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Variation in Metabolic Scaling Reveals Aerobic Constraints With Temperature in Fishes
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DOI：10.1111/geb.70286.png)
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Abstract
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Climate-driven declines in fish body size suggest direct negative impacts on larger individuals and indirect impacts on species interactions, population dynamics and ultimately ecosystem functions and services. This study uses metabolic scaling as a mechanistic framework to identify aerobic limitations in fish across size to provide a foundation for a better understanding of the ecological consequences of size-specific species vulnerability in a warming world.
Keywords:
aerobic scope
fish
metabolic rate
oxygen uptake rate
scaling
size
warming
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