All climate change scenarios predict an increase in both global temperature means and the
magnitude of seasonal and diel temperature variation. The nonlinear relationship between …

While average temperature is likely to increase in most locations on Earth, many places will
simultaneously experience higher variability in temperature, precipitation, and other climate …

In this article, we pointed out that understanding the physiology of differential climate change
effects on organisms is one of the many urgent challenges faced in ecology and …

Characterizing thermal acclimation is a common goal of eco‐physiological studies and has
important implications for models of climate change and environmental adaptation …

Predicting species vulnerability to global warming requires a comprehensive, mechanistic
understanding of sublethal and lethal thermal tolerances. To date, however, most studies …

Most terrestrial ectotherms experience diurnal and seasonal variation in temperature.
Because thermal performance curves are non-linear, mean performance can differ in …

Over the last few decades, biologists have made substantial progress in understanding
relationships between changing climates and organism performance. Much of this work has …

Understanding and predicting responses of ectothermic animals to temperature are
essential for decision-making and management. The thermal performance curve (TPC) …

Heat tolerance at the immobile embryonic stage is expected to be critical in determining
species vulnerability to climate change. However, how the mean and developmental …

Predicting the implications of ongoing ocean climate warming demands a better
understanding of how short‐term thermal variability impacts marine ectotherms, particularly …