[Also see faculty lists for: behavior | ecology | evolution | evo-devo ]
| James Bever | Ecology and evolution
of plants and fungi. |
|
| Keith Clay | Microbial Interactions: Ecology,
Symbiosis, Disease. |
(lab) |
| Lynda Delph | Evolutionary ecology, plant reproductive
biology. |
(lab) |
| Greg Demas | Behavioral endocrinology; neuroendocrine-immune interactions; aggression; biological rhythms; seasonality. |
(lab) |
| Clay Fuqua | Multicellular interactions of bacteria. |
|
| Jim Goodson | Neural/neuroendocrine mechanisms of social behavior; comparative neuroanatomy; evolution of avian sociality. | |
| Matthew Hahn | Computational and Evolutionary Genomics; Evolution of Transcriptional Regulation; Molecular Population Genetics |
(lab) |
| Spencer Hall | Ecology of infectious disease and food web interactions in freshwater environments. |
(lab) |
| Roger Hangarter | Plant physiology: Environmental sensory-response systems and plant development. |
(lab) |
| Elizabeth Housworth | Statistical genetics. (Department
of Mathematics) |
|
| Laura Hurley | Neuromodulation of the auditory
system; modulator-induced plasticity in neural
circuits underlying behavior. |
|
| Ellen Ketterson | Avian biology; avian migration;
mating systems and parental care; hormones and
behavior; physiological mechanisms underlying
trade-offs in life histories; using hormones
to explore adaptation; dominance and aggression;
population dynamics during the non-breeding season. |
(lab) |
| Eric Knox | Plant evolution; speciation; phylogenetic systematics; chloroplast genome evolution; horizontal gene transfer; flora of Indiana. |
|
| Curt Lively | Evolution and coevolution; sex,
virulence and genetic diversity in host-parasite
interactions. |
(lab) |
| Elisabeth Lloyd | Units and levels of selection; the evolution of female orgasm; history and philosophy of biology. (Department of History & Philosophy of Science) |
(lab) |
| Michael Lynch | Evolution of molecules, genome
structure, and phenotypes. |
(lab) |
| Emília Martins | Evolution of complex behavioral
traits; phylogenies and the comparative method. |
(lab) |
| Vicky Meretsky | Conservation biology. (School of Public and Environmental Affairs) | |
| Armin Moczek | Evolutionary developmental biology,
phenotypic plasticity, morphological and behavioral
diversity in arthropods. |
(lab) |
| Kristi Montooth | Evolutionary physiological genetics; population genetics; biochemical adaptation. |
|
| Leonie Moyle | Genetics of speciation and adaptation, comparative genomics, evolutionary ecology, plant reproduction. |
(lab) |
| Jeffrey D. Palmer | Molecular evolution: Lateral transfer
of mitochondrial genes to the nucleus and between
organisms. Evolution of mutation rates. Molecular
phylogeny. |
|
| Richard Phillips | Biogeochemical consequences of plant-soil-microbial interactions in terrestrial ecosystems. | |
| Rudolf A. Raff | Evolutionary developmental biology; Evolution of early development; Larval origins; How embryos fossilize. | |
| Heather Reynolds | Plant community ecology; plant-soil-microbial interactions. | (lab) |
| Loren H. Rieseberg | Plant evolutionary genomics; speciation; domestication; invasiveness; Compositae genomics; conservation. |
(lab) |
| Todd Royer | Biogeochemistry and water quality in streams and rivers. (School of Public and Environmental Affairs) | (lab) |
| Dale Sengelaub | Neural development; neural plasticity; hormones
and behavior. (Department
of Psychology) |
|
| Troy Smith | Neural and hormonal control of sexually dimorphic behavior. |
(lab) |
| Roderick Suthers | Neural and physiological bases of acoustic
behavior. (Medical
Sciences Program) |
|
| William Timberlake | Analysis of the perceptual-motor, regulatory,
rhythmic, and neurophysiological structures and
processes that underlie behavior. (Department
of Psychology) |
|
| Greg Velicer | Ecology and evolution of bacterial social behavior. |
|
| Michael J. Wade | Evolution in metapopulations;
Genetic basis of speciation in Tribolium; Epistasis;
Evolutionary genetics of maternal effects; Sexual
selection and alternative male mating strategies;
Coevolution of arthropod hosts and Wolbachia
endosymbionts. |
(lab) |
| Maxine A. Watson | Plant development ecology |
|
| Meredith J. West | Development of communicative behavior. (Department
of Psychology) |
(lab) |
