
Zoology broadly describes the study of animal life. It ties aspects of physiology, structural biology, developmental biology, and evolutionary biology together in the context of whole organisms. Much research in this field is performed for the purpose of conserving wildspecies.
| Faculty | Research Area(s) | Graduate Field Membership |
![]() Warren Douglas Allmon |
macroevolution; paleoecology; molluscan systematics | Zoology & Wildlife Conservation; Geological Sciences |
Stephen Bloom |
regulation of cell death in development and cancer; in vitro model systems | Zoology & Wildlife Conservation; Animal Breeding: Animal Science; Environmental Toxicology |
![]() Dwight Bowman |
nematode and protozoan biology; taxonomy; systemic biology | Comparative Biomedical Sciences; Zoology & Wildlife Conservation; Microbiology |
Elizabeth Buckles |
infection/agent; virology; population medicine; infectious diseases; disease diagnosis; wildlife disease; conservation biology; pathology; avian diseases | Comparative Biomedical Sciences; Zoology & Wildlife Conservation |
![]() Yung-fu Chang |
mechanisms of infection, particularly leptospira and salmonella | Comparative Biomedical Sciences; Zoology & Wildlife Conservation |
![]() Christopher W. Clark |
evolution and adaptive significance of acoustic signaling behaviors in animals with particular emphasis on marine mammals | Zoology & Wildlife Conservation; Neurobiology & Behavior |
Paul Curtis |
animal behavior; population ecology; reproductive biology | Zoology & Wildlife Conservation; Natural Resources |
Cornelia Farnum |
comparative and functional morphology; bone growth and development | Comparative Biomedical Sciences; Zoology & Wildlife Conservation |
![]() C. Drew Harvell |
invertebrate zoology; evolution of invertebrate life histories; colonial invertebrates | Zoology & Wildlife Conservation; Ecology & Evolutionary Biology |
![]() John Hermanson |
comparative and functional morphology; muscle development, structure, and function | Zoology & Wildlife Conservation |
![]() George V. Kollias |
population & clinical studies; infectious diseases of free-ranging and captive wildlife; avian pharmacokinetics | Comparative Biomedical Sciences; Zoology & Wildlife Conservation |
| ichthyology; morphology; systematics; development and evolution; paleobiology | Zoology & Wildlife Conservation; Ecology & Evolutionary Biology | |
Hussni Mohammed |
epidemiology of infectious diseases; quantitative and analytical epidemiology; epidemiological risk assessment and analysis; veterinary public health and food safety; production medicine | Comparative Biomedical Sciences; Zoology & Wildlife Conservation; Epidemiology; Risk Analysis, Communication & Policy |
Drew Noden |
mechanisms of vertebrate craniofacial development; neuroembryology | Comparative Biomedical Sciences; Zoology & Wildlife Conservation; Genetics and Development |
![]() Ned J. Place |
mammalian reproductive biology with a focus on the life history of trade-offs associated with timing of hormone secretion and reproductive effort; sexual differentiation | Comparative Biomedical Sciences; Molecular & Integrative Physiology; Zoology & Wildlife Conservation; Neurobiology & Behavior |
William B. Provine |
hiostry of modern genetics and evolution | Zoology & Wildlife Conservation; Ecology & Evolutionary Biology; History; Science & Technology Studies |
![]() Vimal Selvaraj |
pluripotency and stem cells, regenerative medicine, animal biotechnology, technologies for wildlife conservation |
Zoology & Wildlife Conservation; Animal Science |
![]() Susan S. Suarez |
sperm motility regulation and transport in the female reproductive tract | Comparative Biomedical Sciences; Molecular & Integrative Physiology; ;Zoology & Wildlife Conservation; |
Nathan Sutter |
genetic regulation of growth in the canine; identification of genes related to risk of specific cancers in particular canine breeds; study of genes that contribute to body size in the dog | Zoology & Wildlife Conservation; Genetics & Development |
![]() Alexander J. Travis |
comparative biology of male germ cells; signaling and metabolism of sperm durign capacitation; organization of lipid raft membrane sub-domains in sperm; appicatinos of technologies using reproductive stem cells for wildlife conservation | Comparative Biomedical Sciences; Molecular & Integrative Physiology; Zoology & Wildlife Conservation; Animal Science |
![]() David W. Winkler |
evolutionary and behavioral ecology; ornithology | Zoology & Wildlife Conservation; Applied Mathematics; Conservation & Sustainable Development; Ecology & Evolutionary Biology; Neurobiology & Behavior |