Exercise to exhaustion leads to severe metabolic, acid–base and ionic changes in fish. It
has been shown that several abiotic and biotic factors can limit burst exercise performance …

Exercise to exhaustion results in severe metabolic, acid-base, and endocrine disturbances
to fish. Recovery metabolism from this type of activity may place limits on performance, since …

Most sources of stress in aquaculture, fish salvage, stocking programs, and commercial and
sport fisheries may be unavoidable. Collecting, handling, sorting, holding, and transporting …

The mechanisms underlying acid–base transfers across the branchial epithelium of fishes
have been studied for more than 70 years. These animals are able to compensate for …

Sharks, tunas and billfishes are fished extensively throughout the world. Domestic and
international management measures (quotas, minimum sizes, bag limits) mandate release …

The present study measured the excess post-exercise oxygen cost (EPOC) following tests at
critical swimming speed (U crit) in three stocks of adult, wild, Pacific salmon (Oncorhynchus …

We searched major electronic databases to identify peer‐reviewed literature investigating
the role of temperature on the stress response and mortality of captured and released fish …

Temperature governs most physiological processes in animals. Ectotherms behaviourally
thermoregulate by selecting habitats with temperatures regulating their body temperature for …

This study evaluated the immediate physiological response of wild rainbow trout to catch-
and-release angling in the Alagnak River, southwest Alaska. Information was recorded on …

While the temperature dependence of exercise performance in fishes is reasonably well
documented, information on the temperature dependence of metabolic recovery and …