Ecology and Evolutionary Biology

Applied Ecology and Conservation Biology

Members of the Applied Ecology and Conservation group apply ecological and evolutionary principles to address the biological impacts of environmental change driven by anthropogenic forces. We strive to understand the effects of climate change, habitat loss and restoration, genetically modified organisms and human-wildlife interactions on patterns and processes driving genetic, behavioral and taxonomic diversity. We study populations and communities occupying natural, agricultural, and urbanized landscapes in biomes ranging from the tropics to the arctic. Our breadth of research interests and study systems collectively aim to apply contemporary ecological and evolutionary theory and methodologies to effectively protect, manage and restore our biological resources in the face of unprecedented rates of environmental change.

Andrew DeWoody

Jeffrey DukesProfessor of Genetics
Area of Expertise: Evolutionary Genetics




Jeff Dukes

Jeffrey DukesAssociate Professor Forestry
Community, ecosystem, and global ecology, biodiversity and biological invasions, human interactions with ecosystems.



Nancy Emery

Nancy EmeryAssistant 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

Esteban Fernandez JuricicAssociate Professor of Biological Sciences
“Behavioral ecology and sensory ecology: the evolution of visual systems and scanning behavior in birds”



Richard Howard

Richard HowardProfessor of Biological Sciences
Genetically Modified Organisms: Invasion risks and The Trojan Gene Hypothesis.




Krista Nichols

Krista NicholsAssistant Professor of Biological Sciences
Genetics/evolution of fish life histories: What are the genetic and life history consequences of salmonid anadromy?



Kerry Rabenold

Kerry RabenoldClaudio Aguilar Professor of Biological Sciences
Stability and diversity of natural communities. How does landscape ("beta") diversity depend upon species ecological specializations, and how vulnerable are communities to anthropogenic change?