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Climate change is expected to shift species distributions as populations grow in favourable habitats and decline in harsh ones. Montane animals escape warming conditions at low elevation by moving upslope, but may be physiologically constrained by conditions there. Effects of elevation were studied for montane populations of the leaf beetle Chrysomela aeneicollis, where allele frequencies at nuclear...
Understanding the traits mediating species' responses to climate change is a cornerstone for predicting future community composition and ecosystem function.
Although species' eco‐physiological properties determine their response to environmental change, most trait‐based studies focus on a small subset of easily measured morphological traits as proxies for physiology. This choice may limit our...
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