OLYMPIA Forestry Sciences LaboratorY
U.S. Forest Service
My research aims to provide robust science-based information for forest managers and practitioners, specifically aimed at balancing management with the long term conservation of forest-dependent species. We focus on applied hypothesis-based research questions using carnivores, often marten (Martes caurina) and fisher (Pekania pennanti), as study species. We are collecting unprecedented amounts of data relating to species distributions and fine scale habitat use. For instance, my team and I have deployed remote cameras (>2700 locations, >7 million photographs) throughout the forested ranges of Oregon to describe the distribution and detectability of rare coastal marten and fisher, potential prey, and predators. We’re using GPS collars in novel ways to quantify marten and fisher movements, energetics, foraging, and fine-scale selection. Teams are concurrently measuring resting behavior and microsite selection. These multi-scale studies have been possible using an approach, where the support of several small projects funded in part by many institutions – from government agencies to private industry – have combined to produce research where the whole is greater than the sum of its parts.
Moriarty, K. M.*, M.A. Linnell*, B. Chasco, C.W. Epps and W. J. Zielinski (2017) Using high-resolution short-term location data to describe territoriality in Pacific martens. Journal of Mammalogy 98: 679–689. *co-lead authors
Facka, A.N. and K. M. Moriarty (in press) A collaborative research approach for the Martes complex: science for conservation. Accepted chapter.
Moriarty, K. M., J.D. Bailey, S.E. Smythe and J. Verschuyl (2016) Distribution of Pacific marten in coastal Oregon. Northwest Naturalist 97: 71-81.
Moriarty, K. M., C. W. Epps, and W. J. Zielinski (2016) Forest thinning changes movement patterns and habitat use by Pacific marten. Journal of Wildlife Management 80: 621-633.
Moriarty, K. M., C. W. Epps, M. G. Betts, J. Bailey, D. Hance, and W. J. Zielinski (2015) Experimental evidence that simplified forest structure interacts with snow cover to influence functional connectivity for Pacific martens. Landscape Ecology 30: 1865-1877.
Moriarty, K. M., and C. W. Epps (2015) Influence of retained satellite information on global positioning system (GPS) collar performance in a forested ecosystem: an experiment with miniature GPS devices (<60g). Wildlife Society Bulletin 39: 349-357.
Moriarty, K.M., W.J. Zielinski, and E.D. Forsman (2011) Decline in American marten occupancy rates at Sagehen Experimental Forest, California. Journal of Wildlife Management 75: 1774-1787.