Caterpillar movement mediates spatially local interactions and determines the relationship between population density and contact
Brendan D. Carson,
Colin M. Orians,
Elizabeth E. Crone
Abstract:Background
While interactions in nature are inherently local, ecological models often assume homogeneity across space, allowing for generalization across systems and greater mathematical tractability. Density-dependent disease models are a prominent example of models that assume homogeneous interactions, leading to the prediction that disease transmission will scale linearly with population density. In this study, we examined how the scale of larval butterfly movement interacts with the resourc… Show more
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