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Community Physiological Ecology
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DOI：10.1016/j.tree.2019.02.002.png)
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The effects of animal homeostatic function on ecological interactions have not been well-integrated into community ecology. Animals mediate environmental change and stressors through homeostatic shifts in physiology and behavior, which likely shape ecological interactions and plant communities. Animal responses to stressors can alter their habitat use, selective foraging, and stoichiometry, which can in turn affect trophic interactions, plant growth, reproduction, and dispersal. Here, we describe a community physiological ecology framework that integrates classical ecological theory and emerging empirical approaches to test how animal homeostatic responses to environmental change mediate ecological interactions and shape communities. Interdisciplinary approaches could provide essential data to characterize and forecast community responses to rapid global environmental change.
Keyword:
FORAGING BEHAVIOR
SEED DISPERSAL
CLIMATE-CHANGE
STRESS
WATER
PREDATION
PLANTS
FUTURE
STOICHIOMETRY
TEMPERATURE
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