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F A C UL T Y & R E S E A R C H
e
v o l u t i o n
Evolutionary
biologists attempt to interpret biological diversity and organismal
design. These ambitious goals can be met at many different levels
and using diverse approaches. The diverse and integrative nature
evolutionary biology is reflected in the Evolution faculty in the
Department of Biology. We are a small yet highly interactive group
with research interests in microevolutionary processes that link
variation in traits to variation in reproductive success, the extent
to which genetics, physiology and history can constrain trait evolution,
and in macroevolutionary patterns.
Specific
research areas include molecular evolution of vertebrate visual
systems, agonistic behavior of fish, the territoriality, foraging
and incubation behavior of birds, population genetics and mechanisms
of speciation in fruitflies, the evolution of insect life histories
and reproductive strategies, sperm-egg interactions, ancient microbes
and microbial systematics, and the evolutionary ecology underlying
trophic interactions and community structure.
| R. Craig Albertson |
Craniofacial Development and Evolution; Quantitative Genetics; Geometric Morphometric Shape Analysis |
| David M. Althoff |
Species interactions, Insect Community Ecology, Molecular Ecology |
| F.
Reed Hainsworth |
Animal physiological ecology; quantitative
tests of optimization theories |
| Scott
Pitnick |
Evolution
of reproduction and life history traits |
| Kari A. Segraves |
Coevolution, Mutualism, Evolution of Plant-Insect Interactions |
| William T. Starmer |
Ecological genetics of microorganisms and insects; population genetics and evolution; molecular evolution |
| J. Albert C. Uy |
Sexual Selection; Animal Communication; Speciation |
| Larry
L. Wolf |
Behavior
and ecology |
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