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 …

Responses to climate change are rooted in thermal physiology, and many studies have
focussed on heat tolerance and plasticity of heat tolerance. Latitudinal patterns in heat …

Due to concerns of global climate change, additional research is needed to quantify the
thermal tolerance of species, and how organisms are able to adapt to changes in thermal …

Pacific salmon provide critical sustenance for millions of people worldwide and have far-
reaching impacts on the productivity of ecosystems. Rising temperatures now threaten the …

As climate change increases maximal water temperatures, behavioural thermoregulation
may be crucial for the persistence of coldwater fishes, such as salmonids. Although myriad …

Increases in environmental temperature predicted to result from global warming have direct
effects on performance of ectotherms. Moreover, cardiac function has been observed to limit …

Anthropogenic climate change is expected to have pervasive impacts on the performance
and viability of fishes, as increasing temperatures create aerobically constrained …

This chapter provides an overview of the various strategies that fishes use to mitigate the
effects of temperature change, summarizes how physiologists characterize the thermal niche …

Anthropogenic climate change is increasing the magnitude and frequency of marine
heatwaves, challenging the physiological limits of ectothermic animals, such as fish, and …