Extreme events associated with global warming, such as ocean heat waves, can have
contrasting fitness consequences for different species, thereby modifying the structure and …

The rapid pace of ocean change has prompted a need to forecast likely future species
distributions. Species distribution models are often categorized as either correlative …

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

Intertidal organisms rely on physiological and behavioral adjustments to maintain
homeostasis under warm exposure. We examined the effects of the temperature increase …

The widespread evidence that global warming can increase species sensitivities to chemical
toxicants, and vice versa, and the recent insight that thermal evolution may mitigate these …

Climate change and increasing global temperatures are a leading threat to ectothermic
animals worldwide. Ectotherm persistence under climate change will depend on a …

Virtually all aspects of the biology of ectotherms are size‐and temperature‐dependent.
Aerobic metabolism is often proposed to explain such relationships, with oxygen limitation …

The nervous system acts as a biological thermostat by controlling behaviors that regulate the
warming and cooling of animals. We review the structures responsible for thermoregulation …

Studies examining the underlying causes of the distributions of species and their future
trajectories under climate change have benefitted from the accumulation of measurements …

Aquatic animals increasingly encounter environmental hypoxia due to climate-related
warming and/or eutrophication. Although acute warming typically reduces performance …