%0 Journal Article %1 xiao2024coevolution %A Xiao, Hongtao %A Li, Jiale %A Yu, Guozhi %A Yao, Yongfang %A Xu, Huailiang %D 2024 %J Journal of Evolutionary Biology %K biology climate_change coevolution endotherms thermal_neutral_zone trade-off %P voae018 %R 10.1093/jeb/voae018 %T Coevolution between heat and cold tolerance in endotherms %U https://doi.org/10.1093/jeb/voae018 %X Whether the heat and cold tolerance of endotherms evolve independently or correlatively remains unresolved. Both physiological trade-offs and natural selection can contribute to a coevolutionary pattern of heat and cold tolerance in endotherms. Using a published database, we tested the correlation between upper and lower thermal limits across endothermic species with multi-response generalized linear mixed models incorporating phylogenies. We found a positive correlation between upper and lower thermal limits, which suggested a coevolutionary pattern of heat and cold tolerance. Specifically, this relationship between heat and cold tolerance is phylogenetically constrained for tropical endotherms but not for temperate endotherms. The correlated evolution between heat and cold tolerance may have a significant influence on endotherms’ evolution and ecology and needs to be further investigated.

@article{xiao2024coevolution, abstract = {Whether the heat and cold tolerance of endotherms evolve independently or correlatively remains unresolved. Both physiological trade-offs and natural selection can contribute to a coevolutionary pattern of heat and cold tolerance in endotherms. Using a published database, we tested the correlation between upper and lower thermal limits across endothermic species with multi-response generalized linear mixed models incorporating phylogenies. We found a positive correlation between upper and lower thermal limits, which suggested a coevolutionary pattern of heat and cold tolerance. Specifically, this relationship between heat and cold tolerance is phylogenetically constrained for tropical endotherms but not for temperate endotherms. The correlated evolution between heat and cold tolerance may have a significant influence on endotherms’ evolution and ecology and needs to be further investigated.}, added-at = {2024-03-01T09:48:02.000+0100}, author = {Xiao, Hongtao and Li, Jiale and Yu, Guozhi and Yao, Yongfang and Xu, Huailiang}, biburl = {https://www.bibsonomy.org/bibtex/252fd264623d5ee6d2e052863222650bc/tabularii}, doi = {10.1093/jeb/voae018}, eprint = {https://academic.oup.com/jeb/advance-article-pdf/doi/10.1093/jeb/voae018/56750811/voae018.pdf}, interhash = {0adb2b718b12bac9fefca0aa9de29bd0}, intrahash = {52fd264623d5ee6d2e052863222650bc}, issn = {1010-061X}, journal = {Journal of Evolutionary Biology}, keywords = {biology climate_change coevolution endotherms thermal_neutral_zone trade-off}, month = {02}, pages = {voae018}, timestamp = {2024-03-01T09:48:02.000+0100}, title = {Coevolution between heat and cold tolerance in endotherms}, url = {https://doi.org/10.1093/jeb/voae018}, year = 2024 }