SFA Faculty Listing
Robert Bayer, Animal Science
Timothy Bowden, Aquaculture
Stephanie Burnett, Horticulture
Beth Calder, Food Science
Mary Ellen Camire, Food Science
Robert Causey, Animal Science
Susan Erich, Plant and Soil Chemistry
Eric Gallandt, Weed Ecology
Jianjun (Jay) Hao, Plant Pathology
Mark Hutton, Vegetable Crops
Pauline Kamath, Animal Health
Dorothy Klimis-Zacas, Clinical Nutrition
Anne Lichtenwalner, Animal Science
Ellen Mallory, Sustainable Agriculture
David Marcinkowski, Animal Science
Renae Moran, Pomology
Angela Myracle, Human Nutrition
Balu Nayak, Food Science
Tsutomu Ohno, Soil Chemistry
Brian Perkins, Food Science
Jennifer Perry, Food Microbiology
Bryan Peterson, Horticulture
Greg Porter, Crop Ecology
Juan Romero, Animal Nutrition
Marianne Sarrantonio, Sustainable Agriculture
Denise Skonberg, Food Science
Martin Stokes, Animal Science
Susan Sullivan, Human Nutrition
Mona Therrien, Human Nutrition
James Weber, Animal Science
Adrienne White, Human Nutrition
David Yarborough, Horticulture
Kate Yerxa, Human Nutrition
Pauline L. Kamath
Assistant Professor of Animal Health
Degree: Ph.D. 2011, University of California, Berkeley
Location: 342 Hitchner Hall
Website: coming soon
Professional Interests: Disease ecology and evolution; wildlife conservation; genomics; population genetics; phylogenetics
Teaching: AVS 249 Laboratory and Companion Animal Science
Research: My research focuses on understanding infectious disease transmission dynamics and host-pathogen adaptation in wildlife disease systems, particularly those involving an interface with domestic species. I specifically apply genetic/genomic and statistical approaches to address diverse research questions, including: (1) How do pathogens influence host genetic diversity? (2) What is the genetic basis for heterogeneity in host susceptibility? (3) Can disease transmission dynamics be quantified across hosts, space and time? (4) What are the eco-evolutionary drivers of disease transmission and spillover into new hosts, and can these factors be used to predict future spread? This work involves both field and laboratory components, and multidisciplinary analyses that integrate genetic information with ecological, immunological, and epidemiological data. Current wildlife disease systems include brucellosis in wildlife and livestock of the Greater Yellowstone Ecosystem, Mycoplasma ovipneumoniae in wild and domestic sheep and goats, anthrax in plains zebra of southern Africa, and avian pathogens in migrating and resident birds along the Palearctic-African Flyway. Other research interests include the investigation of population trends, structure, connectivity, and hybridization in threatened and invasive species.
Kamath, P.L., A. Sepulveda & M. Layhee. Genetic reconstruction of a bullfrog invasion to elucidate vectors of introduction and secondary spread. Ecology and Evolution 6(15): 5221-5233.
Kamath, P.L., J.T. Foster, K.P. Drees, G. Luikart, C. Quance, N.J. Anderson, P.R. Clarke, E.K. Cole, M.L. Drew, W.H. Edwards, J.C. Rhyan, J.J. Treanor, R.L. Wallen, P.J. White, S. Robbe-Austerman & P.C. Cross (2016) Genomics reveals historic and contemporary transmission dynamics of a bacterial disease among wildlife and livestock. Nature Communications 7: 11448.
Kamath, P.L., M.A. Haroldson, G. Luikart, D. Paetkau, C. Whitman & F.T. van Manen (2015) Multiple estimates of effective population size for monitoring a long-lived vertebrate: an application to Yellowstone grizzly bears. Molecular Ecology 24(22): 5507-5521.
Kamath, P.L., W.C. Turner, M. Küsters & W.M. Getz (2014) Parasite-mediated selection drives an immunogenetic tradeoff in plains zebras (Equus quagga). Proceedings of the Royal Society B: Biological Sciences, 281: 20140077.
Kamath, P.L., D. Elleder, L. Bao, P.C. Cross, J.H. Powell & M. Poss (2014) The population history of endogenous retroviruses in mule deer (Odocoileus hemionus). Journal of Heredity, 105(2): 173-187.