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Resilience and Inertia in Model Ecosystems: Tests of Some Hypotheses

机译：模型生态系统的恢复力和惯性：一些假设的检验

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Resilience is defined as the speed with which a system returns to equilibrium following a perturbation, and resistance is defined as a measure of the extent to which a given compartment, or set of compartments, resists change. Resilience and resistance properties were investigated for both food web energy models and nutrient cycling models. Several indices of resilience, including the average transit time through the system, were examined. A hypothesis concerning the relationship between the transit time and the eigenvalues of the perturbation matrix is tested. Transit time is also used to investigate the fate of toxic materials in a system, and to determine peak loads of toxic materials in the compartments of a system. (ERA citation 07:060172)

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