This review and data analysis outline how fish biologists should most reliably estimate the
minimal amount of oxygen needed by a fish to support its aerobic metabolic rate (termed …

Animal distributions are shaped by the environment and antecedents. Here I show how the
temperature dependence of aerobic scope (the difference between maximum and minimum …

Understanding the resilience of aquatic ectothermic animals to climate warming has been
hindered by the absence of experimental systems experiencing warming across relevant …

The mechanism underlying the decrease in aerobic scope in fish at warm temperatures is
not fully understood and is the focus of this research. Our study examined oxygen uptake …

Global seawater temperatures are increasing and becoming more variable, with
consequences for all marine animals including those in food production systems. In several …

Little is known of the physiological mechanisms underlying the effects of climate change on
animals, yet it is clear that some species appear more resilient than others. As pink salmon …

This chapter attempts to synthesize the responses of fish to hypoxia presented in this Fish
Physiology volume. The previous chapters are built on by differentiating between …

This review examines selected areas of cardiovascular physiology where there have been
impressive gains of knowledge and indicates fertile areas for future research. Because …

Hearts are the first organs to fail in animals exposed to heat stress. Predictions of climate
change mediated increases in ocean temperatures suggest that the ectothermic heart may …

Over the past several decades, a substantial amount of research has examined how
cardiorespiratory physiology supports the diverse activities performed throughout the life …