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Filtering by: Committee Member Thompson, Grant Remove constraint Committee Member: Thompson, Grant Academic Affiliation Fisheries and Wildlife Remove constraint Academic Affiliation: Fisheries and Wildlife Subject Biotic communities -- Mathematical models Remove constraint Subject: Biotic communities -- Mathematical models

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  • Predicting the stability, equilibrium response, and nonequilibrium dynamics of ecological systems

    Creator:
    Hosack, Geoffrey R.
    Abstract:
    In this dissertation, new theory and its applications are developed to predict three properties of complex ecological communities: stability, equilibrium response, and non-equilibrium dynamics. First, a graph-theoretic analysis identifies the interconnections in a complex ecosystem that promote or diminish stability (Chapter 2). The hierarchy of interactions that influences stability and...
    Resource Type:
    Dissertation
    Full Text:
    feedback. I also thank Julia Jones, Bruce D’Ambrosio, Grant Thompson, and Brett Dumbauld for their