

Professor of Wildlife Population Ecology
Website: http://snowshoeharechronicles.com/
Dr. L. Scott Mills is a Professor at the University of Montana (Wildlife Biology Program in the Department of Ecosystem and Conservation Sciences, College of Forestry and Conservation). His research across normally disparate scientific disciplines has led to key advances in applying ecological science to wildlife conservation, including new insights into how genetic variation affects persistence of wild species, new methods for non-invasive abundance estimation and monitoring of population trend, computational measures of the relative importance of various management actions to efficiently affect population growth rate of target species, and direct field measurements of how wildlife respond to climate change and other factors. His research species and systems range from marmots and coyotes in Olympic National Park, to endangered bighorn sheep in the California Sierra Nevada, to fruit bats in the Philippines, to snowshoe hares across North America, to snow leopards and tigers in the Himalayan kingdom of Bhutan.
Early in his career at University of Montana, Dr. Mills was awarded one of the most prestigious awards given by National Science Foundation to junior faculty: A Faculty Early Career Development award. Since then he has published over 90 scientific articles and has given over 100 professional presentations, including testimony to the U.S. Congress on the role of ethics in conservation science.
Dr. Mills was a 2009 John Simon Guggenheim Fellow. He has also served on invited committees for the National Science Foundation, National Park Service, National Forest Service, the International Whaling Commission and the National Marine Fisheries Service. He was a member of the Board of Governors for the Society of Conservation Biology, served on the Western Governor’s Association Policy working group on Climate Change Effects on Wildlife, and was a Contributing author to the North America section of the Nobel-Prize winning report from the 2007 International Panel on Climate Change.
Conservation of Wildlife Populations: Demography, Genetics, and Management (2nd Ed.)
Wiley / Blackwell Publishers
Available December 2012 (at www.wiley.com/buy/0470671491)
[enter code “LS13” at checkout for 20% discount]
PH.D., Biology
University of California, Santa Cruz Ph. D., Biology July 1993
Advisor: Michael Soulé
M.S., Wildlife Ecology
Utah State University, Logan M. S., Wildlife Ecology July 1987
Advisor: Fred Knowlton
B.S., Zoology
North Carolina State University, Raleigh B. S., Zoology May 1983
CURRENT COURSES
Wildlife Population Ecology (WILD 470) (Senior undergrads and beginning graduate students)
Advanced Applied Population Ecology (WILD 570) (Graduate)
PAST COURSES
General Ecology
Foundations of Wildlife Biology: Techniques and Core Concepts
Frontiers of Conservation Genetics (Graduate)
Conservation Biology (field course at Mountain Lake Biological Station, VA)
My research interests are in the area of applied population ecology. My students and I use population models and genetic tools, coupled with field experiments, to understand population and community-level effects of human stressors. I am also active in developing more efficient and rigorous approaches to population assessment, monitoring, and conservation decision-making.
Currently, much of my work focuses on projects in mountainous landscapes. I am heavily involved in helping to build local capacity for wildlife biology research in the Himalayan Kingdom of Bhutan, where two of my graduate students are using non-invasive genetic sampling and remote cameras to study snow leopards and tigers. We have a book coming out summer 2012 providing practical, 'how-to' overviews of wildlife research techniques in mountainous Asian landscapes.
In mountainous landscapes closer to home, my students and I have studied a number of species ranging from marmots in Olympic National Park confronting invasive coyotes, to Sierra Nevada bighorn sheep whose recovery we have helped guide with population models and genetic analyses, to small mammals along forest edges. I am also continuing my research on snowshoe hares that has been continuous since 1998. Having spent more than a decade understanding hare population dynamics and response to logging (and the powerful role of predation), my primary focus now is on whether hare camouflage can adapt to climate change. Hares change from brown to white seasonally to match their background, and are confronting the single largest signal of climate change in temperate regions: a reduction in duration of snow during winters. My research team is using a multi-disciplinary approach: from climate downscaling, to radiotelemetry and field studies, to gene expression and hormone assays. The goal is to understand how the seasonal coat color change happens, and whether the timing of coat color will be able to shift as the snow season shrinks.
Here are some popular media descriptions of my work:
Snowshoe Hare Chronicles -- our research lab blog
The Color of Bunny. High Country News, 2/6/2012
Tools that leave wildlife unbothered widen research horizons. New York Times, 3/10/2009
Hare Today, Gone Tomorrow? - The snowshoe hare may become a climate change poster child (VISION - The University of Montana)
The Case of the Climate-Challenged Hare
-- You Tube -- Research by Scott Mills, Professor of Wildlife Population Ecology
Broadly, my field is Wildlife Population Ecology.
But that doesn't capture half the fun!
Current graduate students:
Completed graduate students - PhD Degrees
Completed graduate students - M.S. Degrees:
Current Senior/Honors Thesis Projects
Past Undergrad Theses and Hall of Fame field and lab assistants
In preparation – 175 or so total students, 20 or so senior and Honor’s thesis projects.
Philippine fruit bat work with Tammy Mildenstein (MS and PhD student); 1998-present.
New Zealand collaborative research / teaching exchange.
NSF-supported exchange with Univ. of Porto, Portugal.
Capacity building in Bhutan.
See the 5/6/07 New York Times article on our Program.
BOOKS

Conservation of Wildlife Populations: Demography, Genetics, and Management. 2007 (1st edition) and 2013 (2nd edition). Wiley /Blackwell Press.
Conservation of Wildlife Populations: Demography, Genetics, and Management (2nd Ed.)
Wiley / Blackwell Publishers
Available December 2012 (at www.wiley.com/buy/0470671491)
[enter code “LS13” at checkout for 20% discount]
Foresman, K. R., L. S. Mills, and Phurba. 2010. Procedures for Implementing Small Mammal Inventories in Bhutan. Publication of Ugyen Wangchuck Institute for Conservation and the Environment, Bhutan.
Mills, L. S., Tshering, T., Wangchuk, T. editors. Wildlife research techniques in rugged mountainous asian landscapes. in final preparation for publication in bhutan. (summer 2011 target publication date)
Selected JOURNAL ARTICLES:
Mills, L. S., M. Zimova, J. Oyler, S. Running, J. Abatzoglou, and P. Lukacs. 2013. Camouflage mismatch in seasonal coat color due to decreased snow duration. Proceedings of the National Academy of Sciences 110:7360-7365. [widely covered by media, including Science News, ‘Research Highlights’ of Nature Climate Change, McClatchy Newspaper chain, Science Update]. ** See cover of April 30,2013 Issue of PNAS **
Witczuk, J., S. Pagacz, L. S. Mills. In Press. Disproportionate predation on endemic marmots by invasive coyotes. Journal of Mammalogy.
Newby, J. R., L. S. Mills, T. K. Ruth, D. H. Pletscher, M. S. Mitchell, H. B. Quigly, K. M. Murphy, and R. DeSimone. 2013. Human-caused mortality influences spatial population dynamics: pumas in landscapes with varying mortality risks. Biological Conservation. In Press.
Tempa, T., M. Hebblewhite, L. S. Mills, T. Wangchuk, N. Norbu, T. Wangchuk. 2012. Royal Manas National Park, Bhutan as a wild felid biodiversity hot spot. Oryx. In Press.