Data from: Temperature dependence of predation stress and the nutritional ecology of a generalist herbivore

Oswald J. Schmitz, Adam E. Ronseblatt, Meredith Smylie & Adam E. Rosenblatt
Prey at risk of predation may experience stress and respond physiologically by altering their metabolic rates. Theory predicts that such physiological changes should alter prey nutrient demands from N-rich to C-rich macronutrients and shift the balance between maintenance and growth/reproduction. Theory further suggests that for ectotherms, temperature stands to exacerbate this stress. Yet, the interactive effects of predation stress and temperature stress on diet, metabolism, and survival of ectotherms are not well known. This knowledge...
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