15 People Results for the Tag: Body Size

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Heather Hines

Associate Professor of Biology and Entomology
Applies genomic, transcriptomic, phylogenomic, and bioinformatic approaches to study the evolution and genetics of diverse traits in bees and wasps. This includes study of mimetic color diversification, plant gall induction, novel morphologies, speciation, and social evolution.

Elizabeth McGraw

Professor and Huck Scholar in Entomology
The genetics of vector, pathogen and symbiont interactions.

Center for Infectious Disease Dynamics

George Perry

Professor of Anthropology and Biology
Anthropological genomics, paleogenomics, human body size evolution, parasite evolution, and evolutionary medicine.

Center for Infectious Disease Dynamics

Etya Amsalem

Associate Professor of Entomology
The evolutionary development and the mechanistic basis of social behavior in insects using an integrative approach encompassing chemical, genetic and physiological tools

W. Larry Kenney

Professor of Physiology and Kinesiology
Environmental and exercise physiology, particularly human thermoregulation, skin blood flow, and the biophysics of heat exchange.

David Miller

Professor of Wildlife Population Ecology
Population ecology, quantitative ecology, avian and amphibian ecology, conservation decision analysis, life-history evolution.

Douglas Bird

Professor of Anthropology
Livelihood decisions and habitats, exploring the dynamics of human subsistence practices, their role in ecosystem function, and their archaeological implications in Australia and Western North America.

Sarah Craig

Associate Research Professor

Derek Lee

Associate Research Professor

Sara Hermann

Assistant Professor of Arthropod Ecology and Trophic Interactions

Natalie Boyle

Assistant Research Professor; Insect Biodiversity Center Program Coordinator

Monica Kersch-Becker

Assistant Professor of Entomology

Tong Qiu

Assistant Professor of Multifunctional Landscapes
Using monitoring studies and remote sensing to determine climate controls on biodiversity and forest dynamics in combination with extensive modeling to forecast future change