://esajournals.onlinelibrary.wiley.com/doi/abs/10.2307/1935543,1968,Wild population,"Panama City, Panama",8.982370,-79.519860,14.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Both age classes,Controls,NA,7,Loss of body mass,1.119,21.0,NA,NA,0.0,VentilatedBox,NA,95.00,Not specified,NA,Sexton_Ecology_1968_2,TEWL,mg/h,Keep,2.400,Table,0.900,SD,Sample error,7,NA,NA,Lizard,1.39,0.3,Range,NA,"Medium quality data extracted from table, dessication to death experiment",Medium quality,Usable data,Water loss measured from a dessication to death experiment in a climate chamber maintained at constant temperature and humidity. Body mass taken from the median and all errors given as a range. Data extracted from Table 2. Same id-sample than another paper from JF's. Body Mass mean come from this other paper.
2763,J.-F. Le Galliard,Atlantolacerta_andreanszkyi,Atlantolacerta_andreanszkyi,doi.org/10.1016/j.jtherbio.2020.102743,2020,Wild population,"Oukaimeden, Morocco",31.206020,-7.854360,2599,Publication,1,4,2017,30,5,2017,Males,Adults,Controls,NA,5,Loss of body mass,2.238,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Skhifa_JTB_2020_1,TEWL,%/h,Keep,0.470,Dataset,0.060,SE,Sample error,10,44.32,NA,Lizard,1.84,0.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Animals were maintained for a short period of time in the laboratory then measured under standard conditions in the laboratory. Total water loss calculated from all data and reported in paper table and figures. Statistics were kindly provided in two different units with associated metadata by corresponding author.
2766,J.-F. Le Galliard,Atlantolacerta_andreanszkyi,Atlantolacerta_andreanszkyi,doi.org/10.1016/j.jtherbio.2020.102743,2020,Wild population,"Oukaimeden, Morocco",31.206020,-7.854360,2599,Publication,1,4,2017,30,5,2017,Males,Adults,Controls,NA,5,Loss of body mass,2.238,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Skhifa_JTB_2020_1,TEWL,mg/h,Keep,8.640,Dataset,0.710,SE,Sample error,10,44.32,NA,Lizard,1.84,0.26,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Animals were maintained for a short period of time in the laboratory then measured under standard conditions in the laboratory. Total water loss calculated from all data and reported in paper table and figures. Statistics were kindly provided in two different units with associated metadata by corresponding author.
2764,J.-F. Le Galliard,Scelarcis_perspicillata,Scelarcis_perspicillata,doi.org/10.1016/j.jtherbio.2020.102743,2020,Wild population,"Oukaimeden, Morocco",31.206020,-7.854360,2599,Publication,1,4,2017,30,5,2017,Males,Adults,Controls,NA,5,Loss of body mass,2.238,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Skhifa_JTB_2020_2,TEWL,%/h,Keep,0.370,Dataset,0.110,SE,Sample error,10,59.42,NA,Lizard,3.69,0.7,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Animals were maintained for a short period of time in the laboratory then measured under standard conditions in the laboratory. Total water loss calculated from all data and reported in paper table and figures. Statistics were kindly provided in two different units with associated metadata by corresponding author.
2767,J.-F. Le Galliard,Scelarcis_perspicillata,Scelarcis_perspicillata,doi.org/10.1016/j.jtherbio.2020.102743,2020,Wild population,"Oukaimeden, Morocco",31.206020,-7.854360,2599,Publication,1,4,2017,30,5,2017,Males,Adults,Controls,NA,5,Loss of body mass,2.238,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Skhifa_JTB_2020_2,TEWL,mg/h,Keep,13.870,Dataset,2.710,SE,Sample error,10,58.42,NA,Lizard,3.69,0.7,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Animals were maintained for a short period of time in the laboratory then measured under standard conditions in the laboratory. Total water loss calculated from all data and reported in paper table and figures. Statistics were kindly provided in two different units with associated metadata by corresponding author.
2765,J.-F. Le Galliard,Podarcis_vaucheri,Podarcis_vaucheri,doi.org/10.1016/j.jtherbio.2020.102743,2020,Wild population,"Oukaimeden, Morocco",31.206020,-7.854360,2599,Publication,1,4,2017,30,5,2017,Males,Adults,Controls,NA,5,Loss of body mass,2.238,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Skhifa_JTB_2020_3,TEWL,%/h,Keep,0.310,Dataset,0.040,SE,Sample error,10,53.78,NA,Lizard,2.85,0.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Animals were maintained for a short period of time in the laboratory then measured under standard conditions in the laboratory. Total water loss calculated from all data and reported in paper table and figures. Statistics were kindly provided in two different units with associated metadata by corresponding author.
2768,J.-F. Le Galliard,Podarcis_vaucheri,Podarcis_vaucheri,doi.org/10.1016/j.jtherbio.2020.102743,2020,Wild population,"Oukaimeden, Morocco",31.206020,-7.854360,2599,Publication,1,4,2017,30,5,2017,Males,Adults,Controls,NA,5,Loss of body mass,2.238,24.0,NA,NA,0.0,VentilatedBox,NA,12.00,No,NA,Skhifa_JTB_2020_3,TEWL,mg/h,Keep,8.650,Dataset,0.450,SE,Sample error,10,53.78,NA,Lizard,2.85,0.49,SD,NA,High quality data extracted from dataset,High quality,Usable data,Water loss measured in a closed chamber with dry air and a small ventilation hole at constant temperature from field-caught animals using repeated measurements of body mass from 1 hour to 12 hours after the start of the experiment. Animals were maintained for a short period of time in the laboratory then measured under standard conditions in the laboratory. Total water loss calculated from all data and reported in paper table and figures. Statistics were kindly provided in two different units with associated metadata by corresponding author.
513,A. Dupoue,Hemidactylus_frenatus,Hemidactylus_frenatus,https://www.jstor.org/stable/3891449?seq=1#page_scan_tab_contents,1976,Wild population,"Bandar Seri Begawan, Brunei",4.903050,114.939820,14,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,5,Loss of body mass,2.338,20.0,NA,NA,0.0,SealedBox,NA,1.00,No,NA,Snyder_Herpetologica_1976_1,TEWL,mg/g/h,Keep,1.329,Figure,0.183,SD,Sample error,5,NA,NA,Lizard,4.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from mass loss in an closed-top chamber maintained in constant temperature and dry air conditions over hours long periods. All data reported in Figure 3
514,A. Dupoue,Hemidactylus_frenatus,Hemidactylus_frenatus,https://www.jstor.org/stable/3891449?seq=1#page_scan_tab_contents,1976,Wild population,"Bandar Seri Begawan, Brunei",4.903050,114.939820,14,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,5,Loss of body mass,2.643,22.0,NA,NA,0.0,SealedBox,NA,1.00,No,NA,Snyder_Herpetologica_1976_1,TEWL,mg/g/h,Keep,1.342,Figure,0.310,SD,Sample error,6,NA,NA,Lizard,4.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from mass loss in an closed-top chamber maintained in constant temperature and dry air conditions over hours long periods. All data reported in Figure 3
515,A. Dupoue,Hemidactylus_frenatus,Hemidactylus_frenatus,https://www.jstor.org/stable/3891449?seq=1#page_scan_tab_contents,1976,Wild population,"Bandar Seri Begawan, Brunei",4.903050,114.939820,14,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,5,Loss of body mass,3.167,25.0,NA,NA,0.0,SealedBox,NA,1.00,No,NA,Snyder_Herpetologica_1976_1,TEWL,mg/g/h,Keep,1.841,Figure,0.419,SD,Sample error,4,NA,NA,Lizard,4.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from mass loss in an closed-top chamber maintained in constant temperature and dry air conditions over hours long periods. All data reported in Figure 3
516,A. Dupoue,Hemidactylus_frenatus,Hemidactylus_frenatus,https://www.jstor.org/stable/3891449?seq=1#page_scan_tab_contents,1976,Wild population,"Bandar Seri Begawan, Brunei",4.903050,114.939820,14,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,5,Loss of body mass,3.671,27.5,NA,NA,0.0,SealedBox,NA,1.00,No,NA,Snyder_Herpetologica_1976_1,TEWL,mg/g/h,Keep,2.439,Figure,1.085,SD,Sample error,5,NA,NA,Lizard,4.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from mass loss in an closed-top chamber maintained in constant temperature and dry air conditions over hours long periods. All data reported in Figure 3
517,A. Dupoue,Hemidactylus_frenatus,Hemidactylus_frenatus,https://www.jstor.org/stable/3891449?seq=1#page_scan_tab_contents,1976,Wild population,"Bandar Seri Begawan, Brunei",4.903050,114.939820,14,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,5,Loss of body mass,4.243,30.0,NA,NA,0.0,SealedBox,NA,1.00,No,NA,Snyder_Herpetologica_1976_1,TEWL,mg/g/h,Keep,1.243,Figure,0.224,SD,Sample error,5,NA,NA,Lizard,4.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from mass loss in an closed-top chamber maintained in constant temperature and dry air conditions over hours long periods. All data reported in Figure 3
518,A. Dupoue,Hemidactylus_frenatus,Hemidactylus_frenatus,https://www.jstor.org/stable/3891449?seq=1#page_scan_tab_contents,1976,Wild population,"Bandar Seri Begawan, Brunei",4.903050,114.939820,14,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,5,Loss of body mass,4.622,31.5,NA,NA,0.0,SealedBox,NA,1.00,No,NA,Snyder_Herpetologica_1976_1,TEWL,mg/g/h,Keep,3.141,Figure,0.859,SD,Sample error,6,NA,NA,Lizard,4.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from mass loss in an closed-top chamber maintained in constant temperature and dry air conditions over hours long periods. All data reported in Figure 3
519,A. Dupoue,Hemidactylus_frenatus,Hemidactylus_frenatus,https://www.jstor.org/stable/3891449?seq=1#page_scan_tab_contents,1976,Wild population,"Bandar Seri Begawan, Brunei",4.903050,114.939820,14,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,5,Loss of body mass,5.173,33.5,NA,NA,0.0,SealedBox,NA,1.00,No,NA,Snyder_Herpetologica_1976_1,TEWL,mg/g/h,Keep,3.632,Figure,1.081,SD,Sample error,5,NA,NA,Lizard,4.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from mass loss in an closed-top chamber maintained in constant temperature and dry air conditions over hours long periods. All data reported in Figure 3
520,A. Dupoue,Hemidactylus_frenatus,Hemidactylus_frenatus,https://www.jstor.org/stable/3891449?seq=1#page_scan_tab_contents,1976,Wild population,"Bandar Seri Begawan, Brunei",4.903050,114.939820,14,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,5,Loss of body mass,5.623,35.0,NA,NA,0.0,SealedBox,NA,1.00,No,NA,Snyder_Herpetologica_1976_1,TEWL,mg/g/h,Keep,4.501,Figure,1.545,SD,Sample error,7,NA,NA,Lizard,4.4,NA,NA,NA,High quality data extracted from figure,High quality,Usable data,Water loss measured from mass loss in an closed-top chamber maintained in constant temperature and dry air conditions over hours long periods. All data reported in Figure 3
484,A. Dupoue,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,https://link.springer.com/article/10.1007/BF02482833,1975,Wild population,"Frederiksted, St Croix Island, Virgin Islands, USA",17.711600,-64.880930,5.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Loss of body mass,2.983,24.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_JCP_1975_1,TEWL,mg/g/h,Keep,4.200,Other,0.580,SE,Sample error,23,NA,NA,Lizard,0.45,NA,NA,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. All data extracted from main text but no information on sample size and errors data sometimes missing. Chamber size not available."
485,A. Dupoue,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,https://link.springer.com/article/10.1007/BF02482833,1975,Wild population,"Frederiksted, St Croix Island, Virgin Islands, USA",17.711600,-64.880930,5.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_JCP_1975_1,TEWL,mg/g/h,Keep,5.400,Text,0.310,SE,Sample error,23,NA,NA,Lizard,0.45,NA,NA,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. All data extracted from main text but no information on sample size and errors data sometimes missing. Chamber size not available."
722,A. Dupoue,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,https://link.springer.com/article/10.1007/BF02482833,1975,Wild population,"Frederiksted, St Croix Island, Virgin Islands, USA",17.711600,-64.880930,5.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Loss of body mass,2.983,27.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_JCP_1975_1,TEWL,mg/g/h,Keep,4.101,Figure,0.600,SE,Sample error,5,NA,NA,Lizard,0.45,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"Methods are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided.  no information on sample size and errors data sometimes missing. Chamber size not available."
723,A. Dupoue,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,https://link.springer.com/article/10.1007/BF02482833,1975,Wild population,"Frederiksted, St Croix Island, Virgin Islands, USA",17.711600,-64.880930,5.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Loss of body mass,4.779,33.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_JCP_1975_1,TEWL,mg/g/h,Keep,7.077,Figure,0.350,SE,Sample error,5,NA,NA,Lizard,0.45,NA,NA,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. no information on sample size and errors data sometimes missing. Chamber size not available."
724,A. Dupoue,Sphaerodactylus_macrolepis,Sphaerodactylus_macrolepis,https://link.springer.com/article/10.1007/BF02482833,1975,Wild population,"Frederiksted, St Croix Island, Virgin Islands, USA",17.711600,-64.880930,5.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Loss of body mass,4.243,30.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_JCP_1975_1,CWL,mg/g/h,Keep,5.100,Text,0.330,SD,Sample error,23,NA,NA,Lizard,0.45,NA,NA,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. All data extracted from main text but no information on sample size and errors data sometimes missing. Chamber size not available."
480,A. Dupoue,Sphaerodactylus_beattyi,Sphaerodactylus_beattyi,https://link.springer.com/article/10.1007/BF00347829,1979,Wild population,"St Croix Island, Virgin Islands, USA",17.713280,-64.822030,40.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,2.337,20.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_Oecologia_1979_1,TEWL,mg/g/h,Keep,1.800,Text,0.140,SE,Sample error,23,NA,NA,Lizard,0.37,0.02,SD,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are described in Snyder1975 and are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. All data extracted from main text. Chamber size not available."
481,A. Dupoue,Sphaerodactylus_beattyi,Sphaerodactylus_beattyi,https://link.springer.com/article/10.1007/BF00347829,1979,Wild population,"St Croix Island, Virgin Islands, USA",17.713280,-64.822030,40.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,2.983,24.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_Oecologia_1979_1,TEWL,mg/g/h,Keep,2.000,Text,0.180,SE,Sample error,23,NA,NA,Lizard,0.37,0.02,SD,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are described in Snyder1975 and are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. All data extracted from main text. Chamber size not available."
482,A. Dupoue,Sphaerodactylus_beattyi,Sphaerodactylus_beattyi,https://link.springer.com/article/10.1007/BF00347829,1979,Wild population,"St Croix Island, Virgin Islands, USA",17.713280,-64.822030,40.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,4.243,30.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_Oecologia_1979_1,TEWL,mg/g/h,Keep,3.400,Text,0.210,SE,Sample error,23,NA,NA,Lizard,0.37,0.02,SD,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are described in Snyder1975 and are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. All data extracted from main text. Chamber size not available."
483,A. Dupoue,Sphaerodactylus_beattyi,Sphaerodactylus_beattyi,https://link.springer.com/article/10.1007/BF00347829,1979,Wild population,"St Croix Island, Virgin Islands, USA",17.713280,-64.822030,40.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,5.031,33.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_Oecologia_1979_1,TEWL,mg/g/h,Keep,4.400,Text,0.300,SE,Sample error,23,NA,NA,Lizard,0.37,0.02,SD,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are described in Snyder1975 and are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. All data extracted from main text. Chamber size not available."
721,A. Dupoue,Sphaerodactylus_beattyi,Sphaerodactylus_beattyi,https://link.springer.com/article/10.1007/BF00347829,1979,Wild population,"St Croix Island, Virgin Islands, USA",17.713280,-64.822030,40.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,14,Loss of body mass,4.243,30.0,NA,NA,200.0,FlowChamber,NA,1.00,No,NA,Snyder_Oecologia_1979_1,CWL,mg/g/h,Keep,3.200,Text,0.230,SD,Sample error,23,NA,NA,Lizard,0.37,0.02,SD,NA,Medium quality data extracted from main text,Medium quality,Usable data,"Methods are described in Snyder1975 and are based on mass loss measurements in dry air at constant flow and temperature. Air dry, CO2 free. Mass recorded hourly but no time duration provided. All data extracted from main text. Chamber size not available."
709,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.560,27.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,1.000,Table,0.090,SD,Sample error,12,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
710,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.240,30.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,1.100,Table,0.070,SD,Sample error,28,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
711,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.026,33.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,1.200,Table,0.080,SD,Sample error,27,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
712,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.946,36.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,2.500,Table,0.380,SD,Sample error,9,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
713,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.626,38.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,3.400,Table,0.560,SD,Sample error,9,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
714,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.066,27.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,1.000,Table,0.105,SD,Sample error,7,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
715,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.066,30.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,1.100,Table,0.110,SD,Sample error,6,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
716,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.066,33.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,1.000,Table,0.085,SD,Sample error,7,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
717,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.066,36.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,1.300,Table,0.150,SD,Sample error,7,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
718,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.066,38.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_1,TEWL,mg/g/h,Keep,2.300,Table,0.405,SD,Sample error,6,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 1."
727,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.560,27.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,TEWL,mg/g/h,Keep,0.410,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
728,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.240,30.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,TEWL,mg/g/h,Keep,0.450,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
729,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.026,33.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,TEWL,mg/g/h,Keep,0.540,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
730,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.946,36.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,TEWL,mg/g/h,Keep,1.040,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
731,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.626,38.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,TEWL,mg/g/h,Keep,1.870,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
732,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.560,27.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,RWL,mg/g/h,Keep,0.120,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
733,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.240,30.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,RWL,mg/g/h,Keep,0.120,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
734,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.026,33.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,RWL,mg/g/h,Keep,0.160,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
735,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.946,36.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,RWL,mg/g/h,Keep,0.540,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
736,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.626,38.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,RWL,mg/g/h,Keep,1.210,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
737,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.560,27.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,CWL,mg/g/h,Keep,0.300,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
738,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.240,30.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,CWL,mg/g/h,Keep,0.300,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
739,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.026,33.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,CWL,mg/g/h,Keep,0.400,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
740,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.946,36.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,CWL,mg/g/h,Keep,0.500,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
741,A. Dupoue,Xantusia_vigilis,Xantusia_vigilis,https://www.sciencedirect.com/science/article/pii/0034568771900661,1971,Wild population,"Pearblossom, Antelope Valley, CA, USA",34.516740,-117.910920,897.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.626,38.0,NA,NA,0.0,VentilatedBox,NA,NA,No,NA,Snyder_RespPhys_1971_2,CWL,mg/g/h,Keep,0.700,Table,NA,NA,NA,4,NA,NA,Lizard,1.1,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss in a closed-top chamber maintained in a temperature and humidity control cabinet for wild animals without indications of acclimation time and duration.  Data were recorded on individuals at different temperatures and humidity, and in the absence of accurate individual data assumed to belong to the same individual group. Flow rate had to be converted. All data from Table 2."
486,A. Dupoue,Anolis_carolinensis,Anolis_carolinensis,https://www.sciencedirect.com/science/article/pii/0300962976900694,1976,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,1.353,20.6,21.00,20.50,NA,FlowChamber,120.00,1.00,No,Air velocity not flow rate reported,Spotila_CompBiochemPhys_1976_1,TEWL,mg/g/h,Keep,1.940,Table,0.312,SE,Sample error,7,NA,NA,Lizard,5.8,0.27,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Measure of TEWL made in a wind tunnel (air speed: 200 cm/sec) but origin and characteristics of sampled individuals non available. Duration assumed to be 1 hour based on reported range
725,A. Dupoue,Anolis_carolinensis,Anolis_carolinensis,https://www.sciencedirect.com/science/article/pii/0300962976900694,1976,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,1.353,20.6,21.00,20.50,NA,FlowChamber,120.00,1.00,No,Air velocity not flow rate reported,Spotila_CompBiochemPhys_1976_1,CWL,mg/g/h,Keep,1.340,Table,0.337,SD,Sample error,7,NA,NA,Lizard,5.8,0.27,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Measure of TEWL made in a wind tunnel (air speed: 200 cm/sec) but origin and characteristics of sampled individuals non available. Duration assumed to be 1 hour based on reported range
726,A. Dupoue,Anolis_carolinensis,Anolis_carolinensis,https://www.sciencedirect.com/science/article/pii/0300962976900694,1976,Not specified,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,1.353,20.6,21.00,20.50,NA,FlowChamber,120.00,1.00,No,Air velocity not flow rate reported,Spotila_CompBiochemPhys_1976_1,RWL,mg/g/h,Keep,0.061,Table,0.502,SD,Sample error,7,NA,NA,Lizard,5.8,0.27,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,Measure of TEWL made in a wind tunnel (air speed: 200 cm/sec) but origin and characteristics of sampled individuals non available. Duration assumed to be 1 hour based on reported range
487,A. Dupoue,Sphaerodactylus_vincenti,Sphaerodactylus_vincenti,https://www.jstor.org/stable/4498593?seq=1#page_scan_tab_contents,2007,Wild population,"Vermont Nature Trail, Saint Vincent et les grenadines",13.203920,-61.211650,350,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,1,Loss of body mass,1.109,25.0,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Steinberg_JHerp_2007_1,TEWL,mg/g/h,Keep,12.550,Table,0.750,SE,Sample error,10,NA,NA,Lizard,0.611,0.09,SD,NA,High quality data extracted from table,High quality,Usable data,"Dehydration rates measured from mass loss in cloth bags maintained in outdoor conditions ar relatively constant temperature, without clear control of flow and humidity. The paper includes a mini metanalyse of TEWL in Spaerodactylus geckos. All data extracted from Table 2."
488,A. Dupoue,Sphaerodactylus_vincenti,Sphaerodactylus_vincenti,https://www.jstor.org/stable/4498593?seq=1#page_scan_tab_contents,2007,Wild population,"Vermont Nature Trail, Saint Vincent et les grenadines",13.203920,-61.211650,350,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,1,Loss of body mass,1.109,25.0,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Steinberg_JHerp_2007_2,TEWL,mg/g/h,Keep,15.220,Table,1.570,SE,Sample error,6,NA,NA,Lizard,0.537,0.07,SD,NA,High quality data extracted from table,High quality,Usable data,"Dehydration rates measured from mass loss in cloth bags maintained in outdoor conditions ar relatively constant temperature, without clear control of flow and humidity. The paper includes a mini metanalyse of TEWL in Spaerodactylus geckos. All data extracted from Table 2."
489,A. Dupoue,Sphaerodactylus_vincenti,Sphaerodactylus_vincenti,https://www.jstor.org/stable/4498593?seq=1#page_scan_tab_contents,2007,Wild population,"Botanic garden, Saint Vincent et les grenadines",13.148690,-61.215510,75,Publication,NA,NA,NA,NA,NA,NA,Males,Adults,Controls,NA,1,Loss of body mass,1.109,25.0,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Steinberg_JHerp_2007_3,TEWL,mg/g/h,Keep,6.020,Table,0.980,SE,Sample error,7,NA,NA,Lizard,0.469,0.04,SD,NA,High quality data extracted from table,High quality,Usable data,"Dehydration rates measured from mass loss in cloth bags maintained in outdoor conditions ar relatively constant temperature, without clear control of flow and humidity. The paper includes a mini metanalyse of TEWL in Spaerodactylus geckos. All data extracted from Table 2."
490,A. Dupoue,Sphaerodactylus_vincenti,Sphaerodactylus_vincenti,https://www.jstor.org/stable/4498593?seq=1#page_scan_tab_contents,2007,Wild population,"Botanic garden, Saint Vincent et les grenadines",13.148690,-61.215510,75,Publication,NA,NA,NA,NA,NA,NA,Females,Adults,Controls,NA,1,Loss of body mass,1.109,25.0,NA,NA,0.0,VentilatedBox,NA,6.00,No,NA,Steinberg_JHerp_2007_4,TEWL,mg/g/h,Keep,8.880,Table,1.410,SE,Sample error,9,NA,NA,Lizard,0.442,0.04,SD,NA,High quality data extracted from table,High quality,Usable data,"Dehydration rates measured from mass loss in cloth bags maintained in outdoor conditions ar relatively constant temperature, without clear control of flow and humidity. The paper includes a mini metanalyse of TEWL in Spaerodactylus geckos. All data extracted from Table 2."
491,A. Dupoue,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,https://www.journals.uchicago.edu/doi/abs/10.1086/physzool.33.2.30152300?journalCode=physzool,1960,Wild population,"Thousand Palms, California USA",33.813640,-116.390080,66.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,4.755,32.0,NA,32.00,0.0,SealedBox,NA,1.00,No,NA,Templeton_PhysiolZool_1960_1,TEWL,mg/g/h,Keep,0.860,Table,0.230,SD,Sample error,15,NA,NA,Lizard,48.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in an open-flow system with dry air and controlled temperature from mass increase of the dessicant. Data reported in Table 2. Body temperature measured and always close at +- 0.5�C from the water bath temperature. Same sample even if subsamples were used at each temperature.
492,A. Dupoue,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,https://www.journals.uchicago.edu/doi/abs/10.1086/physzool.33.2.30152300?journalCode=physzool,1960,Wild population,"Thousand Palms, California USA",33.813640,-116.390080,66.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,5.942,36.0,NA,36.00,0.0,SealedBox,NA,1.00,No,NA,Templeton_PhysiolZool_1960_1,TEWL,mg/g/h,Keep,1.160,Table,0.250,SD,Sample error,10,NA,NA,Lizard,52.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in an open-flow system with dry air and controlled temperature from mass increase of the dessicant. Data reported in Table 2.  Body temperature measured and always close at +- 0.5�C from the water bath temperature.  Same sample even if subsamples were used at each temperature.
493,A. Dupoue,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,https://www.journals.uchicago.edu/doi/abs/10.1086/physzool.33.2.30152300?journalCode=physzool,1960,Wild population,"Thousand Palms, California USA",33.813640,-116.390080,66.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,7.377,40.0,NA,40.00,0.0,SealedBox,NA,1.00,No,NA,Templeton_PhysiolZool_1960_1,TEWL,mg/g/h,Keep,2.080,Table,0.440,SD,Sample error,10,NA,NA,Lizard,47.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Water loss measured in an open-flow system with dry air and controlled temperature from mass increase of the dessicant. Data reported in Table 2.  Body temperature measured and always close at +- 0.5�C from the water bath temperature. Same sample even if subsamples were used at each temperature.
494,A. Dupoue,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,https://www.journals.uchicago.edu/doi/abs/10.1086/physzool.33.2.30152300?journalCode=physzool,1960,Wild population,"Thousand Palms, California USA",33.813640,-116.390080,66.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Adults,Controls,NA,NA,Change in mass of a dessicant,9.102,44.0,NA,44.00,0.0,SealedBox,NA,1.00,No,Animals panting,Templeton_PhysiolZool_1960_1,TEWL,mg/g/h,Keep,3.640,Table,0.930,SD,Sample error,10,NA,NA,Lizard,46.6,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,Water loss measured in an open-flow system with dry air and controlled temperature from mass increase of the dessicant. Data reported in Table 2. Data removed because animals were panting.  Body temperature measured and always close at +- 0.5�C from the water bath temperature. Same sample even if subsamples were used at each temperature.
495,A. Dupoue,Varanus_gilleni,Varanus_gilleni,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,50.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_1,TEWL,mg/g/h,Keep,0.462,Table,NA,NA,NA,2,NA,NA,Lizard,9.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately."
504,A. Dupoue,Varanus_eremius,Varanus_eremius,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,9,1994,NA,11,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,100.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_10,TEWL,mg/g/h,Keep,0.474,Table,0.050,SE,Sample error,9,NA,NA,Lizard,42.46,19.77,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately."
505,A. Dupoue,Varanus_acanthurus,Varanus_acanthurus,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,100.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_11,TEWL,mg/g/h,Keep,0.415,Table,0.082,SE,Sample error,5,NA,NA,Lizard,67.6,27.5,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately."
506,A. Dupoue,Varanus_tristis,Varanus_tristis,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Western Australia,NA,NA,NA,None,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,100.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_12,TEWL,mg/g/h,Keep,0.212,Table,0.035,SE,Sample error,4,NA,NA,Lizard,94.2,96.6,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately."
507,A. Dupoue,Varanus_gouldii,Varanus_gouldii,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,"Karrakatta Cemetery, Perth, Australia",-31.969820,115.797790,25.3,GPS visualizer,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,300.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_13,TEWL,mg/g/h,Keep,0.409,Table,0.036,SE,Sample error,14,NA,NA,Lizard,292.4,227.49,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately."
508,A. Dupoue,Varanus_rosenbergi,Varanus_rosenbergi,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,"Harry Waring Reserve, Perth, Australia",-32.165570,115.831470,23.9,GPS visualizer,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,2000.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_14,TEWL,mg/g/h,Keep,0.448,Table,0.058,SE,Sample error,5,NA,NA,Lizard,1487,527.71,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately."
509,A. Dupoue,Varanus_panoptes_rubidus,Varanus_panoptes,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,2000.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_15,TEWL,mg/g/h,Keep,0.249,Table,0.032,SE,Sample error,8,NA,NA,Lizard,2411,1272.79,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately."
496,A. Dupoue,Varanus_caudolineatus,Varanus_caudolineatus,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,1.198,14.0,NA,NA,50.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_2,TEWL,mg/g/h,Keep,0.065,Table,0.023,SE,Sample error,5,NA,NA,Lizard,16.35,3.09,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately. Same sample even if subsamples were used at each temperature."
497,A. Dupoue,Varanus_caudolineatus,Varanus_caudolineatus,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,1.753,20.0,NA,NA,50.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_2,TEWL,mg/g/h,Keep,0.117,Table,0.020,SE,Sample error,5,NA,NA,Lizard,18.36,3.64,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately. Same sample even if subsamples were used at each temperature."
498,A. Dupoue,Varanus_caudolineatus,Varanus_caudolineatus,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,2.375,25.0,NA,NA,50.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_2,TEWL,mg/g/h,Keep,0.317,Table,0.074,SE,Sample error,5,NA,NA,Lizard,15.07,3.62,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately. Same sample even if subsamples were used at each temperature."
499,A. Dupoue,Varanus_caudolineatus,Varanus_caudolineatus,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,2,1994,NA,3,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,50.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_2,TEWL,mg/g/h,Keep,0.325,Table,0.041,SE,Sample error,7,NA,NA,Lizard,15.3,6.14,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately. Same sample even if subsamples were used at each temperature."
500,A. Dupoue,Varanus_brevicauda,Varanus_brevicauda,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,9,1994,NA,11,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,1.753,20.0,NA,NA,50.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_3,TEWL,mg/g/h,Keep,0.218,Table,0.054,SE,Sample error,4,NA,NA,Lizard,16.22,3.98,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately. Same sample even if subsamples were used at each temperature."
501,A. Dupoue,Varanus_brevicauda,Varanus_brevicauda,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,9,1994,NA,11,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,2.375,25.0,NA,NA,50.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_3,TEWL,mg/g/h,Keep,0.254,Table,0.037,SE,Sample error,7,NA,NA,Lizard,16.59,3.36,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately. Same sample even if subsamples were used at each temperature."
502,A. Dupoue,Varanus_brevicauda,Varanus_brevicauda,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,9,1994,NA,11,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,4.218,35.0,NA,NA,50.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_3,TEWL,mg/g/h,Keep,0.472,Table,0.038,SE,Sample error,9,NA,NA,Lizard,16.68,3.21,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately. Same sample even if subsamples were used at each temperature."
503,A. Dupoue,Varanus_eremius,Varanus_eremius,https://brill.com/abstract/journals/amre/18/2/article-p177_5.xml,1997,Wild population,Central Western Australia,NA,NA,NA,None,NA,9,1994,NA,11,1994,Not specified,Adults,Controls,NA,NA,Gaz measurement,2.375,25.0,NA,NA,100.0,FlowChamber,NA,11.00,No,NA,Thompson_AmphiRepti_1997_9,TEWL,mg/g/h,Keep,0.242,Table,0.037,SE,Sample error,9,NA,NA,Lizard,42.62,19.53,SD,NA,High quality data extracted from table,High quality,Usable data,"Water loss measured in a flow-through chamber at constant temperature and incurrent humidity from humidity calculations. Data extracted from Table, good data but nothing about the origins or the characteristics of the goannas. Authors were asked and could not provide more data accurately."
476,A. Dupoue,Varanus_mertensi,Varanus_mertensi,https://www.jstor.org/stable/1447358?seq=1#page_scan_tab_contents,1998,Laboratory housing,NA,NA,NA,NA,None,NA,12,1997,NA,1,1998,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,209.0,FlowChamber,3.30,7.00,No,NA,Thompson_Copeia_1998_1,TEWL,mg/g/h,Keep,0.520,Table,0.034,SE,Sample error,10,NA,NA,Lizard,54.3,8.7,SD,174.4,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from gaz measurements in an open-flow set-up maintained at constant temperature and in dry air, assumed to be 10%. All data extracted from Table. Surface area calculated from a regression equation. Same sample even if subsamples were used at each temperature."
477,A. Dupoue,Varanus_mertensi,Varanus_mertensi,https://www.jstor.org/stable/1447358?seq=1#page_scan_tab_contents,1998,Laboratory housing,NA,NA,NA,NA,None,NA,12,1997,NA,1,1998,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,NA,209.0,FlowChamber,3.30,7.00,No,NA,Thompson_Copeia_1998_1,TEWL,mg/g/h,Keep,1.950,Table,0.141,SE,Sample error,10,NA,NA,Lizard,51.5,7.46,SD,168.3,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from gaz measurements in an open-flow set-up maintained at constant temperature and in dry air, assumed to be 10%. All data extracted from Table. Surface area calculated from a regression equation. Same sample even if subsamples were used at each temperature."
719,A. Dupoue,Varanus_mertensi,Varanus_mertensi,https://www.jstor.org/stable/1447358?seq=1#page_scan_tab_contents,1998,Laboratory housing,NA,NA,NA,NA,None,NA,12,1997,NA,1,1998,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,209.0,FlowChamber,3.30,7.00,No,NA,Thompson_Copeia_1998_1,CWL,mg/g/h,Keep,0.500,Text,0.048,SE,Sample error,6,NA,NA,Lizard,54.3,8.7,SD,NA,Medium quality data extracted from text,Medium quality,Usable data,"Water loss measured from gaz measurements in an open-flow set-up maintained at constant temperature and in dry air, assumed to be 10%. All data extracted from Table. Surface area calculated from a regression equation. Same sample even if subsamples were used at each temperature."
720,A. Dupoue,Varanus_mertensi,Varanus_mertensi,https://www.jstor.org/stable/1447358?seq=1#page_scan_tab_contents,1998,Laboratory housing,NA,NA,NA,NA,None,NA,12,1997,NA,1,1998,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,2.104,20.0,NA,NA,209.0,FlowChamber,3.30,7.00,No,NA,Thompson_Copeia_1998_1,RWL,mg/g/h,Keep,0.011,Text,NA,SE,NA,6,NA,NA,Lizard,54.3,8.7,SD,NA,Medium quality data extracted from text,Medium quality,Usable data,"Water loss measured from gaz measurements in an open-flow set-up maintained at constant temperature and in dry air, assumed to be 10%. All data extracted from Table. Surface area calculated from a regression equation. Same sample even if subsamples were used at each temperature."
2841,A. Dupoue,Varanus_mertensi,Varanus_mertensi,https://www.jstor.org/stable/1447358?seq=1#page_scan_tab_contents,1998,Laboratory housing,NA,NA,NA,NA,None,NA,12,1997,NA,1,1998,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,5.061,35.0,NA,NA,209.0,FlowChamber,3.30,7.00,No,NA,Thompson_Copeia_1998_1,TEWL,mg/cm2/h,Keep,0.597,Table,NA,NA,NA,10,NA,NA,Lizard,51.5,7.46,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from gaz measurements in an open-flow set-up maintained at constant temperature and in dry air, assumed to be 10%. All data extracted from Table. Surface area calculated from a regression equation. Same sample even if subsamples were used at each temperature."
2081,R. Gavira,Lampropeltis_getula_californiae,Lampropeltis_californiae,http://jeb.biologists.org/content/205/19/3019.long,2002,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.536,25.0,25.55,NA,42.6,FlowChamber,2.50,NA,No,Measured 3 days post-hatching,Tu_JEB_2002_1,TEWL,mg/cm2/h,Keep,0.081,Figure,0.011,SE,Sample error,20,NA,32.76,Snake,13.6,2.41,SD,125.04,"High quality data extracted from figure, neonate animals",High quality,Not usable data,"Water loss measured in juvenile animals during and after the first ecdysis using anesthesized snakes in a small  jar with incurrent air from room at ambient temperature and humidity. Measurements of excurrent humidity and incurrent humiditu during stable period over short periods of time used to calculate TWL after correction for absorption by acrylic tubes. Data reported in Figure 3. Data taken from Fig. 3, Snakes measured anesthetized, they call Transepidermal WL, but they did not separate the head from the body, so it can be considered as Total WL, measured before first shedding, high WL. Data removed because very young juveniles. Surface area calculated from a regression equation."
2082,R. Gavira,Lampropeltis_getula_californiae,Lampropeltis_californiae,http://jeb.biologists.org/content/205/19/3019.long,2002,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.536,25.0,25.55,NA,42.6,FlowChamber,2.50,NA,No,Measured 14-16 days after ecdysis,Tu_JEB_2002_2,TEWL,mg/cm2/h,Keep,0.045,Figure,0.003,SE,Sample error,20,NA,34.17,Snake,13.6,2.41,SD,128.56,High quality data extracted from figure,High quality,Usable data,"Water loss measured in juvenile animals during and after the first ecdysis using anesthesized snakes in a small  jar with incurrent air from room at ambient temperature and humidity. Measurements of excurrent humidity and incurrent humiditu during stable period over short periods of time used to calculate TWL after correction for absorption by acrylic tubes. Data reported in Figure 3. Data taken from Fig. 3, Snakes measured anesthetized, they call Transepidermal WL, but they did not separate the head from the body, so it can be considered as Total WL, measured 2-4 days after shedding, which may affect WL.  Surface area calculated from a regression equation."
2083,R. Gavira,Lampropeltis_getula_californiae,Lampropeltis_californiae,http://jeb.biologists.org/content/205/19/3019.long,2002,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.536,25.0,25.40,NA,42.6,FlowChamber,2.50,NA,No,Measured 2-4 days after ecdysis,Tu_JEB_2002_3,TEWL,mg/cm2/h,Keep,0.038,Figure,0.004,SE,Sample error,20,NA,34.49,Snake,13.6,2.41,SD,129.36,High quality data extracted from figure,High quality,Usable data,"Water loss measured in juvenile animals during and after the first ecdysis using anesthesized snakes in a small  jar with incurrent air from room at ambient temperature and humidity. Measurements of excurrent humidity and incurrent humiditu during stable period over short periods of time used to calculate TWL after correction for absorption by acrylic tubes. Data reported in Figure 3. Data taken from Fig. 3, Snakes measured anesthetized, they call Transepidermal WL, but they did not separate the head from the body, so it can be considered as Total WL, this Trial 3 seems to have the lowest influence of sheeding in WL and, as data in this paper are from the same snakes (repeated measures), this one is probably the best option to use/keep.  Surface area calculated from a regression equation."
2084,R. Gavira,Lampropeltis_getula_californiae,Lampropeltis_californiae,http://jeb.biologists.org/content/205/19/3019.long,2002,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Juveniles,Controls,NA,NA,Gaz measurement,1.536,25.0,25.25,NA,42.6,FlowChamber,2.50,NA,No,Measured 4-10 days after second ecdysis,Tu_JEB_2002_4,TEWL,mg/cm2/h,Keep,0.038,Figure,0.008,SE,Sample error,20,NA,35.85,Snake,13.6,2.41,SD,132.7,High quality data extracted from figure,High quality,Usable data,"Water loss measured in juvenile animals during and after the first ecdysis using anesthesized snakes in a small  jar with incurrent air from room at ambient temperature and humidity. Measurements of excurrent humidity and incurrent humiditu during stable period over short periods of time used to calculate TWL after correction for absorption by acrylic tubes. Data reported in Figure 3. Data taken from Fig. 3, Snakes measured anesthetized, they call Transepidermal WL, but they did not separate the head from the body, so it can be considered as Total WL, measured 4-10 days after shedding, mean value here is the same of Trial 3, but with a higher standard error.  Surface area calculated from a regression equation."
510,A. Dupoue,Gymnophthalmus_pleii,Gymnophthalmus_pleei,http://www.salamandra-journal.com/index.php/home/contents/2010-vol-46/100-patrick-a-turk-p-a-n-n-wyszynski-r-powell-r-w-henderson,2010,Wild population,"Cabrits National Park, Dominica",15.586310,-61.474190,90,GPS visualizer,5,6,2008,25,6,2008,Not specified,Both age classes,Controls,NA,1,Loss of body mass,1.617,30.9,NA,NA,0.0,VentilatedBox,NA,5.00,No,NA,Turk_Salamandra_2010_1,TEWL,mg/g/h,Keep,4.808,Figure,0.637,SD,Sample error,19,33.7,NA,Lizard,1.02,0.16,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Water loss measured from mass loss in a cloth bag maintained in semi-constant outdoor conditions with stable temperature but probably variables humidities. All data reported in a figure.
511,A. Dupoue,Gymnophthalmus_underwoodi,Gymnophthalmus_underwoodi,http://www.salamandra-journal.com/index.php/home/contents/2010-vol-46/100-patrick-a-turk-p-a-n-n-wyszynski-r-powell-r-w-henderson,2010,Wild population,"Cabrits National Park, Dominica",15.586310,-61.474190,90,GPS visualizer,5,6,2008,25,6,2008,Not specified,Juveniles,Controls,NA,1,Loss of body mass,1.617,30.9,NA,NA,0.0,VentilatedBox,NA,5.00,No,NA,Turk_Salamandra_2010_2,TEWL,mg/g/h,Keep,11.015,Figure,3.077,SD,Sample error,4,22.7,NA,Juvenile lizard,0.25,0.03,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Water loss measured from mass loss in a cloth bag maintained in semi-constant outdoor conditions with stable temperature but probably variables humidities. All data reported in a figure.
512,A. Dupoue,Sphaerodactylus_fantasticus_fuga,Sphaerodactylus_fantasticus_fuga,http://www.salamandra-journal.com/index.php/home/contents/2010-vol-46/100-patrick-a-turk-p-a-n-n-wyszynski-r-powell-r-w-henderson,2010,Wild population,"Batali beach, Dominica",15.452220,-61.446380,10.8,GPS visualizer,5,6,2008,25,6,2008,Not specified,Both age classes,Controls,NA,1,Loss of body mass,1.617,30.9,NA,NA,0.0,VentilatedBox,NA,5.00,No,NA,Turk_Salamandra_2010_3,TEWL,mg/g/h,Keep,8.511,Figure,1.239,SD,Sample error,24,23.4,NA,Lizard,0.38,0.03,SD,NA,Medium quality data extracted from figure,Medium quality,Usable data,Water loss measured from mass loss in a cloth bag maintained in semi-constant outdoor conditions with stable temperature but probably variables humidities. All data reported in a figure.
521,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.760,Table,0.350,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
522,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.230,Table,0.210,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
523,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.840,Table,0.410,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
524,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.300,Table,0.370,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
525,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.940,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
526,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.360,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
527,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.580,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
528,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.390,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
529,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,1.020,Table,0.380,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
530,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.410,Table,0.490,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
531,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,1.190,Table,0.630,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
532,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.570,Table,0.670,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
533,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,1.630,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
534,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.390,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
535,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.850,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
536,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,0.720,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
537,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,1.290,Table,0.540,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
538,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,1.500,Table,0.730,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
539,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,2.080,Table,0.870,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
540,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,2.230,Table,0.930,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
541,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,2.010,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
542,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,1.210,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
543,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,2.840,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
544,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,2.370,Table,NA,NA,NA,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
545,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,8.647,44.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,2.160,Table,1.240,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
546,A. Dupoue,Amphibolurus_reticulatus_inermis,Ctenophorus_nuchalis,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.455,44.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_1,TEWL,mg/g/h,Keep,2.440,Table,1.620,SE,Sample error,63,NA,NA,Lizard,31.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
547,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,0.590,Table,0.400,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
548,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,0.270,Table,0.320,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
549,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,0.440,Table,0.380,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
550,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,0.530,Table,0.520,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
551,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,0.320,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
552,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.020,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
553,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,0.580,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
554,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.480,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
555,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.060,Table,0.330,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
556,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.710,Table,0.270,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
557,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.880,Table,0.470,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
558,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,2.480,Table,0.590,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
559,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.540,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
560,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.990,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
561,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.580,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
562,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,1.730,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
563,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,4.180,Table,0.980,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
564,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,4.060,Table,0.820,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
565,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,9.020,Table,1.020,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
566,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,6.760,Table,1.230,SE,Sample error,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
567,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,11.090,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
568,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,13.530,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
569,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,4.120,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
570,A. Dupoue,Amphibolurus_pictus,Ctenophorus_pictus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_2,TEWL,mg/g/h,Keep,2.770,Table,NA,NA,NA,43,NA,NA,Lizard,7.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
571,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.160,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
572,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.130,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
573,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.240,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
574,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.270,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
575,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.180,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
576,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.200,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
577,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.420,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
578,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.680,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
579,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,1.230,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
580,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.580,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
581,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,2.300,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
582,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,1.030,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
583,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,1.230,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
584,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,0.950,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
585,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,2.300,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
586,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,1.380,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
587,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,2.620,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
588,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,1.420,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
589,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,5.550,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
590,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,4.050,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
591,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,6.010,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
592,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,5.890,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
593,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_3,TEWL,mg/g/h,Keep,5.730,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
594,A. Dupoue,Amphibolurus_decresii,Ctenophorus_decresii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,6.220,Table,NA,NA,NA,23,NA,NA,Lizard,17.5,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
595,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,0.210,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
596,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,0.210,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
597,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,0.340,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
598,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,0.300,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
599,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,0.900,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
600,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,0.850,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
601,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,2.070,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
602,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,2.880,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
603,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,2.860,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
604,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,3.810,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
605,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,3.580,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
606,A. Dupoue,Amphibolurus_cristatus,Ctenophorus_cristatus,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_4,TEWL,mg/g/h,Keep,3.640,Table,NA,NA,NA,10,NA,NA,Lizard,30.6,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
607,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,0.460,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
608,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,0.370,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
609,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,0.440,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
610,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,1.170,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
611,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,1.410,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
612,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,2.750,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
613,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,1.520,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
614,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,2.370,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
615,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,3.590,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
616,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,2.720,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
617,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,4.740,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
618,A. Dupoue,Tiliqua_melanops,Cyclodomorphus_melanops,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Muloorina, Australia",-29.326120,137.951390,22.1,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_5,TEWL,mg/g/h,Keep,3.850,Table,NA,NA,NA,20,NA,NA,Lizard,12,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
619,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.280,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
620,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.180,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
621,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.470,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
622,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.430,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
623,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.560,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
624,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.170,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
625,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.430,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
626,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.220,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
627,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.810,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
628,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,1.460,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
629,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,1.620,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
630,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.820,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
631,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,1.030,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
632,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,1.980,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
633,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.310,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
634,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,0.250,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables."
635,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,3.870,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables.Data excluded because high temperature potentially causing panting."
636,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,5.170,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
637,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,5.160,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
638,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,5.820,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
639,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,1.870,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
640,A. Dupoue,Varanus_gouldii,Varanus_gouldii,http://www.publish.csiro.au/ZO/ZO9650563,1965,Wild population,"Marree, Australia",-29.648130,138.063010,47.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965_6,TEWL,mg/g/h,Keep,2.330,Table,NA,NA,NA,7,NA,NA,Lizard,80.2,NA,NA,NA,"Medium quality data extracted from table, panting animals",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data excluded because high temperature potentially causing panting."
641,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.080,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
642,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.290,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
643,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.310,Table,0.180,SE,Sample error,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
644,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.230,Table,0.220,SE,Sample error,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
645,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.310,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
646,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.350,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
647,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,32.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.670,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
648,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,31.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.420,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
649,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,32.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.590,Table,0.060,SE,Sample error,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
650,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,31.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.550,Table,0.120,SE,Sample error,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
651,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,32.00,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.460,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
652,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,31.00,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.630,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
653,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,1.020,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
654,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.430,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
655,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.820,Table,0.250,SE,Sample error,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
656,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.640,Table,0.430,SE,Sample error,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
657,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.790,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
658,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.690,Table,NA,NA,NA,20,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
659,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,38.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,1.180,Table,NA,NA,NA,15,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
660,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,38.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.810,Table,NA,NA,NA,15,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
661,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,38.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,1.160,Table,0.460,SE,Sample error,15,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
662,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,38.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,1.010,Table,0.210,SE,Sample error,15,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
663,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,38.00,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,1.190,Table,NA,NA,NA,15,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
664,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,38.00,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.810,Table,NA,NA,NA,15,NA,NA,Lizard,315,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
665,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,40.70,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,1.120,Table,NA,NA,NA,15,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
666,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,39.90,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,1.280,Table,NA,NA,NA,15,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
667,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,40.70,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,2.740,Table,1.030,SE,Sample error,15,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
668,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,39.90,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,1.510,Table,0.720,SE,Sample error,15,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
669,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,40.70,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.660,Table,NA,NA,NA,15,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
670,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,39.90,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.310,Table,NA,NA,NA,15,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
671,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.480,Table,NA,NA,NA,9,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
672,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,NA,Table,NA,NA,NA,9,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14. Data without significant body mass change, to be excluded."
673,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.910,Table,2.380,SE,Sample error,9,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
674,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.570,Table,3.120,SE,Sample error,9,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
675,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,8.647,44.0,NA,43.80,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.380,Table,NA,NA,NA,4,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
676,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.455,44.0,NA,43.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,NA,Table,NA,NA,NA,4,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14. Data without significant body mass change, to be excluded."
677,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,8.647,44.0,NA,43.80,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.750,Table,2.760,SE,Sample error,4,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
678,A. Dupoue,Tiliqua_rugosa,Tiliqua_rugosa,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.455,44.0,NA,43.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_1,TEWL,mg/g/h,Keep,0.240,Table,2.310,SE,Sample error,4,NA,NA,Lizard,315,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
679,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.030,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
680,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.000,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,"Low quality data extracted from table, abnormal values",Low quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. Strange value set at 0 in Table, probably a typo. Data without significant body mass change, to be excluded."
681,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.120,Table,0.230,SE,Sample error,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
682,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.158,25.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.130,Table,0.140,SE,Sample error,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
683,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,3.009,25.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.840,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
684,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.470,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
685,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.150,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
686,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.220,Table,0.050,SE,Sample error,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
687,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.340,Table,0.220,SE,Sample error,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
688,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,4.031,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.840,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
689,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.212,30.0,NA,NA,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.130,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
690,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,35.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,1.080,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
691,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,35.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.580,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
692,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,35.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.470,Table,0.420,SE,Sample error,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
693,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,35.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.890,Table,0.570,SE,Sample error,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
694,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,5.342,35.0,NA,35.00,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.650,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
695,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.281,35.0,NA,35.00,0.0,SealedBox,NA,24.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.560,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
696,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,37.50,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.780,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
697,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,38.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.680,Table,NA,NA,NA,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
698,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,6.126,37.5,NA,37.50,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.590,Table,0.380,SE,Sample error,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
699,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.322,37.5,NA,38.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.510,Table,0.410,SE,Sample error,15,NA,NA,Lizard,240.8,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable."
700,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,41.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,1.040,Table,NA,NA,NA,10,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
701,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,39.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.910,Table,NA,NA,NA,10,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
702,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.008,40.0,NA,41.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,1.840,Table,1.060,SE,Sample error,10,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
703,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.369,40.0,NA,39.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,1.140,Table,0.910,SE,Sample error,10,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
704,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,41.00,0.0,SealedBox,NA,2.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,0.180,Table,NA,NA,NA,7,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
705,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,7.791,42.0,NA,45.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,3.000,Table,NA,NA,NA,7,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
706,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.410,42.0,NA,39.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,2.220,Table,NA,NA,NA,7,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
707,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,8.647,44.0,NA,40.10,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,3.650,Table,NA,NA,NA,3,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
708,A. Dupoue,Amphibolurus_barbatus,Pogona_barbata,http://www.publish.csiro.au/ZO/ZO9650331,1965,Wild population,"Mannum, Australia",-34.921710,139.297740,33.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,0.455,44.0,NA,43.00,0.0,SealedBox,NA,8.00,No,NA,Warburg_AustJournZool_1965b_2,TEWL,mg/g/h,Keep,2.870,Table,NA,NA,NA,3,NA,NA,Lizard,240.8,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"Water loss measured from mass loss of animals in a closed chamber at constant temperature, low and high humidity, and during various durations (from 2 to 24 hours). Lizards were tested in different conditions, and study provides data to test for duration time. On average, lack of known individual characteristic and standard deviation so it is assumed that same individuals were tested in all conditions. All data extracted from Tables. Data from Figure 13 not exploitable. High temperatures probably associated with panting according to Figure 14."
101,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://www.jstor.org/stable/1441129,1966,Wild population,"Mannum, Australia",-34.913060,139.305210,48,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_1,TEWL,mg/g/h,Keep,0.080,Table,NA,NA,NA,35,NA,NA,Lizard,1.18,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
123,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://www.jstor.org/stable/1441129,1966,Wild population,"Mannum, Australia",-34.913060,139.305210,48,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_1,TEWL,mg/g/h,Keep,1.060,Table,NA,NA,NA,35,NA,NA,Lizard,1.18,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
135,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://www.jstor.org/stable/1441129,1966,Wild population,"Mannum, Australia",-34.913060,139.305210,48,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_1,TEWL,mg/g/h,Keep,0.270,Table,0.070,SD,Sample error,35,NA,NA,Lizard,1.18,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
150,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://www.jstor.org/stable/1441129,1966,Wild population,"Mannum, Australia",-34.913060,139.305210,48,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_1,TEWL,mg/g/h,Keep,0.950,Table,NA,NA,NA,35,NA,NA,Lizard,1.18,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
162,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://www.jstor.org/stable/1441129,1966,Wild population,"Mannum, Australia",-34.913060,139.305210,48,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_1,TEWL,mg/g/h,Keep,0.590,Table,0.210,SD,Sample error,35,NA,NA,Lizard,1.18,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
177,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://www.jstor.org/stable/1441129,1966,Wild population,"Mannum, Australia",-34.913060,139.305210,48,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_1,TEWL,mg/g/h,Keep,1.580,Table,NA,NA,NA,35,NA,NA,Lizard,1.18,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
189,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://www.jstor.org/stable/1441129,1966,Wild population,"Mannum, Australia",-34.913060,139.305210,48,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_1,TEWL,mg/g/h,Keep,0.620,Table,NA,NA,NA,35,NA,NA,Lizard,1.18,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
202,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://www.jstor.org/stable/1441129,1966,Wild population,"Mannum, Australia",-34.913060,139.305210,48,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_1,TEWL,mg/g/h,Keep,1.440,Table,NA,NA,NA,35,NA,NA,Lizard,1.18,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
109,J.-F. Le Galliard,Amphibolurus_maculatus_maculatus,Ctenophorus_maculatus_maculatus,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_10,TEWL,mg/g/h,Keep,0.020,Table,NA,NA,NA,3,NA,NA,Lizard,8.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
131,J.-F. Le Galliard,Amphibolurus_maculatus_maculatus,Ctenophorus_maculatus_maculatus,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_10,TEWL,mg/g/h,Keep,0.040,Table,NA,NA,NA,3,NA,NA,Lizard,8.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
143,J.-F. Le Galliard,Amphibolurus_maculatus_maculatus,Ctenophorus_maculatus_maculatus,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_10,TEWL,mg/g/h,Keep,0.200,Table,NA,NA,NA,3,NA,NA,Lizard,8.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
158,J.-F. Le Galliard,Amphibolurus_maculatus_maculatus,Ctenophorus_maculatus_maculatus,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_10,TEWL,mg/g/h,Keep,0.370,Table,NA,NA,NA,3,NA,NA,Lizard,8.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
170,J.-F. Le Galliard,Amphibolurus_maculatus_maculatus,Ctenophorus_maculatus_maculatus,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_10,TEWL,mg/g/h,Keep,1.850,Table,NA,NA,NA,3,NA,NA,Lizard,8.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
185,J.-F. Le Galliard,Amphibolurus_maculatus_maculatus,Ctenophorus_maculatus_maculatus,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_10,TEWL,mg/g/h,Keep,1.030,Table,NA,NA,NA,3,NA,NA,Lizard,8.71,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
197,J.-F. Le Galliard,Amphibolurus_maculatus_maculatus,Ctenophorus_maculatus_maculatus,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_10,TEWL,mg/g/h,Keep,0.980,Table,NA,NA,NA,3,NA,NA,Lizard,8.71,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
207,J.-F. Le Galliard,Amphibolurus_maculatus_maculatus,Ctenophorus_maculatus_maculatus,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_10,TEWL,mg/g/h,Keep,1.270,Table,NA,NA,NA,3,NA,NA,Lizard,8.71,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
110,J.-F. Le Galliard,Amphibolurus_fionni,Ctenophorus_fionni,https://www.jstor.org/stable/1441129,1966,Wild population,"Wintinna Creek, Australia",-27.652240,133.972310,280.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_11,TEWL,mg/g/h,Keep,0.940,Table,NA,NA,NA,7,NA,NA,Lizard,11.56,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
132,J.-F. Le Galliard,Amphibolurus_fionni,Ctenophorus_fionni,https://www.jstor.org/stable/1441129,1966,Wild population,"Wintinna Creek, Australia",-27.652240,133.972310,280.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_11,TEWL,mg/g/h,Keep,0.350,Table,NA,NA,NA,7,NA,NA,Lizard,11.56,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
144,J.-F. Le Galliard,Amphibolurus_fionni,Ctenophorus_fionni,https://www.jstor.org/stable/1441129,1966,Wild population,"Wintinna Creek, Australia",-27.652240,133.972310,280.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_11,TEWL,mg/g/h,Keep,0.630,Table,0.210,SD,Sample error,7,NA,NA,Lizard,11.56,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
159,J.-F. Le Galliard,Amphibolurus_fionni,Ctenophorus_fionni,https://www.jstor.org/stable/1441129,1966,Wild population,"Wintinna Creek, Australia",-27.652240,133.972310,280.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_11,TEWL,mg/g/h,Keep,0.160,Table,NA,NA,NA,7,NA,NA,Lizard,11.56,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
171,J.-F. Le Galliard,Amphibolurus_fionni,Ctenophorus_fionni,https://www.jstor.org/stable/1441129,1966,Wild population,"Wintinna Creek, Australia",-27.652240,133.972310,280.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_11,TEWL,mg/g/h,Keep,2.810,Table,1.010,SD,Sample error,7,NA,NA,Lizard,11.56,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
186,J.-F. Le Galliard,Amphibolurus_fionni,Ctenophorus_fionni,https://www.jstor.org/stable/1441129,1966,Wild population,"Wintinna Creek, Australia",-27.652240,133.972310,280.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_11,TEWL,mg/g/h,Keep,2.400,Table,NA,NA,NA,7,NA,NA,Lizard,11.56,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
198,J.-F. Le Galliard,Amphibolurus_fionni,Ctenophorus_fionni,https://www.jstor.org/stable/1441129,1966,Wild population,"Wintinna Creek, Australia",-27.652240,133.972310,280.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_11,TEWL,mg/g/h,Keep,3.610,Table,NA,NA,NA,7,NA,NA,Lizard,11.56,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
208,J.-F. Le Galliard,Amphibolurus_fionni,Ctenophorus_fionni,https://www.jstor.org/stable/1441129,1966,Wild population,"Wintinna Creek, Australia",-27.652240,133.972310,280.6,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_11,TEWL,mg/g/h,Keep,3.610,Table,NA,NA,NA,7,NA,NA,Lizard,11.56,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
111,J.-F. Le Galliard,Ablepharus_boutonii_metallicum,Cryptoblepharus_boutonii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_12,TEWL,mg/g/h,Keep,0.430,Table,NA,NA,NA,8,NA,NA,Lizard,1.69,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
145,J.-F. Le Galliard,Ablepharus_boutonii_metallicum,Cryptoblepharus_boutonii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_12,TEWL,mg/g/h,Keep,0.760,Table,0.230,SD,Sample error,8,NA,NA,Lizard,1.69,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
172,J.-F. Le Galliard,Ablepharus_boutonii_metallicum,Cryptoblepharus_boutonii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_12,TEWL,mg/g/h,Keep,1.260,Table,0.310,SD,Sample error,8,NA,NA,Lizard,1.69,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
199,J.-F. Le Galliard,Ablepharus_boutonii_metallicum,Cryptoblepharus_boutonii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_12,TEWL,mg/g/h,Keep,4.270,Table,NA,NA,NA,8,NA,NA,Lizard,1.69,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
214,J.-F. Le Galliard,Ablepharus_boutonii_metallicum,Cryptoblepharus_boutonii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.639,40.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_12,TEWL,mg/g/h,Keep,1.670,Table,NA,NA,NA,8,NA,NA,Lizard,1.69,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
112,J.-F. Le Galliard,Rhodona_planiventrale,Lerista_planiventralis,https://www.jstor.org/stable/1441129,1966,Wild population,"De Rose Hill, Australia",-26.556110,133.311150,403.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_13,TEWL,mg/g/h,Keep,0.310,Table,NA,NA,NA,2,NA,NA,Lizard,2.78,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
146,J.-F. Le Galliard,Rhodona_planiventrale,Lerista_planiventralis,https://www.jstor.org/stable/1441129,1966,Wild population,"De Rose Hill, Australia",-26.556110,133.311150,403.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_13,TEWL,mg/g/h,Keep,0.430,Table,NA,NA,NA,2,NA,NA,Lizard,2.78,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
173,J.-F. Le Galliard,Rhodona_planiventrale,Lerista_planiventralis,https://www.jstor.org/stable/1441129,1966,Wild population,"De Rose Hill, Australia",-26.556110,133.311150,403.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_13,TEWL,mg/g/h,Keep,1.140,Table,NA,NA,NA,2,NA,NA,Lizard,2.78,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
200,J.-F. Le Galliard,Rhodona_planiventrale,Lerista_planiventralis,https://www.jstor.org/stable/1441129,1966,Wild population,"De Rose Hill, Australia",-26.556110,133.311150,403.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_13,TEWL,mg/g/h,Keep,2.240,Table,NA,NA,NA,2,NA,NA,Lizard,2.78,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
215,J.-F. Le Galliard,Rhodona_planiventrale,Lerista_planiventralis,https://www.jstor.org/stable/1441129,1966,Wild population,"De Rose Hill, Australia",-26.556110,133.311150,403.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.639,40.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_13,TEWL,mg/g/h,Keep,2.610,Table,NA,NA,NA,2,NA,NA,Lizard,2.78,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
113,J.-F. Le Galliard,Sphenomorphus_leonhardii,Ctenotus_leonhardii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_14,TEWL,mg/g/h,Keep,0.530,Table,NA,NA,NA,11,NA,NA,Lizard,3.23,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
147,J.-F. Le Galliard,Sphenomorphus_leonhardii,Ctenotus_leonhardii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_14,TEWL,mg/g/h,Keep,1.310,Table,0.660,SD,Sample error,11,NA,NA,Lizard,3.23,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
174,J.-F. Le Galliard,Sphenomorphus_leonhardii,Ctenotus_leonhardii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_14,TEWL,mg/g/h,Keep,1.650,Table,0.750,SD,Sample error,11,NA,NA,Lizard,3.23,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
201,J.-F. Le Galliard,Sphenomorphus_leonhardii,Ctenotus_leonhardii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_14,TEWL,mg/g/h,Keep,1.780,Table,NA,NA,NA,11,NA,NA,Lizard,3.23,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
216,J.-F. Le Galliard,Sphenomorphus_leonhardii,Ctenotus_leonhardii,https://www.jstor.org/stable/1441129,1966,Wild population,"Alice Springs, Australia",-23.698040,133.880740,581.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.639,40.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_14,TEWL,mg/g/h,Keep,3.010,Table,NA,NA,NA,11,NA,NA,Lizard,3.23,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
114,J.-F. Le Galliard,Leiolopisma_metallicum,Carinascincus_metallicus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.200,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_15,TEWL,mg/h,Keep,0.322,Figure,NA,NA,NA,16,NA,NA,Lizard,0.78,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"EWL calculated from mass loss over 8 hours in a dry environment (supposedly around 5-10%, not reported and assumed to be 10%) or constant humidity (9.5 mm Hg) at various temperatures in a one species displayed in Figure 3."
115,J.-F. Le Galliard,Leiolopisma_metallicum,Carinascincus_metallicus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.200,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_16,TEWL,mg/h,Keep,0.562,Figure,NA,NA,NA,16,NA,NA,Lizard,0.78,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"EWL calculated from mass loss over 8 hours in a dry environment (supposedly around 5-10%, not reported and assumed to be 10%) or constant humidity (9.5 mm Hg) at various temperatures in a one species displayed in Figure 3."
116,J.-F. Le Galliard,Leiolopisma_metallicum,Carinascincus_metallicus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,1.200,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_17,TEWL,mg/h,Keep,1.143,Figure,NA,NA,NA,16,NA,NA,Lizard,0.78,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"EWL calculated from mass loss over 8 hours in a dry environment (supposedly around 5-10%, not reported and assumed to be 10%) or constant humidity (9.5 mm Hg) at various temperatures in a one species displayed in Figure 3."
117,J.-F. Le Galliard,Leiolopisma_metallicum,Carinascincus_metallicus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_18,TEWL,mg/h,Keep,0.953,Figure,NA,NA,NA,16,NA,NA,Lizard,0.78,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"EWL calculated from mass loss over 8 hours in a dry environment (supposedly around 5-10%, not reported and assumed to be 10%) or constant humidity (9.5 mm Hg) at various temperatures in a one species displayed in Figure 3."
118,J.-F. Le Galliard,Leiolopisma_metallicum,Carinascincus_metallicus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_19,TEWL,mg/h,Keep,1.825,Figure,NA,NA,NA,16,NA,NA,Lizard,0.78,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"EWL calculated from mass loss over 8 hours in a dry environment (supposedly around 5-10%, not reported and assumed to be 10%) or constant humidity (9.5 mm Hg) at various temperatures in a one species displayed in Figure 3."
102,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,0.220,Table,NA,NA,NA,27,NA,NA,Lizard,2.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
124,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,0.960,Table,NA,NA,NA,27,NA,NA,Lizard,2.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
136,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,1.330,Table,0.810,SD,Sample error,27,NA,NA,Lizard,2.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
151,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,1.240,Table,NA,NA,NA,27,NA,NA,Lizard,2.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
163,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,1.540,Table,0.880,SD,Sample error,27,NA,NA,Lizard,2.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
178,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,1.350,Table,NA,NA,NA,27,NA,NA,Lizard,2.14,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
190,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,1.360,Table,NA,NA,NA,27,NA,NA,Lizard,2.14,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
203,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,2.030,Table,NA,NA,NA,27,NA,NA,Lizard,2.14,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
209,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://www.jstor.org/stable/1441129,1966,Wild population,"Flinders Ranges, Australia",-31.493260,138.489680,246.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.639,40.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_2,TEWL,mg/g/h,Keep,2.480,Table,NA,NA,NA,27,NA,NA,Lizard,2.14,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
119,J.-F. Le Galliard,Leiolopisma_metallicum,Carinascincus_metallicus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_20,TEWL,mg/h,Keep,2.531,Figure,NA,NA,NA,16,NA,NA,Lizard,0.78,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"EWL calculated from mass loss over 8 hours in a dry environment (supposedly around 5-10%, not reported and assumed to be 10%) or constant humidity (9.5 mm Hg) at various temperatures in a one species displayed in Figure 3."
120,J.-F. Le Galliard,Leiolopisma_metallicum,Carinascincus_metallicus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_21,TEWL,mg/h,Keep,3.087,Figure,NA,NA,NA,16,NA,NA,Lizard,0.78,NA,NA,NA,Medium quality data extracted from figure,Medium quality,Usable data,"EWL calculated from mass loss over 8 hours in a dry environment (supposedly around 5-10%, not reported and assumed to be 10%) or constant humidity (9.5 mm Hg) at various temperatures in a one species displayed in Figure 3."
121,J.-F. Le Galliard,Hemiergis_peronii,Hemiergis_peronii,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_22,TEWL,mg/g/h,Keep,0.880,Table,NA,NA,NA,32,NA,NA,Lizard,2.46,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
133,J.-F. Le Galliard,Hemiergis_peronii,Hemiergis_peronii,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_22,TEWL,mg/g/h,Keep,0.560,Table,NA,NA,NA,32,NA,NA,Lizard,2.46,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
148,J.-F. Le Galliard,Hemiergis_peronii,Hemiergis_peronii,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_22,TEWL,mg/g/h,Keep,1.160,Table,0.320,SD,Sample error,32,NA,NA,Lizard,2.46,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
160,J.-F. Le Galliard,Hemiergis_peronii,Hemiergis_peronii,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_22,TEWL,mg/g/h,Keep,2.110,Table,NA,NA,NA,32,NA,NA,Lizard,2.46,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
175,J.-F. Le Galliard,Hemiergis_peronii,Hemiergis_peronii,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_22,TEWL,mg/g/h,Keep,5.750,Table,1.640,SD,Sample error,32,NA,NA,Lizard,2.46,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
187,J.-F. Le Galliard,Hemiergis_peronii,Hemiergis_peronii,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_22,TEWL,mg/g/h,Keep,3.670,Table,NA,NA,NA,32,NA,NA,Lizard,2.46,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
122,J.-F. Le Galliard,Hemiergis_decresiense,Hemiergis_decresiense,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_23,TEWL,mg/g/h,Keep,0.840,Table,NA,NA,NA,27,NA,NA,Lizard,2.42,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
134,J.-F. Le Galliard,Hemiergis_decresiense,Hemiergis_decresiense,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_23,TEWL,mg/g/h,Keep,0.660,Table,NA,NA,NA,27,NA,NA,Lizard,2.42,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
149,J.-F. Le Galliard,Hemiergis_decresiense,Hemiergis_decresiense,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_23,TEWL,mg/g/h,Keep,1.180,Table,0.270,SD,Sample error,27,NA,NA,Lizard,2.42,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
161,J.-F. Le Galliard,Hemiergis_decresiense,Hemiergis_decresiense,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_23,TEWL,mg/g/h,Keep,1.390,Table,NA,NA,NA,27,NA,NA,Lizard,2.42,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
176,J.-F. Le Galliard,Hemiergis_decresiense,Hemiergis_decresiense,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_23,TEWL,mg/g/h,Keep,3.870,Table,1.220,SD,Sample error,27,NA,NA,Lizard,2.42,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
188,J.-F. Le Galliard,Hemiergis_decresiense,Hemiergis_decresiense,https://www.jstor.org/stable/1441129,1966,Wild population,"Buckland Park, Australia",-34.645700,138.510280,24,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_23,TEWL,mg/g/h,Keep,4.510,Table,NA,NA,NA,27,NA,NA,Lizard,2.42,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
103,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://www.jstor.org/stable/1441129,1966,Wild population,"Port Augusta, Australia",-32.495230,137.789430,3.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,2.00,Not specified,NA,Warburg_Copeia_1966_4,TEWL,mg/g/h,Keep,0.180,Table,NA,NA,NA,12,NA,NA,Lizard,11.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
125,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://www.jstor.org/stable/1441129,1966,Wild population,"Port Augusta, Australia",-32.495230,137.789430,3.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_4,TEWL,mg/g/h,Keep,0.250,Table,NA,NA,NA,12,NA,NA,Lizard,11.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
137,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://www.jstor.org/stable/1441129,1966,Wild population,"Port Augusta, Australia",-32.495230,137.789430,3.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_4,TEWL,mg/g/h,Keep,0.270,Table,0.130,SD,Sample error,12,NA,NA,Lizard,11.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
152,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://www.jstor.org/stable/1441129,1966,Wild population,"Port Augusta, Australia",-32.495230,137.789430,3.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_4,TEWL,mg/g/h,Keep,0.450,Table,NA,NA,NA,12,NA,NA,Lizard,11.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
164,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://www.jstor.org/stable/1441129,1966,Wild population,"Port Augusta, Australia",-32.495230,137.789430,3.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_4,TEWL,mg/g/h,Keep,0.420,Table,0.190,SD,Sample error,12,NA,NA,Lizard,11.14,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
179,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://www.jstor.org/stable/1441129,1966,Wild population,"Port Augusta, Australia",-32.495230,137.789430,3.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_4,TEWL,mg/g/h,Keep,0.920,Table,NA,NA,NA,12,NA,NA,Lizard,11.14,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
191,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://www.jstor.org/stable/1441129,1966,Wild population,"Port Augusta, Australia",-32.495230,137.789430,3.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_4,TEWL,mg/g/h,Keep,2.110,Table,NA,NA,NA,12,NA,NA,Lizard,11.14,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
210,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://www.jstor.org/stable/1441129,1966,Wild population,"Port Augusta, Australia",-32.495230,137.789430,3.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.639,40.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_4,TEWL,mg/g/h,Keep,3.120,Table,NA,NA,NA,12,NA,NA,Lizard,11.14,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
104,J.-F. Le Galliard,Diplodactylus_strophurus_intermedius,Strophurus_intermedius,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_5,TEWL,mg/g/h,Keep,0.340,Table,NA,NA,NA,3,NA,NA,Lizard,6.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
126,J.-F. Le Galliard,Diplodactylus_strophurus_intermedius,Strophurus_intermedius,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_5,TEWL,mg/g/h,Keep,0.680,Table,NA,NA,NA,3,NA,NA,Lizard,6.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
138,J.-F. Le Galliard,Diplodactylus_strophurus_intermedius,Strophurus_intermedius,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_5,TEWL,mg/g/h,Keep,0.480,Table,NA,NA,NA,3,NA,NA,Lizard,6.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
153,J.-F. Le Galliard,Diplodactylus_strophurus_intermedius,Strophurus_intermedius,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_5,TEWL,mg/g/h,Keep,1.190,Table,NA,NA,NA,3,NA,NA,Lizard,6.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
165,J.-F. Le Galliard,Diplodactylus_strophurus_intermedius,Strophurus_intermedius,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_5,TEWL,mg/g/h,Keep,0.700,Table,NA,NA,NA,3,NA,NA,Lizard,6.71,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
180,J.-F. Le Galliard,Diplodactylus_strophurus_intermedius,Strophurus_intermedius,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_5,TEWL,mg/g/h,Keep,0.100,Table,NA,NA,NA,3,NA,NA,Lizard,6.71,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
192,J.-F. Le Galliard,Diplodactylus_strophurus_intermedius,Strophurus_intermedius,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_5,TEWL,mg/g/h,Keep,0.970,Table,NA,NA,NA,3,NA,NA,Lizard,6.71,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
211,J.-F. Le Galliard,Diplodactylus_strophurus_intermedius,Strophurus_intermedius,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.639,40.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_5,TEWL,mg/g/h,Keep,2.360,Table,NA,NA,NA,3,NA,NA,Lizard,6.71,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
105,J.-F. Le Galliard,Phyllodactylus_marmoratus,Christinus_marmoratus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_6,TEWL,mg/g/h,Keep,1.240,Table,NA,NA,NA,48,NA,NA,Lizard,2.02,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
127,J.-F. Le Galliard,Phyllodactylus_marmoratus,Christinus_marmoratus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_6,TEWL,mg/g/h,Keep,0.820,Table,NA,NA,NA,48,NA,NA,Lizard,2.02,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
139,J.-F. Le Galliard,Phyllodactylus_marmoratus,Christinus_marmoratus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_6,TEWL,mg/g/h,Keep,2.520,Table,1.120,SD,Sample error,48,NA,NA,Lizard,2.02,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
154,J.-F. Le Galliard,Phyllodactylus_marmoratus,Christinus_marmoratus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_6,TEWL,mg/g/h,Keep,1.890,Table,NA,NA,NA,48,NA,NA,Lizard,2.02,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
166,J.-F. Le Galliard,Phyllodactylus_marmoratus,Christinus_marmoratus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_6,TEWL,mg/g/h,Keep,3.830,Table,1.360,SD,Sample error,48,NA,NA,Lizard,2.02,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
181,J.-F. Le Galliard,Phyllodactylus_marmoratus,Christinus_marmoratus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_6,TEWL,mg/g/h,Keep,4.670,Table,NA,NA,NA,48,NA,NA,Lizard,2.02,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
193,J.-F. Le Galliard,Phyllodactylus_marmoratus,Christinus_marmoratus,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Lofty Ranges, Australia",-34.973590,138.708630,699,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_6,TEWL,mg/g/h,Keep,1.500,Table,NA,NA,NA,48,NA,NA,Lizard,2.02,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
106,J.-F. Le Galliard,Diporiphora_australis,Diporiphora_australis,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_7,TEWL,mg/g/h,Keep,0.020,Table,NA,NA,NA,3,NA,NA,Lizard,11.11,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
128,J.-F. Le Galliard,Diporiphora_australis,Diporiphora_australis,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_7,TEWL,mg/g/h,Keep,1.210,Table,NA,NA,NA,3,NA,NA,Lizard,11.11,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
140,J.-F. Le Galliard,Diporiphora_australis,Diporiphora_australis,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_7,TEWL,mg/g/h,Keep,0.120,Table,NA,NA,NA,3,NA,NA,Lizard,11.11,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
155,J.-F. Le Galliard,Diporiphora_australis,Diporiphora_australis,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_7,TEWL,mg/g/h,Keep,0.130,Table,NA,NA,NA,3,NA,NA,Lizard,11.11,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
167,J.-F. Le Galliard,Diporiphora_australis,Diporiphora_australis,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_7,TEWL,mg/g/h,Keep,1.690,Table,NA,NA,NA,3,NA,NA,Lizard,11.11,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
182,J.-F. Le Galliard,Diporiphora_australis,Diporiphora_australis,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_7,TEWL,mg/g/h,Keep,0.850,Table,NA,NA,NA,3,NA,NA,Lizard,11.11,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
194,J.-F. Le Galliard,Diporiphora_australis,Diporiphora_australis,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_7,TEWL,mg/g/h,Keep,0.460,Table,NA,NA,NA,3,NA,NA,Lizard,11.11,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
204,J.-F. Le Galliard,Diporiphora_australis,Diporiphora_australis,https://www.jstor.org/stable/1441129,1966,Wild population,"Ayer's Rock, Australia",-25.344870,131.032490,855.4,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_7,TEWL,mg/g/h,Keep,0.460,Table,NA,NA,NA,3,NA,NA,Lizard,11.11,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
107,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,0.420,Table,NA,NA,NA,5,NA,NA,Lizard,9.72,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
129,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,0.280,Table,NA,NA,NA,5,NA,NA,Lizard,9.72,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
141,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,5.680,Table,1.270,SD,Sample error,5,NA,NA,Lizard,9.72,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
156,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,3.790,Table,NA,NA,NA,5,NA,NA,Lizard,9.72,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
168,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,4.430,Table,1.220,SD,Sample error,5,NA,NA,Lizard,9.72,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
183,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,1.920,Table,NA,NA,NA,5,NA,NA,Lizard,9.72,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
195,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,4.320,Table,NA,NA,NA,5,NA,NA,Lizard,9.72,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
205,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,3.460,Table,NA,NA,NA,5,NA,NA,Lizard,9.72,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
212,J.-F. Le Galliard,Tympanocryptis_lineata_lineata,Tympanocryptis_lineata_lineata,https://www.jstor.org/stable/1441129,1966,Wild population,"Andamooka, Australia",-30.453600,137.164820,107.7,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.639,40.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_8,TEWL,mg/g/h,Keep,2.870,Table,NA,NA,NA,5,NA,NA,Lizard,9.72,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
108,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.010,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
130,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,2.851,25.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.020,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
142,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.070,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
157,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,3.819,30.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.110,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
169,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.260,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted."
184,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.061,35.0,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.340,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because measurements at high temperatures during a long time associated with some deaths."
196,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.320,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
206,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,5.804,37.5,NA,NA,0.0,VentilatedBox,NA,24.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.420,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
213,J.-F. Le Galliard,Tympanocryptis_lineata_tetraporophora,Tympanocryptis_tetraporophora,https://www.jstor.org/stable/1441129,1966,Wild population,"Mount Olga, Australia",-25.316600,130.766660,590.8,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Loss of body mass,6.639,40.0,NA,NA,0.0,VentilatedBox,NA,8.00,Not specified,NA,Warburg_Copeia_1966_9,TEWL,mg/g/h,Keep,0.390,Table,NA,NA,NA,3,NA,NA,Lizard,10.22,NA,NA,NA,"Medium quality data extracted from table, abnormally high temperatures",Medium quality,Not usable data,"EWL calculated from mass loss in a dry environment (supposedly around 5-10%, not reported so assumed to be 10%) at various temperatures in a large collection of lizards. SD not always reported and sample size may vary between statistics but reported. Animals reported to be acclimated for a few days, assumed here one week. Data from Table 2 were extracted. Data removed because too high temperatures tested."
217,J.-F. Le Galliard,Nerodia_fasciata,Nerodia_fasciata,https://www.jstor.org/stable/1566035,2001,Wild population,"Ellenton Bay, South Carolina, USA",33.178910,-81.635360,56.9,GPS visualizer,26,5,1999,21,6,1999,Both sexes,Juveniles,Controls,NA,18,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,6.00,Yes,Unconstrained,Winne_JHerp_2001_1,TEWL,%/h,Keep,0.431,Figure,0.042,SE,Sample error,9,NA,NA,Snake,18.55,2.25,SE,NA,"Medium quality data extracted from figure, suboptimal time scale",Medium quality,Not usable data,Body mass collected in standard conditions over 6 hours and reported as % mass loss over total duration in constrained and unconstrained animals. Data with body mass loss and excluding first hours are better and will be retained. Acclimation time corresponds to minimum reported in the main text.  Data removed because better time scale available somewhere else.
218,J.-F. Le Galliard,Seminatrix_pygae,Liodytes_pygaea,https://www.jstor.org/stable/1566035,2001,Wild population,"Ellenton Bay, South Carolina, USA",33.178910,-81.635360,56.9,GPS visualizer,26,5,1999,21,6,1999,Both sexes,Adults,Controls,NA,18,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,6.00,Yes,Unconstrained,Winne_JHerp_2001_2,TEWL,%/h,Keep,1.385,Figure,0.187,SE,Sample error,15,NA,NA,Snake,14.42,1.27,SE,NA,"Medium quality data extracted from figure, suboptimal time scale",Medium quality,Not usable data,Body mass collected in standard conditions over 6 hours and reported as % mass loss over total duration in constrained and unconstrained animals. Data with body mass loss and excluding first hours are better and will be retained. Acclimation time corresponds to minimum reported in the main text. Data removed because better time scale available somewhere else.
219,J.-F. Le Galliard,Nerodia_fasciata,Nerodia_fasciata,https://www.jstor.org/stable/1566035,2001,Wild population,"Ellenton Bay, South Carolina, USA",33.178910,-81.635360,56.9,GPS visualizer,26,5,1999,21,6,1999,Both sexes,Juveniles,Controls,NA,18,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,6.00,No,Constrained,Winne_JHerp_2001_3,TEWL,%/h,Keep,0.394,Figure,0.042,SE,Sample error,8,NA,NA,Snake,21.37,2.87,SE,NA,"Medium quality data extracted from figure, suboptimal time scale",Medium quality,Not usable data,Body mass collected in standard conditions over 6 hours and reported as % mass loss over total duration in constrained and unconstrained animals. Data with body mass loss and excluding first hours are better and will be retained. Acclimation time corresponds to minimum reported in the main text. Data removed because better time scale available somewhere else.
220,J.-F. Le Galliard,Seminatrix_pygae,Liodytes_pygaea,https://www.jstor.org/stable/1566035,2001,Wild population,"Ellenton Bay, South Carolina, USA",33.178910,-81.635360,56.9,GPS visualizer,26,5,1999,21,6,1999,Both sexes,Adults,Controls,NA,18,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,6.00,No,Constrained,Winne_JHerp_2001_4,TEWL,%/h,Keep,1.404,Figure,0.275,SE,Sample error,14,NA,NA,Snake,13.57,1.01,SE,NA,"Medium quality data extracted from figure, suboptimal time scale",Medium quality,Not usable data,Body mass collected in standard conditions over 6 hours and reported as % mass loss over total duration in constrained and unconstrained animals. Data with body mass loss and excluding first hours are better and will be retained. Acclimation time corresponds to minimum reported in the main text. Data removed because better time scale available somewhere else.
221,J.-F. Le Galliard,Nerodia_fasciata,Nerodia_fasciata,https://www.jstor.org/stable/1566035,2001,Wild population,"Ellenton Bay, South Carolina, USA",33.178910,-81.635360,56.9,GPS visualizer,26,5,1999,21,6,1999,Both sexes,Juveniles,Controls,NA,18,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,4.00,Yes,Unconstrained,Winne_JHerp_2001_5,TEWL,mg/h,Keep,79.351,Figure,14.703,SE,Sample error,9,NA,NA,Snake,18.55,2.25,SE,NA,Medium quality data extracted from figure,Medium quality,Usable data,"Body mass collected every 2 hours in standard conditions over 6 hours and reported as % mass loss over last 5 hours duration in constrained and unconstrained animals. Data are averages from mass loss data collected every hours excluding first measurements with ""unusual"" mass loss."
222,J.-F. Le Galliard,Seminatrix_pygae,Liodytes_pygaea,https://www.jstor.org/stable/1566035,2001,Wild population,"Ellenton Bay, South Carolina, USA",33.178910,-81.635360,56.9,GPS visualizer,26,5,1999,21,6,1999,Both sexes,Adults,Controls,NA,18,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,4.00,Yes,Unconstrained,Winne_JHerp_2001_6,TEWL,mg/h,Keep,177.238,Figure,35.085,SE,Sample error,15,NA,NA,Snake,14.42,1.27,SE,NA,Medium quality data extracted from figure,Medium quality,Usable data,"Body mass collected every 2 hours in standard conditions over 6 hours and reported as % mass loss over last 5 hours duration in constrained and unconstrained animals. Data are averages from mass loss data collected every hours excluding first measurements with ""unusual"" mass loss."
223,J.-F. Le Galliard,Nerodia_fasciata,Nerodia_fasciata,https://www.jstor.org/stable/1566035,2001,Wild population,"Ellenton Bay, South Carolina, USA",33.178910,-81.635360,56.9,GPS visualizer,26,5,1999,21,6,1999,Both sexes,Juveniles,Controls,NA,18,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,4.00,No,Constrained,Winne_JHerp_2001_7,TEWL,mg/h,Keep,52.687,Figure,10.984,SE,Sample error,8,NA,NA,Snake,21.37,2.87,SE,NA,"Medium quality data extracted from figure, suboptimal time scale",Medium quality,Not usable data,"Body mass collected every 2 hours in standard conditions over 6 hours and reported as % mass loss over last 5 hours duration in constrained and unconstrained animals. Data are averages from mass loss data collected every hours excluding first measurements with ""unusual"" mass loss. Animals were constrained and data are therefore excluded even if this caused little difference."
224,J.-F. Le Galliard,Seminatrix_pygae,Liodytes_pygaea,https://www.jstor.org/stable/1566035,2001,Wild population,"Ellenton Bay, South Carolina, USA",33.178910,-81.635360,56.9,GPS visualizer,26,5,1999,21,6,1999,Both sexes,Adults,Controls,NA,18,Loss of body mass,1.783,27.0,NA,NA,0.0,VentilatedBox,NA,4.00,No,Constrained,Winne_JHerp_2001_8,TEWL,mg/h,Keep,183.574,Figure,29.286,SE,Sample error,14,NA,NA,Snake,13.57,1.01,SE,NA,"Medium quality data extracted from figure, suboptimal time scale",Medium quality,Not usable data,"Body mass collected every 2 hours in standard conditions over 6 hours and reported as % mass loss over last 5 hours duration in constrained and unconstrained animals. Data are averages from mass loss data collected every hours excluding first measurements with ""unusual"" mass loss. Animals were constrained and data are therefore excluded even if this caused little difference."
225,J.-F. Le Galliard,Christinus_marmoratus,Christinus_marmoratus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_1,TEWL,mg/h,Keep,3.700,Table,0.400,SE,Sample error,15,NA,NA,Lizard,2.9,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
247,J.-F. Le Galliard,Christinus_marmoratus,Christinus_marmoratus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_1,TEWL,mg/g/h,Keep,1.380,Table,0.180,SE,Sample error,15,NA,NA,Lizard,2.9,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
234,J.-F. Le Galliard,Gehyra_punctata,Gehyra_punctata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_10,TEWL,mg/h,Keep,1.800,Table,0.200,SE,Sample error,38,NA,NA,Lizard,3.7,0.3,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
256,J.-F. Le Galliard,Gehyra_punctata,Gehyra_punctata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_10,TEWL,mg/g/h,Keep,0.490,Table,0.040,SE,Sample error,38,NA,NA,Lizard,3.7,0.3,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
235,J.-F. Le Galliard,Gehyra_purpurascens,Gehyra_purpurascens,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_11,TEWL,mg/h,Keep,2.030,Table,NA,NA,NA,2,NA,NA,Lizard,8.33,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
257,J.-F. Le Galliard,Gehyra_purpurascens,Gehyra_purpurascens,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_11,TEWL,mg/g/h,Keep,0.240,Table,NA,NA,NA,2,NA,NA,Lizard,8.33,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
236,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_12,TEWL,mg/h,Keep,3.800,Table,0.700,SE,Sample error,22,NA,NA,Lizard,2.8,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
258,J.-F. Le Galliard,Gehyra_variegata,Gehyra_variegata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_12,TEWL,mg/g/h,Keep,1.430,Table,0.240,SE,Sample error,22,NA,NA,Lizard,2.8,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
237,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_13,TEWL,mg/h,Keep,1.500,Table,0.200,SE,Sample error,25,NA,NA,Lizard,2.4,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
259,J.-F. Le Galliard,Heteronotia_binoei,Heteronotia_binoei,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_13,TEWL,mg/g/h,Keep,0.700,Table,0.080,SE,Sample error,25,NA,NA,Lizard,2.4,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
238,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_14,TEWL,mg/h,Keep,8.600,Table,1.500,SE,Sample error,30,NA,NA,Lizard,9.3,1,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
260,J.-F. Le Galliard,Nephrurus_laevis,Nephrurus_levis,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_14,TEWL,mg/g/h,Keep,0.930,Table,0.130,SE,Sample error,30,NA,NA,Lizard,9.3,1,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
239,J.-F. Le Galliard,Nephrurus_stellatus,Nephrurus_stellatus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_15,TEWL,mg/h,Keep,6.700,Table,1.300,SE,Sample error,10,NA,NA,Lizard,13.1,2.8,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
261,J.-F. Le Galliard,Nephrurus_stellatus,Nephrurus_stellatus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_15,TEWL,mg/g/h,Keep,0.580,Table,0.100,SE,Sample error,10,NA,NA,Lizard,13.1,2.8,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
240,J.-F. Le Galliard,Oedura_marmorata,Oedura_marmorata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_16,TEWL,mg/h,Keep,6.300,Table,2.100,SE,Sample error,8,NA,NA,Lizard,17.3,1.6,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
262,J.-F. Le Galliard,Oedura_marmorata,Oedura_marmorata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_16,TEWL,mg/g/h,Keep,0.400,Table,0.100,SE,Sample error,8,NA,NA,Lizard,17.3,1.6,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
241,J.-F. Le Galliard,Oedura_reticulata,Hesperoedura_reticulata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_17,TEWL,mg/h,Keep,1.110,Table,NA,NA,NA,1,NA,NA,Lizard,2.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
263,J.-F. Le Galliard,Oedura_reticulata,Hesperoedura_reticulata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_17,TEWL,mg/g/h,Keep,0.410,Table,NA,NA,NA,1,NA,NA,Lizard,2.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
242,J.-F. Le Galliard,Rhynchoedura_ornata,Rhynchoedura_ornata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_18,TEWL,mg/h,Keep,0.990,Table,0.140,SE,Sample error,10,NA,NA,Lizard,1.8,0.3,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
264,J.-F. Le Galliard,Rhynchoedura_ornata,Rhynchoedura_ornata,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_18,TEWL,mg/g/h,Keep,0.630,Table,0.080,SE,Sample error,10,NA,NA,Lizard,1.8,0.3,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
243,J.-F. Le Galliard,Strophurus_ciliaris,Strophurus_ciliaris,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_19,TEWL,mg/h,Keep,2.600,Table,0.400,SE,Sample error,8,NA,NA,Lizard,7.7,0.9,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
265,J.-F. Le Galliard,Strophurus_ciliaris,Strophurus_ciliaris,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_19,TEWL,mg/g/h,Keep,0.350,Table,0.040,SE,Sample error,8,NA,NA,Lizard,7.7,0.9,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
226,J.-F. Le Galliard,Crenadactylus_ocellatus,Crenadactylus_ocellatus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_2,TEWL,mg/h,Keep,0.470,Table,NA,NA,NA,2,NA,NA,Lizard,0.47,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
248,J.-F. Le Galliard,Crenadactylus_ocellatus,Crenadactylus_ocellatus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_2,TEWL,mg/g/h,Keep,1.000,Table,NA,NA,NA,2,NA,NA,Lizard,0.47,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
244,J.-F. Le Galliard,Strophurus_michaelsoni,Strophurus_michaelseni,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_20,TEWL,mg/h,Keep,1.610,Table,NA,NA,NA,2,NA,NA,Lizard,2.25,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
266,J.-F. Le Galliard,Strophurus_michaelsoni,Strophurus_michaelseni,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_20,TEWL,mg/g/h,Keep,0.710,Table,NA,NA,NA,2,NA,NA,Lizard,2.25,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
245,J.-F. Le Galliard,Strophurus_spinigerus,Strophurus_spinigerus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_21,TEWL,mg/h,Keep,4.900,Table,0.600,SE,Sample error,39,NA,NA,Lizard,4.8,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
267,J.-F. Le Galliard,Strophurus_spinigerus,Strophurus_spinigerus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_21,TEWL,mg/g/h,Keep,0.960,Table,0.090,SE,Sample error,39,NA,NA,Lizard,4.8,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
246,J.-F. Le Galliard,Strophurus_strophurus,Strophurus_strophurus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_22,TEWL,mg/h,Keep,3.000,Table,0.300,SE,Sample error,32,NA,NA,Lizard,6,0.6,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
268,J.-F. Le Galliard,Strophurus_strophurus,Strophurus_strophurus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_22,TEWL,mg/g/h,Keep,0.570,Table,0.040,SE,Sample error,32,NA,NA,Lizard,6,0.6,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
227,J.-F. Le Galliard,Diplodactylus_alboguttatus,Lucasium_alboguttatum,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_3,TEWL,mg/h,Keep,2.400,Table,0.200,SE,Sample error,10,NA,NA,Lizard,2.9,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
249,J.-F. Le Galliard,Diplodactylus_alboguttatus,Lucasium_alboguttatum,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_3,TEWL,mg/g/h,Keep,0.810,Table,0.060,SE,Sample error,10,NA,NA,Lizard,2.9,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
228,J.-F. Le Galliard,Diplodactylus_conspicillatus,Diplodactylus_conspicillatus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_4,TEWL,mg/h,Keep,2.300,Table,0.500,SE,Sample error,8,NA,NA,Lizard,3.9,0.3,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
250,J.-F. Le Galliard,Diplodactylus_conspicillatus,Diplodactylus_conspicillatus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_4,TEWL,mg/g/h,Keep,0.640,Table,0.130,SE,Sample error,8,NA,NA,Lizard,3.9,0.3,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
229,J.-F. Le Galliard,Diplodactylus_ornatus,Diplodactylus_ornatus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_5,TEWL,mg/h,Keep,3.980,Table,NA,NA,NA,2,NA,NA,Lizard,2.16,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
251,J.-F. Le Galliard,Diplodactylus_ornatus,Diplodactylus_ornatus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_5,TEWL,mg/g/h,Keep,1.850,Table,NA,NA,NA,2,NA,NA,Lizard,2.16,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
230,J.-F. Le Galliard,Diplodactylus_polyophtalmus,Diplodactylus_polyophtalmus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_6,TEWL,mg/h,Keep,2.800,Table,0.200,SE,Sample error,5,NA,NA,Lizard,3.1,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
252,J.-F. Le Galliard,Diplodactylus_polyophtalmus,Diplodactylus_polyophtalmus,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_6,TEWL,mg/g/h,Keep,0.890,Table,0.090,SE,Sample error,5,NA,NA,Lizard,3.1,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
231,J.-F. Le Galliard,Diplodactylus_pulcher,Diplodactylus_pulcher,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_7,TEWL,mg/h,Keep,2.800,Table,0.300,SE,Sample error,23,NA,NA,Lizard,2.7,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
253,J.-F. Le Galliard,Diplodactylus_pulcher,Diplodactylus_pulcher,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_7,TEWL,mg/g/h,Keep,1.100,Table,0.100,SE,Sample error,23,NA,NA,Lizard,2.7,0.2,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
232,J.-F. Le Galliard,Diplodactylus_squarrosus,Lucasium_squarrosum,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_8,TEWL,mg/h,Keep,1.600,Table,0.200,SE,Sample error,26,NA,NA,Lizard,2,0.1,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
254,J.-F. Le Galliard,Diplodactylus_squarrosus,Lucasium_squarrosum,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_8,TEWL,mg/g/h,Keep,0.820,Table,0.100,SE,Sample error,26,NA,NA,Lizard,2,0.1,SE,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
233,J.-F. Le Galliard,Gehyra_pilbara,Gehyra_pilbara,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_9,TEWL,mg/h,Keep,1.070,Table,NA,NA,NA,2,NA,NA,Lizard,3.58,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
255,J.-F. Le Galliard,Gehyra_pilbara,Gehyra_pilbara,https://doi.org/10.1071/ZO99007,2000,Wild population,Western Australia,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,14,Loss of body mass,2.104,20.0,NA,NA,0.0,SealedBox,NA,12.00,Not specified,NA,Withers_AustrJZool_2000_9,TEWL,mg/g/h,Keep,0.300,Table,NA,NA,NA,2,NA,NA,Lizard,3.58,NA,NA,NA,High quality data extracted from table,High quality,Usable data,Calculation of EWL in a dry open-flow chamber from weight loss at 20�C and lowest score from several measurements done in multiple gecko species. All animals acclimated to lab conditions during 2 weeks. Data reported in different units from Table 3. Humidity in the chamber assumed to be 10% due to silical gel and statements from authors.
1353,F. Brischoux,Mabuya_capensis+Mabuya_varia+Mabuya_sulcata,Trachylepis_spp.,10.2307/1444055 ,1981,Wild population,"Cape Town, South Africa",-33.776000,18.657000,148,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.449,15.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_1,TEWL,mg/g/h,Keep,0.080,Table,0.020,SE,Sample error,26,67,NA,Lizard,10.2,3.2,SD,NA,"High quality data extracted from table, species status unclear",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data excluded because not precise taxonomic information."
1355,F. Brischoux,Mabuya_capensis+Mabuya_varia+Mabuya_sulcata,Trachylepis_spp.,10.2307/1444055 ,1981,Wild population,"Cape Town, South Africa",-33.776000,18.657000,148,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.387,23.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_1,TEWL,mg/g/h,Keep,0.330,Table,0.070,SE,Sample error,24,67,NA,Lizard,10.2,3.2,SD,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data excluded because not precise taxonomic information."
1373,F. Brischoux,Mabuya_capensis+Mabuya_varia+Mabuya_sulcata,Trachylepis_spp.,10.2307/1444055 ,1981,Wild population,"Cape Town, South Africa",-33.776000,18.657000,148,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,1440.00,No,Resting,Withers_Copeia_1981_1,TEWL,mg/g/h,Keep,0.393,Table,0.053,SE,Sample error,32,67,NA,Lizard,10.2,3.2,SD,NA,High quality data extracted from table,High quality,Usable data,Total water loss obtained from mass loss during a day in a glass jar with dry air and clothing sealing. Data reported in Table 6. 
1354,F. Brischoux,Mabuya_capensis+Mabuya_varia+Mabuya_sulcata,Trachylepis_spp.,10.2307/1444055 ,1981,Wild population,"Cape Town, South Africa",-33.776000,18.657000,148,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,1.449,15.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_2,TEWL,mg/g/h,Keep,8.500,Table,3.200,SE,Sample error,6,67,NA,Lizard,10.2,3.2,SD,NA,"High quality data extracted from table, species status unclear",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1356,F. Brischoux,Mabuya_capensis+Mabuya_varia+Mabuya_sulcata,Trachylepis_spp.,10.2307/1444055 ,1981,Wild population,"Cape Town, South Africa",-33.776000,18.657000,148,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,2.387,23.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_2,TEWL,mg/g/h,Keep,8.900,Table,1.900,SE,Sample error,8,67,NA,Lizard,10.2,3.2,SD,NA,"High quality data extracted from table, species status unclear",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1357,F. Brischoux,Scelotes_gronovii,Scelotes_gronovii,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.449,15.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_3,TEWL,mg/g/h,Keep,0.060,Table,0.010,SE,Sample error,20,69,NA,Worm lizard,1.1,0.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. "
1359,F. Brischoux,Scelotes_gronovii,Scelotes_gronovii,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.387,23.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_3,TEWL,mg/g/h,Keep,0.510,Table,0.050,SE,Sample error,20,69,NA,Worm lizard,1.1,0.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. "
1361,F. Brischoux,Scelotes_gronovii,Scelotes_gronovii,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,4.276,33.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_3,TEWL,mg/g/h,Keep,0.890,Table,0.110,SE,Sample error,16,69,NA,Worm lizard,1.1,0.2,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. "
1374,F. Brischoux,Scelotes_gronovii,Scelotes_gronovii,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,336.00,No,NA,Withers_Copeia_1981_3,TEWL,mg/g/h,Keep,1.010,Table,0.083,SE,Sample error,35,69,NA,Worm lizard,1.1,0.2,SD,NA,High quality data extracted from table,High quality,Usable data,Total water loss obtained from mass loss during a day in a glass jar with dry air and clothing sealing. Data reported in Table 6. 
1358,F. Brischoux,Scelotes_gronovii,Scelotes_gronovii,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,1.449,15.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_4,TEWL,mg/g/h,Keep,13.700,Table,3.100,SE,Sample error,5,69,NA,Worm lizard,1.1,0.2,SD,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1360,F. Brischoux,Scelotes_gronovii,Scelotes_gronovii,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,2.387,23.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_4,TEWL,mg/g/h,Keep,10.800,Table,2.300,SE,Sample error,4,69,NA,Worm lizard,1.1,0.2,SD,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1362,F. Brischoux,Scelotes_gronovii,Scelotes_gronovii,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,4.276,33.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_4,TEWL,mg/g/h,Keep,31.800,Table,6.800,SE,Sample error,5,69,NA,Worm lizard,1.1,0.2,SD,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1363,F. Brischoux,Acontias_meleagris,Acontias_meleagris,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.449,15.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_5,TEWL,mg/g/h,Keep,0.050,Table,0.010,SE,Sample error,39,193,NA,Worm lizard,7.3,1.1,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. "
1365,F. Brischoux,Acontias_meleagris,Acontias_meleagris,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.387,23.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_5,TEWL,mg/g/h,Keep,0.290,Table,0.020,SE,Sample error,36,193,NA,Worm lizard,7.3,1.1,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. "
1367,F. Brischoux,Acontias_meleagris,Acontias_meleagris,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,4.276,33.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_5,TEWL,mg/g/h,Keep,1.080,Table,0.120,SE,Sample error,30,193,NA,Worm lizard,7.3,1.1,SD,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. "
1375,F. Brischoux,Acontias_meleagris,Acontias_meleagris,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Loss of body mass,2.528,23.0,NA,NA,0.0,SealedBox,NA,192.00,No,Resting,Withers_Copeia_1981_5,TEWL,mg/g/h,Keep,2.670,Table,0.310,SE,Sample error,20,193,NA,Worm lizard,7.3,1.1,SD,NA,High quality data extracted from table,High quality,Usable data,Total water loss obtained from mass loss during a day in a glass jar with dry air and clothing sealing. Data reported in Table 6. 
1364,F. Brischoux,Acontias_meleagris,Acontias_meleagris,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,1.449,15.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_6,TEWL,mg/g/h,Keep,1.840,Table,1.000,SE,Sample error,10,193,NA,Worm lizard,7.3,1.1,SD,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1366,F. Brischoux,Acontias_meleagris,Acontias_meleagris,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,2.387,23.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_6,TEWL,mg/g/h,Keep,8.740,Table,2.200,SE,Sample error,9,193,NA,Worm lizard,7.3,1.1,SD,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1368,F. Brischoux,Acontias_meleagris,Acontias_meleagris,10.2307/1444055 ,1981,Wild population,"Schaapen Island, Langebaan Lagoon, South Africa",-33.091400,18.021170,15,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,4.276,33.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_6,TEWL,mg/g/h,Keep,17.900,Table,5.300,SE,Sample error,10,193,NA,Worm lizard,7.3,1.1,SD,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1369,F. Brischoux,Typhlacontias_brevipes,Typhlacontias_brevipes,10.2307/1444055 ,1981,Wild population,"Sand dunes, Namibia",-23.566000,15.049000,404,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,1.449,15.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_7,TEWL,mg/g/h,Keep,0.060,Table,NA,NA,NA,2,113,NA,Worm lizard,1.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. "
1371,F. Brischoux,Typhlacontias_brevipes,Typhlacontias_brevipes,10.2307/1444055 ,1981,Wild population,"Sand dunes, Namibia",-23.566000,15.049000,404,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Gaz measurement,2.387,23.0,NA,NA,0.0,SealedBox,NA,0.10,No,Resting,Withers_Copeia_1981_7,TEWL,mg/g/h,Keep,0.160,Table,NA,NA,NA,2,113,NA,Worm lizard,1.7,NA,NA,NA,High quality data extracted from table,High quality,Usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. "
1370,F. Brischoux,Typhlacontias_brevipes,Typhlacontias_brevipes,10.2307/1444055 ,1981,Wild population,"Sand dunes, Namibia",-23.566000,15.049000,404,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,1.449,15.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_8,TEWL,mg/g/h,Keep,5.000,Table,NA,NA,NA,1,113,NA,Worm lizard,1.7,NA,NA,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
1372,F. Brischoux,Typhlacontias_brevipes,Typhlacontias_brevipes,10.2307/1444055 ,1981,Wild population,"Sand dunes, Namibia",-23.566000,15.049000,404,Publication,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Activity manipulation,Active,NA,Gaz measurement,2.387,23.0,NA,NA,0.0,SealedBox,NA,0.10,Yes,Active,Withers_Copeia_1981_8,TEWL,mg/g/h,Keep,5.800,Table,NA,NA,NA,1,113,NA,Worm lizard,1.7,NA,NA,NA,"High quality data extracted from table, active animals",High quality,Not usable data,"Total water loss measured from stop flow respirometry with replicates per individual at different temperatures and in resting or non resting animals (%O2 technique, mgH2O/g/h). Data reported in Table 5. Data removed because collected in active animals."
269,J.-F. Le Galliard,Molochus_horridus,Moloch_horridus,https://www.jstor.org/stable/1565146,1993,Wild population,"Bungalbin, Australia",-30.383330,119.616660,457.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Gaz measurement,1.705,15.0,NA,NA,500.0,FlowChamber,6.00,NA,No,NA,Withers_JournHerp_1993_1,TEWL,mg/g/h,Keep,0.299,Table,0.030,SE,Sample error,6,NA,NA,Lizard,29.3,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Rate of EWL calculated from flow-through respirometry at 500 ml per min and data reported as mg per g per hour with ancillarry data on the body mass of lizards (but not age) reported in the main text. Acclimation time assumed to be less than 7 days based on statements from authors and dry air assumed to be 0% based on described methodology. Mean mass reported in the main text without errors.  Chamber characteristics kindly communicated by author.
270,J.-F. Le Galliard,Molochus_horridus,Moloch_horridus,https://www.jstor.org/stable/1565146,1993,Wild population,"Bungalbin, Australia",-30.383330,119.616660,457.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Gaz measurement,3.167,25.0,NA,NA,500.0,FlowChamber,6.00,NA,No,NA,Withers_JournHerp_1993_2,TEWL,mg/g/h,Keep,0.707,Table,0.082,SE,Sample error,5,NA,NA,Lizard,29.3,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Rate of EWL calculated from flow-through respirometry at 500 ml per min and data reported as mg per g per hour with ancillarry data on the body mass of lizards (but not age) reported in the main text. Acclimation time assumed to be less than 7 days based on statements from authors and dry air assumed to be 0% based on described methodology. Mean mass reported in the main text without errors.  Chamber characteristics kindly communicated by author.
271,J.-F. Le Galliard,Molochus_horridus,Moloch_horridus,https://www.jstor.org/stable/1565146,1993,Wild population,"Bungalbin, Australia",-30.383330,119.616660,457.9,GPS visualizer,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,7,Gaz measurement,5.623,35.0,NA,NA,500.0,FlowChamber,6.00,NA,No,NA,Withers_JournHerp_1993_3,TEWL,mg/g/h,Keep,1.245,Table,0.140,SE,Sample error,6,NA,NA,Lizard,29.3,NA,NA,NA,Medium quality data extracted from table,Medium quality,Usable data,Rate of EWL calculated from flow-through respirometry at 500 ml per min and data reported as mg per g per hour with ancillarry data on the body mass of lizards (but not age) reported in the main text. Acclimation time assumed to be less than 7 days based on statements from authors and dry air assumed to be 0% based on described methodology. Mean mass reported in the main text without errors.  Chamber characteristics kindly communicated by author.
2338,M.A. Carretero,Zootoca_vivipara_carniolica,Zootoca_vivipara_carniolica,http://www.salamandra-journal.com/index.php/home/contents/2017-vol-53/1816-zagar-a-a-vrezec-m-a-carretero,2017,Wild population,"Kocevje, Slovenska vas, Slovenia",45.664700,14.824800,466,Publication,11,8,2014,14,8,2014,Males,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Zagar_Salamandra_2017_1,TEWL,mg/h,Keep,9.162,Dataset,1.698,SE,Sample error,7,54.03,NA,Lizard,4.4005,0.2145,SE,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Water loss measured from field caught animals after maintenance in the laboratory for a maximum of 3 days. Water loss measured from body mass loss at a constant temperature in open-top semi-sealed boxes using the same protocol as Osojnik et al. (2013). Cumulative water loss calculated from the total time of 12h. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2340,M.A. Carretero,Zootoca_vivipara_carniolica,Zootoca_vivipara_carniolica,http://www.salamandra-journal.com/index.php/home/contents/2017-vol-53/1816-zagar-a-a-vrezec-m-a-carretero,2017,Wild population,"Kocevje, Slovenska vas, Slovenia",45.664700,14.824800,466,Publication,11,8,2014,14,8,2014,Males,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Zagar_Salamandra_2017_1,TEWL,%/h,Keep,0.236,Dataset,0.055,SE,Sample error,7,54.03,NA,Lizard,4.4005,0.2145,SE,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Water loss measured from field caught animals after maintenance in the laboratory for a maximum of 3 days. Water loss measured from body mass loss at a constant temperature in open-top semi-sealed boxes using the same protocol as Osojnik et al. (2013). Cumulative water loss calculated from the total time of 12h. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2339,M.A. Carretero,Zootoca_vivipara_carniolica,Zootoca_vivipara_carniolica,http://www.salamandra-journal.com/index.php/home/contents/2017-vol-53/1816-zagar-a-a-vrezec-m-a-carretero,2017,Wild population,"Kocevje, Slovenska vas, Slovenia",45.664700,14.824800,466,Publication,11,8,2014,14,8,2014,Females,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Zagar_Salamandra_2017_2,TEWL,mg/h,Keep,8.462,Dataset,1.168,SE,Sample error,4,59.38,NA,Lizard,4.1794,0.3779,SE,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Water loss measured from field caught animals after maintenance in the laboratory for a maximum of 3 days. Water loss measured from body mass loss at a constant temperature in open-top semi-sealed boxes using the same protocol as Osojnik et al. (2013). Cumulative water loss calculated from the total time of 12h. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2341,M.A. Carretero,Zootoca_vivipara_carniolica,Zootoca_vivipara_carniolica,http://www.salamandra-journal.com/index.php/home/contents/2017-vol-53/1816-zagar-a-a-vrezec-m-a-carretero,2017,Wild population,"Kocevje, Slovenska vas, Slovenia",45.664700,14.824800,466,Publication,11,8,2014,14,8,2014,Females,Adults,Controls,NA,3,Loss of body mass,2.217,25.0,NA,NA,0.0,VentilatedBox,11.50,12.00,No,NA,Zagar_Salamandra_2017_2,TEWL,%/h,Keep,0.234,Dataset,0.028,SE,Sample error,4,59.38,NA,Lizard,4.1794,0.3779,SE,NA,Medium quality data extracted from dataset,Medium quality,Usable data,Water loss measured from field caught animals after maintenance in the laboratory for a maximum of 3 days. Water loss measured from body mass loss at a constant temperature in open-top semi-sealed boxes using the same protocol as Osojnik et al. (2013). Cumulative water loss calculated from the total time of 12h. Apparatus: Sartorius CPA model 224S. EWL statistics provided by MA Carretero.
2153,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.1016/0300-9629(80)90049-3,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,1.50,No,Controls,Zucker_CBP_1980_1,CWL,mg/cm2/h,Keep,0.372,Table,NA,NA,NA,26,NA,NA,Lizard,52.55,NA,NA,142.16,Medium quality data extracted from table,Medium quality,Usable data,Animals measured for water loss from the head and the body separately and with a constant supply of dry incurrent air and measurement of the mass increase of a dessicant in the excurrent air. Methods and assumptions not well-described and it is difficult to know if data include or not RWL. Data reported in Tables in the most exhaustive way. Body mass is not totally presented (the same mean body mass for all groups).   Surface area calculated from a regression equation.
2154,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.1016/0300-9629(80)90049-3,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,1.50,No,During shedding cycle (8 days before shed),Zucker_CBP_1980_2,CWL,mg/cm2/h,Keep,0.360,Table,NA,NA,NA,15,NA,NA,Lizard,52.55,NA,NA,142.16,Medium quality data extracted from table,Medium quality,Usable data,Animals measured for water loss from the head and the body separately and with a constant supply of dry incurrent air and measurement of the mass increase of a dessicant in the excurrent air. Methods and assumptions not well-described and it is difficult to know if data include or not RWL. Data reported in Tables in the most exhaustive way. Body mass is not totally presented (the same mean body mass for all groups).  Surface area calculated from a regression equation.
2155,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.1016/0300-9629(80)90049-3,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,1.50,No,During shedding cycle (1 day before shed),Zucker_CBP_1980_3,CWL,mg/cm2/h,Keep,0.653,Table,NA,NA,NA,19,NA,NA,Lizard,52.55,NA,NA,142.16,Medium quality data extracted from table,Medium quality,Usable data,Animals measured for water loss from the head and the body separately and with a constant supply of dry incurrent air and measurement of the mass increase of a dessicant in the excurrent air. Methods and assumptions not well-described and it is difficult to know if data include or not RWL. Data reported in Tables in the most exhaustive way. Body mass is not totally presented (the same mean body mass for all groups).  Surface area calculated from a regression equation.
2156,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.1016/0300-9629(80)90049-3,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,1.50,No,During shedding cycle (1 day post-shed),Zucker_CBP_1980_4,CWL,mg/cm2/h,Keep,0.445,Table,NA,NA,NA,19,NA,NA,Lizard,52.55,NA,NA,142.16,Medium quality data extracted from table,Medium quality,Usable data,Animals measured for water loss from the head and the body separately and with a constant supply of dry incurrent air and measurement of the mass increase of a dessicant in the excurrent air. Methods and assumptions not well-described and it is difficult to know if data include or not RWL. Data reported in Tables in the most exhaustive way. Body mass is not totally presented (the same mean body mass for all groups).  Surface area calculated from a regression equation.
2085,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,NA,Zucker_Copeia_1980_1,CWL,mg/h,Keep,32.394,Table,6.713,SD,Sample error,8,NA,NA,Lizard,51.94,12.48,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 1, all animals, data estimated by the range of CWL of the same individual, Body mass estimated by the range of the same individual."
2086,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,NA,Zucker_Copeia_1980_1,CWL,mg/g/h,Keep,0.629,Table,0.050,SD,Sample error,8,NA,NA,Lizard,51.94,12.48,SD,NA,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 1, all animals, data estimated by the range of CWL of the same individual, Body mass estimated by the range of the same individual."
2088,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Anesthesized,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,3.70,No,"Anesthesized, resting phase of shedding cycle, dry air",Zucker_Copeia_1980_10,CWL,mg/h,Keep,25.559,Figure,NA,NA,NA,1,NA,NA,Lizard,87,NA,NA,NA,"Low quality data extracted from figure, manipulated animals",Low quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Fig. 3, Mean CWL data were considered after 1.5h of experiment (time for equilibrium). Data removed because animals was manipulated (restraint, etc) or dead during the test."
2089,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Dead animal,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.20,No,"Taped cloaca, dead, resting phase of shedding cycle, dry air, dead animal (post-mortem measure)",Zucker_Copeia_1980_11,CWL,mg/h,Keep,18.662,Figure,NA,NA,NA,1,NA,NA,Lizard,63,NA,NA,NA,"Low quality data extracted from figure, manipulated animals",Low quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Fig. 3, Mean CWL data were considered after 1.5h of experiment (time for equilibrium). Data removed because animals was manipulated (restraint, etc) or dead during the test.dead animal"
2090,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,NA,Zucker_Copeia_1980_12,CWL,mg/cm2/h,Keep,0.068,Table,0.005,SE,Sample error,7,NA,NA,Lizard,73.7,NA,NA,178.32,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 2, AS = 10*W^0.67"
2091,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Acclimation manipulation,Dehydration acclimation,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Dehydrated (4 d without water), dry air",Zucker_Copeia_1980_13,CWL,mg/cm2/h,Keep,0.058,Table,0.004,SE,Sample error,11,NA,NA,Lizard,58.8,NA,NA,153.28,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 2, data collected withh dehydrated animals, AS = 10*W^0.67. Data removed because animals were maintained under manipulated, non standard conditions."
2092,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Taped cloaca, dry air",Zucker_Copeia_1980_14,CWL,mg/cm2/h,Keep,0.061,Table,0.003,SE,Sample error,18,NA,NA,Lizard,64.6,NA,NA,163.25,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 2, AS = 10*W^0.67. Data removed because animals was manipulated (restraint, etc) or dead during the test."
2093,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Cloaca not taped,dry air",Zucker_Copeia_1980_15,CWL,mg/cm2/h,Keep,0.039,Table,0.001,SE,Sample error,4,NA,NA,Lizard,60,NA,NA,155.37,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 2, cloaca not taped, probably considering also cloacal WL, AS = 10*W^0.67"
2094,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Awake, dry air",Zucker_Copeia_1980_16,CWL,mg/cm2/h,Keep,0.212,Table,0.013,SE,Sample error,7,NA,NA,Lizard,63,NA,NA,160.53,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 2. Awake animals, AS = 10*W^0.67"
2095,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Anesthesized,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Anesthetized, dry air",Zucker_Copeia_1980_16,CWL,mg/cm2/h,Keep,0.196,Table,0.016,SE,Sample error,7,NA,NA,Lizard,63,NA,NA,160.53,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 2. anesthesized animals, AS = 10*W^0.67. Data removed because animals was manipulated (restraint, etc) or dead during the test."
2096,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,4.00,No,"Forward air-flow (from tail to head direction), Anesthetized, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_16b,CWL,mg/h,Keep,62.000,Table,NA,NA,NA,1,NA,NA,Lizard,63,NA,NA,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 3 (Tokay 1), anesthesized animals, Forward air-flow (from tail to head direction), taped cloaca. Data removed because animals was manipulated (restraint, etc) or dead during the test."
2097,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Reversed air flow,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,4.00,No,"Reversed air-flow (from head to tail direction), Anesthetized, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_16b,CWL,mg/h,Keep,55.900,Table,NA,NA,NA,1,NA,NA,Lizard,63,NA,NA,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 3 (Tokay 1), anesthesized animals, reversed air-flow (from head to tail direction), taped cloaca.  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2098,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_17,CWL,mg/h,Keep,36.400,Table,9.800,SE,Sample error,4,NA,NA,Lizard,87.3,18.2,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 6, data in mg/0.5h, so I multiplied it by 2 for have the data ar mg/h, taped cloaca .  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2099,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Dead animal,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Dead animals with lungs inflated, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_17,CWL,mg/h,Keep,45.600,Table,13.200,SE,Sample error,4,NA,NA,Lizard,87.3,18.2,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 6, data in mg/0.5h, so I multiplied it by 2 for have the data ar mg/h, taped cloaca, dead animals with their lungs inflated. Data removed because animals was manipulated (restraint, etc) or dead during the test."
2100,R. Gavira,Constrictor_constrictor,Boa_constrictor,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Anesthesized,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,3.70,No,"Anesthetized, early stage 4 of shedding cycle, dry air",Zucker_Copeia_1980_18,CWL,mg/h,Keep,158.536,Figure,NA,NA,NA,1,NA,NA,Snake,1367,NA,NA,NA,"Medium quality data extracted from figure, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Fig. 6, Mean CWL data were considered after 1.5h of experiment (time for equilibrium), measured during shedding stage. Data removed because animals was manipulated (restraint, etc) or dead during the test."
2101,R. Gavira,Constrictor_constrictor,Boa_constrictor,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Anesthesized,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,2.30,No,"Anesthetized, early stage  of shedding cycle, dry air",Zucker_Copeia_1980_19,CWL,mg/h,Keep,224.683,Figure,NA,NA,NA,1,NA,NA,Snake,1536,NA,NA,NA,"Medium quality data extracted from figure, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Fig. 6, Mean CWL data were considered after 1.5h of experiment (time for equilibrium), measured during shedding stage. Data removed because animals was manipulated (restraint, etc) or dead during the test."
2102,R. Gavira,Constrictor_constrictor,Boa_constrictor,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Anesthesized,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,2.20,No,"Anesthetized, resting phase of shedding cycle, dry air",Zucker_Copeia_1980_20,CWL,mg/h,Keep,116.428,Figure,NA,NA,NA,1,NA,NA,Snake,1420,NA,NA,NA,"Medium quality data extracted from figure, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Fig. 6, Mean CWL data were considered after 1.5h of experiment (time for equilibrium).  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2103,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Awake, dry air",Zucker_Copeia_1980_21,CWL,mg/cm2/h,Keep,0.314,Table,0.039,SE,Sample error,11,NA,NA,Snake,344.6,NA,NA,626.48,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 2, awake animals, AS = 12.5*W^0.67"
2104,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Anesthesized,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Anesthetized, dry air",Zucker_Copeia_1980_21,CWL,mg/cm2/h,Keep,0.313,Table,0.038,SE,Sample error,11,NA,NA,Snake,344.6,NA,NA,626.48,Medium quality data extracted from table,Medium quality,Usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 2, anesthesized animals (no difference from awake), AS = 12.5*W^0.67"
2105,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,4.00,No,"Forward air-flow (from tail to head direction), Anesthetized, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_22,CWL,mg/h,Keep,156.250,Table,38.820,SD,Sample error,2,NA,NA,Snake,291.5,20.5,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 3 (mean values from Elaphe 2 and Elaphe 4), anesthesized animals, Forward air-flow (from tail to head direction).  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2108,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Reversed air flow,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,4.00,No,"Reversed air-flow (from head to tail direction), Anesthetized, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_22,CWL,mg/h,Keep,143.200,Table,41.860,SD,Sample error,2,NA,NA,Snake,291.5,20.5,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 3 (mean values from Elaphe 2 and Elaphe 4), anesthesized animals, reversed air-flow (from head to tail direction).  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2106,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Forward air-flow (from tail to head direction), Anesthetized, resting phase of shedding cycle, cloaca not taped, dry air",Zucker_Copeia_1980_23,CWL,mg/h,Keep,145.900,Table,NA,NA,NA,1,NA,NA,Snake,236,NA,NA,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 3 (Elaphe 1), anesthesized animals, Forward air-flow (from tail to head direction), cloaca not taped.  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2109,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Reversed air flow,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Reversed air-flow (from head to tail direction), Anesthetized, resting phase of shedding cycle, cloaca not taped, dry air",Zucker_Copeia_1980_23,CWL,mg/h,Keep,141.300,Table,NA,NA,NA,1,NA,NA,Snake,236,NA,NA,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 3 (Elaphe 1), anesthesized animals, reversed air-flow (from head to tail direction), cloaca not taped.  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2107,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Forward air-flow (from tail to head direction), Anesthetized, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_24,CWL,mg/h,Keep,157.300,Table,NA,NA,NA,1,NA,NA,Snake,211,NA,NA,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 3 (Elaphe 3), anesthesized animals, Forward air-flow (from tail to head direction), taped cloaca.  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2110,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Reversed air flow,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Reversed air-flow (from head to tail direction), Anesthetized, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_24,CWL,mg/h,Keep,153.100,Table,NA,NA,NA,1,NA,NA,Snake,211,NA,NA,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 3 (Elaphe 3), anesthesized animals, reversed air-flow (from head to tail direction), taped cloaca.  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2111,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,Anesthesized,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Anesthetized, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_25,CWL,mg/h,Keep,143.875,Table,53.706,SD,Sample error,4,NA,NA,Snake,392.75,95.59,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 4, anesthesized animals, taped cloaca .  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2112,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Dead animal,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Dead animals, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_25,CWL,mg/h,Keep,130.100,Table,41.812,SD,Sample error,4,NA,NA,Snake,392.75,95.59,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 4, dead animals, taped cloaca . Data removed because animals was manipulated (restraint, etc) or dead during the test.  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2113,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,4.00,No,"Resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_26,CWL,mg/h,Keep,128.200,Table,9.200,SE,Sample error,7,NA,NA,Snake,228.6,41.01,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 6, data in mg/0.5h, so I multiplied it by 2 for have the data ar mg/h, taped cloaca.  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2114,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Fed,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,4.00,No,"Resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_26,CWL,mg/h,Keep,156.600,Table,7.600,SE,Sample error,7,NA,NA,Snake,228.6,41.01,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 6, data in mg/0.5h, so I multiplied it by 2 for have the data ar mg/h, taped cloaca, fed animals. Data removed because animals were digesting."
2115,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_27,CWL,mg/h,Keep,242.400,Table,29.400,SE,Sample error,6,NA,NA,Snake,371.2,82.55,SD,NA,Medium quality data extracted from table,Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 6, data in mg/0.5h, so I multiplied it by 2 for have the data ar mg/h, taped cloaca .  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2116,R. Gavira,Elaphe_obsoleta_quadrivittata,Pantherophis_obsoletus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Other manipulation,Dead animal,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,4.00,No,"Dead animals with lungs inflated, resting phase of shedding cycle, taped cloaca, dry air",Zucker_Copeia_1980_27,CWL,mg/h,Keep,273.800,Table,31.200,SE,Sample error,6,NA,NA,Snake,371.2,82.55,SD,NA,"Medium quality data extracted from table, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Table 6, data in mg/0.5h, so I multiplied it by 2 for have the data ar mg/h, taped cloaca, dead animals with their lungs inflated. Data removed because animals was manipulated (restraint, etc) or dead during the test."
2117,R. Gavira,Lacerta_lepida,Timon_lepidus,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,2.00,No,"Anesthetized, dry air",Zucker_Copeia_1980_29,CWL,mg/h,Keep,27.172,Figure,0.295,SE,Sample error,2,NA,NA,Lizard,111.5,2.12,SD,NA,"Medium quality data extracted from figure, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Fig. 4, Mean CWL data were considered after 1.5h of experiment (time for equilibrium).  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2118,R. Gavira,Dipsosaurus_dorsalis,Dipsosaurus_dorsalis,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,400.0,FlowFlask,NA,2.00,No,"Anesthetized, resting phase of shedding cycle, dry air",Zucker_Copeia_1980_30,CWL,mg/h,Keep,7.377,Figure,0.647,SE,Sample error,2,NA,NA,Lizard,49.75,3.18,SD,NA,"Medium quality data extracted from figure, manipulated animals",Medium quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Fig. 5, Mean CWL data were considered after 1.5h of experiment (time for equilibrium).  Data removed because animals was manipulated (restraint, etc) or dead during the test."
2087,R. Gavira,Gekko_gecko,Gekko_gecko,doi: 10.2307/1444518,1980,Laboratory housing,NA,NA,NA,NA,None,NA,NA,NA,NA,NA,NA,Not specified,Not specified,Controls,NA,NA,Change in mass of a dessicant,3.819,30.0,NA,NA,200.0,FlowFlask,NA,4.30,No,"Taped cloaca, anesthesized, resting stage of shedding cycle, dry air",Zucker_Copeia_1980_9,CWL,mg/h,Keep,106.415,Figure,NA,NA,NA,1,NA,NA,Lizard,53,NA,NA,NA,"Low quality data extracted from figure, manipulated animals",Low quality,Not usable data,"Water loss measured separately for head and body with a flow-through technique and measurements of mass increase of a dessicant. Incurrent air flow with dry conditions and stable temperature, and excurrent water trapped in a dessicant. Complex set-up not explained very well. All animals from local supplier and data reported in Tables and Figures for various conditions. Data taken from Fig. 3, Mean CWL data were considered after 1h of experiment (time for equilibrium). Data removed because animals was manipulated (restraint, etc) or dead during the test."
2842,J.-F. Le Galliard,Anolis_cybotes,Anolis_cybotes,https://doi.org/10.2307/1563888,1980,Wild population,"Sabana Larga, Peravia, Dominica",18.593040,-70.493260,550,Publication,NA,8,1976,NA,8,1976,Both sexes,Adults,Controls,NA,16,Loss of body mass,NA,25.0,NA,NA,NA,VentilatedBox,NA,340.00,Not specified,Dessication to death,Hertz_Jherp_1980_1,TEWL,%/h,Keep,0.114,Table,0.009,SE,Sample error,15,NA,NA,Lizard,5.66,0.64,SE,NA,Medium quality extracted from table,Medium quality,Usable data,Studies of tolerance to dessication in field caught animals captured in geographically closed areas for two species then shipped to USA Massasuchets for acclimation with food and water during two weeks followed by two days of fast. Dessication to death experiment in a ventilated box with dry air at 25�C in constant dark and continuous weight record every 12 hours until death. Weight loss calculated from a linear regression. Data reported in a Table.
2843,J.-F. Le Galliard,Anolis_marcanoi,Anolis_marcanoi,https://doi.org/10.2307/1563888,1980,Wild population,"San Jose Ocoa, Peravia, Dominica",18.531921,-70.504342,400,Publication,NA,8,1976,NA,8,1976,Both sexes,Adults,Controls,NA,16,Loss of body mass,NA,25.0,NA,NA,NA,VentilatedBox,NA,300.00,Not specified,Dessication to death,Hertz_Jherp_1980_2,TEWL,%/h,Keep,0.122,Table,0.006,SE,Sample error,15,NA,NA,Lizard,4.18,0.33,SE,NA,Medium quality extracted from table,Medium quality,Usable data,Studies of tolerance to dessication in field caught animals captured in geographically closed areas for two species then shipped to USA Massasuchets for acclimation with food and water during two weeks followed by two days of fast. Dessication to death experiment in a ventilated box with dry air at 25�C in constant dark and continuous weight record every 12 hours until death. Weight loss calculated from a linear regression. Data reported in a Table.