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  • Jason Luscier

    Jason Luscier

    Assistant Professor

    Science Center 427
    Le Moyne College
    1419 Salt Springs Road
    Syracuse, NY 13214


    PHONE:

    (315) 445-5487


    EMAIL


    Credentials
    B.S. - Wildlife Biology - Colorado State University
    M.S. - Wildlife Biology - Arkansas Cooperative Fish & Wildlife Research Unit
    Ph.D. - Biology - University of Arkansas

    Teaching
    I teach courses in ecology (BIO 230), biodiversity (BIO/ESS 335), field ornithology (BIO/ESS 310), and Tropical Biology (BIO 421). In order to understand ecology (and the role it plays in the broader realm of biology), it is critical for students to gain adequate experience in the field; therefore, my courses include a heavy field component. Each of my classes includes a heavy field research component wherein students are responsible for completing an entire novel research project from start to finish during the course of the semester. I teach travel-based field ecology courses to the Everglades of southern Florida, the Lower Rio Grande River Valley in southern Texas, and various tropical systems in Costa Rica.

    Research
    My primary research interests are to evaluate effects from anthropogenic factors (e.g., urbanization, land use, global climate change, etc.) on wildlife and to provide recommendations for conservation strategies for affected ecosystems. Specifically I am interested in the responses of bird and mammal populations and communities to urbanization. With current and pending anthropogenic global climate change, it is imperative for conservationists to understand population dynamics, reproductive requirements, and habitat use patterns of wildlife for adequate management programs. Described below are a few projects in development. Please contact me if you’re interested in participating in any of these studies.

    House Cat Population Dynamics and Movement Patterns
    Free-roaming domestic house cats are the number one source of mortality of songbirds in urban areas. Cat population densities and distributions could be detrimental to songbird populations. This research is aimed at gaining a better understanding of the effects of house cat distributions and movement patterns on wildlife distributions here in Syracuse, NY.

    Urban Bird Population and Community Dynamics – Cork, Ireland and Syracuse, NY
    Comparative research is necessary for improving our understanding of biodiversity loss in urban habitats. Many studies have been done regarding variations in wildlife populations and biodiversity along gradients of urbanization within a single city (e.g., from a city’s core to the suburban/rural periphery), but very few studies have been done comparing among different cities and even fewer comparing among cities in different countries. The objective of this project is to conduct a comparative study of bird diversity along an urban habitat gradient here in Syracuse, NY and in the city of Cork, Ireland. Data collection occurred during May and June 2016 and will occur again May and June 2017.

    Variable Distributions in Black versus Gray Squirrels
    The main objective here is to understand variable distributions of black versus gray eastern gray squirrels about the city of Syracuse. Literature suggests that black squirrels hold on to heat better then gray squirrels and thus are distributed about the landscape differently (due to thermal profiles) than gray squirrels. Little evidence truly supports this claim so students in my lab are seeking to understand this pattern.

    Publications

    • Gearin, C.J. (undergrad coauthor) and J.D. Luscier. 2017. Short-term responses of migratory bird communities to suburban riparian management in northeastern Missouri. Urban Naturalist 14:1-20.
    • Ryan, S., J.D. Luscier, N.E. Coughlan, and T.C. Kelly. 2016. First record of non-reciprocal allopreening in the Hooded Crow Corvus cornix. Irish Birds 10:487-490.
    • Krementz, D.G., S.E. Lehnen, and J.D. Luscier. 2012. Habitat use of woodpeckers in the Big Woods of eastern Arkansas. Journal of Fish and Wildlife Management 3(1): 89-97.
    • Greenberg, R., D. W. Demarest, S. M. Matsuoka, C. Mettke-Hofmann, D. Evers, P.B. Hamel, J.D. Luscier, L.L. Powell, D. Shaw, M.L. Avery, K.A. Hobson, P.J. Blancher, and D.K. Niven. 2011. Understanding declines in Rusty Blackbirds. Pages 107-126 in J.V. Wells (editor). Boreal birds of North America: a hemispheric view of their conservation links and significance. Studies in Avian Biology (41), University of California Press, Berkeley, CA, USA.
    • Krementz, D.G., and J.D. Luscier. 2010. Woodpecker Densities and Habitat Use in the Big Woods of Arkansas. Recovery Plan for the Ivory-billed Woodpecker (Campephilus principalis), United States Fish and Wildlife Service, Atlanta, Georgia, USA.
    • Luscier, J.D., S.E. Lehnen, and K.G. Smith. 2010. Habitat occupancy by Rusty Blackbirds (Euphagus carolinus) wintering in the Lower Mississippi Alluvial Valley. The Condor 112(4): 841-848.
    • Krementz, D.G., and J.D. Luscier. 2010. Woodpecker densities in the Big Woods of Arkansas. Journal of Fish and Wildlife Management. 1(2): 102-110.
    • Luscier, J.D., and W.L. Thompson. 2009. Short-term responses of breeding birds of grassland and early successional habitat to timing of haying in Northwest Arkansas. The Condor 111(3): 538–544.
    • Luscier, J.D., W.L. Thompson, J.M. Wilson, B.E. Gorham, and L.D. Dragut. 2007. Response to Richter: “Techniques for determining percent ground cover.” Frontiers in Ecology and the Environment 5(6): 239–240.
    • Luscier, J.D., W.L. Thompson, J.M. Wilson, B.E. Gorham, and L.D. Dragut. 2006. Using digital photographs and object-based image analysis to estimate percent ground cover in vegetation plots. Frontiers in Ecology and the Environment 4(8): 408–413.

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