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Casey terHorst
terHorst@bio.fsu.edu
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Casey balances himself
between the Levitan and Miller labs. His historical interests lie
in detecting alternate stable states in marine fouling communities.
Now, he is interested in how species evolve in a community context.
He focuses on how multiple species (predators, prey, and competitors)
evolve in response to direct and indirect ecological effects. He is
testing these ideas using protozoa, rotifers, and mosquito larvae
that constitute the inquiline community of carnivorous pitcher plants.
He is also interested in how considering evolutionary changes affects
our view of how communities are organized, particularly in regard
to differentiating between niche and neutral ecological processes.
Casey pretends to still be a marine biologist and continues to work
on a number of marine projects, just to keep his feet wet.
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Ben Nomann
bnomann@bio.fsu.edu |
Ben is shared by
the Inouye and Miller labs, and has started a large project on plant
demography in fragmented landscapes in Brazil. He is using a ginger
species to understand how populations in undistured forest and secondary
growth areas may affect one another. He also occasionally considers
completely different ideas on the evolution of specialists and generalists.
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Elise Gornish
egornish@bio.fsu.edu
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Elise is interested in identifying mechanisms
that drive range shifts as a result of climate change. Through field
experiments she is investigating the relationship between climate factors
and each stage of the colonization pathway.
She also works on a project looking at dune vegetation responses to
increased storm intensity and frequency on St. George Island on the
Gulf of Mexico and is currently thinking about the evolution of climate
change response, allee effects in invasion speed and competitive hierarchies.
Elise firmly believes that punning is the highest form of humor.
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Erin Simmons
esimmons@bio.fsu.edu |
Erin is interested in theoretical population
ecology, focusing on conservation and management methods. Specifically,
she focuses on marine reserve dynamics and the conditions under which
they are effective. Erin is currently working on an Individual Based
Model in Java for gag grouper in the northeastern Gulf of Mexico as
an extension of her internship for the Marine
Certificate Program at FSU. Gag are susceptible to overfishing for
a variety of reasons and research is needed now to make this fishery
sustainable. Since adult gag form spawning aggregations in designated
areas, no take marine reserves may be very effective for this species.
For this reason, Erin is concerned with mapping the movement of larval,
juvenile, and adult gag and incorporating this spatial component into
her model.
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