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Complexity Increases Predictability in Allometrically Constrained Food Webs

Creator:: Iles, Alison C. and Novak, Mark
Abstract:: All ecosystems are subjected to chronic disturbances, such as harvest, pollution, and climate change. The capacity to forecast how species respond to such press perturbations is limited by our imprecise knowledge of pairwise species interaction strengths and the many direct and indirect pathways along which perturbations can propagate between species....
Resource Type:: Article

IlesComplexityIncreasesPredictabilityAppendixD.pdf

Creator:: Iles, Alison C. and Novak, Mark
Abstract:: All ecosystems are subjected to chronic disturbances, such as harvest, pollution, and climate change. The capacity to forecast how species respond to such press perturbations is limited by our imprecise knowledge of pairwise species interaction strengths and the many direct and indirect pathways along which perturbations can propagate between species....

IlesComplexityIncreasesPredictabilityAppendixC.pdf

Creator:: Iles, Alison C. and Novak, Mark
Abstract:: All ecosystems are subjected to chronic disturbances, such as harvest, pollution, and climate change. The capacity to forecast how species respond to such press perturbations is limited by our imprecise knowledge of pairwise species interaction strengths and the many direct and indirect pathways along which perturbations can propagate between species....

IlesComplexityIncreasesPredictabilityAppendixB.pdf

Creator:: Iles, Alison C. and Novak, Mark
Abstract:: All ecosystems are subjected to chronic disturbances, such as harvest, pollution, and climate change. The capacity to forecast how species respond to such press perturbations is limited by our imprecise knowledge of pairwise species interaction strengths and the many direct and indirect pathways along which perturbations can propagate between species....

IlesComplexityIncreasesPredictabilityAppendixA.pdf

Creator:: Iles, Alison C. and Novak, Mark
Abstract:: All ecosystems are subjected to chronic disturbances, such as harvest, pollution, and climate change. The capacity to forecast how species respond to such press perturbations is limited by our imprecise knowledge of pairwise species interaction strengths and the many direct and indirect pathways along which perturbations can propagate between species....

IlesComplexityIncreasesPredictability.pdf

Creator:: Iles, Alison C. and Novak, Mark
Abstract:: All ecosystems are subjected to chronic disturbances, such as harvest, pollution, and climate change. The capacity to forecast how species respond to such press perturbations is limited by our imprecise knowledge of pairwise species interaction strengths and the many direct and indirect pathways along which perturbations can propagate between species....

Complexity Increases Predictability in Allometrically Constrained Food Webs

Creator:: Iles, Alison C. and Novak, Mark
Abstract:: All ecosystems are subjected to chronic disturbances, such as harvest, pollution, and climate change. The capacity to forecast how species respond to such press perturbations is limited by our imprecise knowledge of pairwise species interaction strengths and the many direct and indirect pathways along which perturbations can propagate between species....
Resource Type:: Article

Toward predicting community-level effects of climate: relative temperature scaling of metabolic and ingestion rates

Creator:: Iles, Alison C.
Abstract:: Predicting the effects of climate change on ecological communities requires an understanding of how environmental factors influence both physiological processes and species interactions. Specifically, the net impact of temperature on community structure depends on the relative response of physiological energetic costs (metabolism) and energetic gains (ingestion of resources) that mediate...
Resource Type:: Article

More than a meal… integrating non-feeding interactions into food webs

Creator:: Kefi, Sonia, Berlow, Eric L., Wieters, Evie A., Navarrete, Sergio A., Petchey, Owen L., Wood, Spencer A., Boit, Alice, Joppa, Lucas N., Lafferty, Kevin D., Williams, Richard J., Martinez, Neo D., Menge, Bruce A., Blanchette, Carol A., Iles, Alison C., and Brose, Ulrich
Abstract:: Organisms eating each other are only one of many types of well documented and important interactions among species. Other such types include habitat modification, predator interference and facilitation. However, ecological network research has been typically limited to either pure food webs or to networks of only a few (<3) interaction...
Resource Type:: Article

Bridging environmental physiology and community ecology : temperature effects at the community level

Creator:: Iles, Alison C.
Abstract:: Most climate change predictions focus on the response of individual species to changing local conditions and ignore species interactions, largely due to the lack of a sound theoretical foundation for how interactions are expected to change with climate and how to incorporate them into climate change models. Much of the...
Resource Type:: Dissertation

ScholarsArchive@OSU

Complexity Increases Predictability in Allometrically Constrained Food Webs

IlesComplexityIncreasesPredictabilityAppendixD.pdf

IlesComplexityIncreasesPredictabilityAppendixC.pdf

IlesComplexityIncreasesPredictabilityAppendixB.pdf

IlesComplexityIncreasesPredictabilityAppendixA.pdf

IlesComplexityIncreasesPredictability.pdf

Complexity Increases Predictability in Allometrically Constrained Food Webs

Toward predicting community-level effects of climate: relative temperature scaling of metabolic and ingestion rates

More than a meal… integrating non-feeding interactions into food webs

Bridging environmental physiology and community ecology : temperature effects at the community level

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