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Current Raptor Biology Student Projects

The Master of Science in Raptor Biology is designed for students holding a bachelor’s degree in one of the disciplines of the biological sciences to enhance their knowledge and understanding of raptor biology and ecology.

 

Student Projects

Check out our current Raptor Biology graduate students’ amazing research.

  • Brent Clark with small male Burrowing Owl

    Brent Clark

    My research focuses on a local burrowing owl population in portions of the Morley Nelson Snake River Birds of Prey National Conservation Area within southwestern Idaho in which I am exploring how kinship is structured in the population, developing a better understanding of population dynamics, and determining what factors influence lifetime reproductive success.

    My research focuses on a local burrowing owl population in portions of the Morley Nelson Snake River Birds of Prey National Conservation Area within southwestern Idaho in which I am exploring how kinship is structured in the population, developing a better understanding of population dynamics, and determining what factors influence lifetime reproductive success.

  • Raptor Biology student Liz Jessmore holding a barn owl by a truck

    Elizabeth “Liz” Jessmore

    We aim to characterize diet using metabarcoding approaches in two shrub-steppe birds—the Columbian Sharp-tailed Grouse and Prairie Falcon—to better understand dietary breadth, local adaptation, and data-driven conservation strategies.

    We aim to characterize diet using metabarcoding approaches in two shrub-steppe birds—the Columbian Sharp-tailed Grouse and Prairie Falcon—to better understand dietary breadth, local adaptation, and data-driven conservation strategies.

  • Raptor Biology student Kevin Myers holding a Golden Eagle juvenile in Montana

    Kevin Myers

    My research focuses on the factors that influence the length of the post-fledging dependence period (PFDP) for resident Golden Eagles in Southwest Idaho. We have observed that the length of PFDP in our study population is highly variable. There is limited information on the PFDP portion of the Golden Eagles breeding season in non-migratory populations. I will investigate whether several factors including nestling health, parental behavior, as well as multiple environmental components affect the PFDP.

    My research focuses on the factors that influence the length of the post-fledging dependence period (PFDP) for resident Golden Eagles in Southwest Idaho. We have observed that the length of PFDP in our study population is highly variable. There is limited information on the PFDP portion of the Golden Eagles breeding season in non-migratory populations. I will investigate whether several factors including nestling health, parental behavior, as well as multiple environmental components affect the PFDP.

  • Raptor Biology student Sarah Scott retrieving American Kestrel nestling from nest box to band

    Sarah Scott

    I am investigating diversity, annual trends, and effects of blood parasites in American Kestrels. My research will focus on identifying the physiological costs of chronic infection and assessing whether these costs vary among groups of kestrels with differing migratory strategies.

    I am investigating diversity, annual trends, and effects of blood parasites in American Kestrels. My research will focus on identifying the physiological costs of chronic infection and assessing whether these costs vary among groups of kestrels with differing migratory strategies.

  • Raptor Biology student Jessy Wilson in climbing gear in a tree

    Jessy Wilson

    My research focuses on the population of American Goshawks in the Minidoka Ranger District of the Sawtooth National Forest. I am studying the relationships between goshawk nest temperature, canopy cover, and productivity responses and assessing how well canopy cover can predict goshawk productivity trends.

    My research focuses on the population of American Goshawks in the Minidoka Ranger District of the Sawtooth National Forest. I am studying the relationships between goshawk nest temperature, canopy cover, and productivity responses and assessing how well canopy cover can predict goshawk productivity trends.

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