Foraging and thermally induced phenotypic plasticity interact in the most northerly distributed freshwater fish.

Abstract excerpt

Elevated temperatures from climate change are predicted to be more extreme at higher latitudes. This could require phenotypic plasticity to generate variation that allows organisms to persist in these regions. However, climate change will provide a multifactorial change in environmental cues, making an understanding of how they interact essential for predicting persistence and future evolutionary potential. Here,...

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