The roles of acclimation and behavior in buffering climate change impacts along elevational gradients

This data package contains experimentally measured critical thermal limits of juvenile Rana temporaria from populations distributed across elevations. These data are presented in Enriquez-Urzelai et al. 2020 The roles of acclimation and behavior in buffering climate change impacts along elevational gradients. Journal of Animal Ecology. The dataset file is called "CTs.txt" and contains 10 columns: 1: (Pop) population of origin of each analysed individual. 2: (ID) the identification number of each analysed individual. 3: (treat) the acclimation temperature for the larval stage. Either 14 or 24ºC. 4: (CT) value of critical thermal limit in ºC. Could be either CTmax or CTmin. See column No. 8 5: (S0) survival immediately after critical thermal limits tests. y=yes, n=no 6: (S24) survival 24-h after critical thermal limits tests y=yes, n=no 7: (W) weight when critical thermal limits tests were conducted in mg 8: (min.max) wether CT values correspond to CTmin (min) or CTmax (max) 9: (device) device with which CT tests were conducted 10: (date) date when CT tests were conducted Please contact Urtzi Enriquez-Urzelai ([e-mail]) with any questions about these data.