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The Faculty and their Research

Research Areas -- Quantitative Methods

Core EEBB faculty

Christoph C. Adami Evolution of Behavior and Intelligence.

James R. Bence Quantitative fishery ecology.

Janette Boughman Behavioral and evolutionary ecology; mechanisms of speciation.

Jiquan Chen Ecosystem Analysis, Landscape Ecology, Conservation Biology, Biophysics, Global Change Ecology, Coupled Human and Natural Systems, Land Use.

Jeffrey K. Conner Evolutionary ecology, ecological genetics.

Yuehua Cui Statistical genetics, bioinformatics, longitudinal data analysis.

Kyla Dahlin Quantitative landscape ecology, remote sensing, Earth system modeling, global change.

Yann Dufour Social behavior of bacteria.

Diane Ebert-May Science education; plant ecology.

Bryan K. Epperson Population genetics and molecular and forest genetics.

Sarah E. Evans Microbial community ecology, ecosystems, global change.

Andrew O. Finley Methodology for monitoring and modeling environmental processes; Bayesian statistics; spatial statistics; and statistical computing.

Thomas Getty Behavioral ecology of vertebrates.

Erik Goodman Genetic algorithms and evolutionary computation.

Marianne Huebner Statistical Genetics, Microarray Analysis, Ecological Models, Biological Networks, Stochastic Differential Equations.

Christopher Klausmeier Theoretical and aquatic ecology.

Richard E. Lenski Experimental evolution with microbes and digital organisms.

Jianguo (Jack) Liu Coupled human and natural systems, telecoupling, sustainability, conservation, environment.

David Lowry Plant Evolutionary Genomics, Adaptation, and Speciation.

David W. MacFarlane Forest measurements and modeling.

Brian A. Maurer Macroecology, biogeography, quantitative population and community ecology.

Philip K. McKinley Distributed computing; digital evolution; ecosystem monitoring.

Joseph Messina Spatial models, environment, applied climate change.

Gary G. Mittelbach Community ecology and aquatics.

Cheryl A. Murphy Environmental toxicology.

Charles A. Ofria Evolution of biocomplexity, computational evolving systems.

Scott Peacor Population & community ecology, ecological & ecosystem modeling, aquatic ecology.

Robert T. Pennock Philosophy of biology; evolutionary computation; history & philosophy of science; science & values.

Shin-Han Shiu Evolution of Genomes.

Phoebe Zarnetske Community ecology, spatial ecology, climate change, species distribution modeling, ecosystem services, invasive species.

Elise Zipkin Mathematical and statistical modeling; population and community ecology; biodiversity monitoring.

Additional faculty

Julius H. Jackson Microbial physiology & genetics; bacterial gene & genome evolution.

William F. Porter Wildlife Ecology.

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