Fluctuations in temperature govern an individual's physiology. Physiological responses to
temperature may occur acutely, through acclimation, or through adaptation. Specifically …

Physiology defines individual responses to global climate change and species distributions
across environments. Physiological responses are driven by temperature on three time …

Large variation is maintained in wild populations across biological levels of organization.
Studies investigating genotype to phenotype relationships have demonstrated that genetic …

Temperature is a master environmental factor that limits the geographical distribution of
species, especially in ectotherms. To address challenges in biodiversity conservation under …

Physiological trait variation underlies health, responses to global climate change, and
ecological performance. Yet, most physiological traits are complex, and we have little …

To better understand temperature's role in the interaction between local evolutionary
adaptation and physiological plasticity, we investigated acclimation effects on metabolic …

Temperature-adaptive physiological variation plays important roles in latitudinal
biogeographic patterning and in setting vertical distributions along subtidal-to-intertidal …

Global climate change is projected to have widespread effects that could threaten the
viability of natural populations. Physiological processes of aquatic ectotherms critically …

Global climate change is projected to have widespread effects that could threaten the
viability of natural populations. Physiological processes of aquatic ectotherms critically …

Given the rate and magnitude of the ongoing global warming, there is some urgency to
understand the underlying mechanism of thermal adaptation to evaluate and predict the …