Evolutionary Ecology
The Evolutionary Biology group seeks to understand ecological patterns like geographical and historical variation in species diversity and the evolutionary processes that have shaped them. We work on organisms including invertebrates, parasites, fish, amphibians, plants, birds, and mammals, and on a range of biological interactions among species. We examine evolutionary processes at levels from the genome to the ecological community, employing theoretical, empirical and analytical approaches. Ongoing research includes the evolution of complex life histories, ecological specialization, sexual selection, cooperative and competitive behavior, host-pathogen interactions, and phenotypic plasticity.
Andrew DeWoody
Professor of Genetics
Area of Expertise: Evolutionary Genetics
Jeff Dukes
Associate Professor Forestry
Community, ecosystem, and global ecology, biodiversity and biological invasions, human interactions with ecosystems.
Nancy Emery
Assistant Professor of Biological Sciences
Plant Ecology and Evolutionary Biology - Evolution of the ecological niche, plant population biology, community ecology and evolutionary biology.
Esteban Fernández-Juricic
Associate Professor of Biological Sciences
“Behavioral ecology and sensory ecology: the evolution of visual systems and scanning behavior in birds”
Richard Howard
Professor of Biological Sciences
Genetically Modified Organisms: Invasion risks and The Trojan Gene Hypothesis.
Morris Levy
Professor of Biological Sciences
(Evolution and population biology) Evolutionary genetics of plant pathogen systems; plant-pathogen coevolution.
Jeffrey Lucas
Professor of Biological Sciences
Animal Communication, sensory ecology, hearing and call complexity in birds, use of dynamic game theory in animal behavior
Dennis Minchella
Professor of Biological Sciences
Molecular Epidemiology and Genetics, Host-Parasite Coevolution: How might a host modify the outcome of a parasitic infection?
Krista Nichols
Assistant Professor of Biological Sciences
Genetics/evolution of fish life histories: What are the genetic and life history consequences of salmonid anadromy?
Kerry Rabenold
Professor of Biological
Sciences
Ecosystem Stability and Diversity: Landscape ("beta") diversity is a longstanding conceptual goal in ecology.



