ABSTRACT 52 Interest in the measurement of metabolic rates is growing rapidly, due to the
relevance of 53 metabolism for understanding organismal physiology, behaviour, evolution …

ABSTRACT 52 Interest in the measurement of metabolic rates is growing rapidly, due to the
relevance of 53 metabolism in understanding organismal physiology, behaviour, evolution …

Interest in the measurement of metabolic rates is growing rapidly, because of the importance
of metabolism in advancing our understanding of organismal physiology, behaviour …

Intermittent-flow respirometry is widely used to measure oxygen uptake rates and
subsequently estimate aerobic metabolic rates of aquatic animals. However, the lack of a …

Metabolic rate is one of the most widely measured physiological traits in animals and may
be influenced by both endogenous (eg body mass) and exogenous factors (eg oxygen …

By understanding range-wide intraspecific variation in metabolic rate we can better
understand how organisms have adapted to their environment. However, methods to …

Intermittent‐flow respirometry is an experimental protocol for measuring oxygen
consumption in aquatic organisms that utilizes the best features of closed (stop‐flow) and …

Metabolic rate is often measured as a phenotype in evolutionary genetics, among other
fields including many facets of physiology, behavior, and ecology, because it impacts …

Respirometry is used in aquaculture for a number of purposes. Some examples include
noninvasive measurement of animal physiology in response to particular husbandry …

As intermittent‐flow respirometry has become a common method for the determination of
resting metabolism or standard metabolic rate (SMR), this study investigated how much of …