Field Sites |
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Washington
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Oregon
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I am generally interested in the interactions of species within communities, and particularly the interplay of processes that operate at different time scales. When prey abundances change in predator-prey systems, predators may have an immediate functional response (change in predation rate), as well as a slower numerical response (change in reproductive output). I am investigating the effects of the interplay of these two responses on predator-prey dynamics, using the snail, Nucella ostrina, as a focal predator. In particular, I am interested how the episodic (as opposed to continuous) reproduction of many species affects the behavior of predator-prey systems. My thesis project will involve a combination of mathematical and computer modeling, “natural experiments” and direct experimental manipulations to elucidate these effects.
I am generally interested in the interactions of species within communities, and particularly the interplay of processes that operate at different time scales. When prey abundances change in predator-prey systems, predators may have an immediate functional response (change in predation rate), as well as a slower numerical response (change in reproductive output). I am investigating the effects of the interplay of these two responses on predator-prey dynamics, using the snail, Nucella ostrina, as a focal predator. In particular, I am interested how the episodic (as opposed to continuous) reproduction of many species affects the behavior of predator-prey systems. My thesis project will involve a combination of mathematical and computer modeling, “natural experiments” and direct experimental manipulations to elucidate these effects.