Craig M. Thompson
2081 East Sierra Ave
Fresno, CA 93710
Currently, I am involved in designing and running the Kings River fisher research project. The study centers around two primary objectives: 1) Quantifying fisher habitat preferences, population vital rates, and pathology in the Kings River Administrative Area. 2) Monitoring fisher populations before, during, and after large-scale fuel reduction efforts to evaluate the impact of these efforts on the southern Sierra fisher population. The project is designed based on three complementary methods: live-capture and radio-telemetry, remote camera surveys, and scat detector dog surveys. Data from telemetry and scat surveys are linked using genetic analysis, and we are exploring the utility of scat detection dogs, a non-invasive survey technique, to generate spatial and habitat use information. Collaborators include the University of Washington's Center for Conservation Biology, the USFS Wildlife Genetics Laboratory, the University of California at Davis' School of Medicine and Epidemiology, the USFS Redwood Sciences Laboratory, and the University of California's Sierra Nevada Adaptive Management Program.
My primary research interest is evaluating the effects of large-scale habitat change on species of concern. These changes can result from a variety of processes including natural disturbances, management actions, or other anthropogenic activities. Often, they result in a cascade of effects altering resource availability or shifting predator-prey balances. In particular, I am interested in how changes in habitat structure can alter predator-prey dynamics and how management activities such as fuel reduction can be modified to reduce negative impacts on species of concern.
- Utah State University, Ph.D. Wildlife Ecology, 2006
- University of Massachusetts, M.S. Landscape Ecology, 2001
- University of California, B.S. Behavior and Evolution, 1993
Publications & Products
- Wengert, G.M.; Gabriel, M.W.; Matthews, S.M.; Higley, J.M.; Thompson, C.M.; Purcell, K.L.; Barrett, R.H.; Woods, L.W.; Green, R.E.; Keller, S.M.; Gaffney, P.M.; Jones, M.; Sacks, B.N.; Sweitzer, R.A. 2014. Using DNA to describe and quantify interspecific killing of fishers in California.
- Thompson, Craig; Purcell, Kathryn. 2013. Impacts of rodenticide and insecticide toxicants from marijuana cultivation on fisher survival rates in the Sierra National Forest, California..
- Matthews, Sean M.; Higley, J. Mark; Finn, John T.; Rennie, Kerry M.; Thompson, Craig M.; Purcell, Kathryn L.; Sweitzer, Rick A.; Haire, Sandra L.; Sievert, Paul R.; Fuller, Todd K. 2013. An evaluation of a weaning index for wild fishers (Pekania [Martes] pennanti) in California.
- Thompson, Craig M.; Royle, J. Andrew; Garner, James D. 2012. A framework for inference about carnivore density from unstructured spatial sampling of scat using detector dogs.
- Gabriel, Mourad W; Woods, Leslie W.; Poppenga, Robert; Sweitzer, Rick A.; Thompson, Craig; Matthews, Sean M.; Higley, J. Mark; Keller, Stefan M.; Purcell, Kathryn; Barrett, Reginald H.; Wengert, Greta M.; Sacks, Benjamin N.; Clifford, Deanna L. 2012. Anticoagulant rodenticides on our public and community lands: spatial distribution of exposure and poisoning of a rare forest carnivore.
- Keller, Stefan m.; Gabriel, Mourad; Terio, Karen A.; Dubovi, Edward J.; Van Wormer, Elizabeth; Sweitzer, Rick; Barret, Reginald; Thompson, Craig; Purcell, Kathryn; Munson, Linda. 2012. Canine Distemper in an isolated population of fishers (Martes pennanti) from California.
- Purcell, K.L.; Thompson, C.M.; Zielinski, W.J. 2012. Chapter 4: Fishers and American martens.
- Purcell, Kathryn; Thompson, Craig; Drynan, Douglas. 2012. Response of Brown Creepers to forest edges in the southern Sierra Nevada.
- Thompson, Craig M.; Green, Rebecca A.; Sauder, Joel; Purcell, Kathryn L.; Sweitzer, Richard; Armeno, Jon. 2012. The use of radio telemetry in Martes research: techniques and technologies.
- Thompson, Craig M.; Zielinski, William J.; Purcell, Kathryn L. 2011. Evaluating management risks using landscape trajectory analysis: a case study of California fisher.
|Evaluating Management Risks Using Landscape Trajectory Analysis|
Ecosystem management requires an understanding of how landscapes vary in space and time and how this variation can be affected by management dec ...