The thermal dependence of fast-start performance in fish |
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Authors: | Genevieve K. Temple Ian A. Johnston |
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Affiliation: | Gatty Marine Laboratory, School of Environmental and Evolutionary Biology, University of St Andrews, St Andrews, Fife KY16 8LB, Scotland |
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Abstract: | Many fish species use fast-starts to escape predators and capture prey. There is evidence for changes in fast-start behaviour with temperature, over acute, seasonal, developmental and evolutionary time scales. Maximum velocity often increases with acute temperature changes. Thermal acclimation can improve fast-start performance, although responses appear to be reduced in more eurythermal species. Changes in performance with thermal acclimation are often reflected at the molecular, biochemical and cellular levels of organisation. There appears to be little compensation in fast-start performance in Antarctic fish compared to warmer water species. |
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Keywords: | Acute temperature thermal acclimation compensation fast-start fish maximum speed Umax escape response prey capture |
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