GPA 4.0
Magna Cum Laude
Thesis: Developing an optimal sampling design for monitoring trends in a patchily-distributed large herbivore (moose) using non-invasive genetic mark-recapture techniques.
Investigated patterns in collared pika (Ochotona collaris) occupancy and abundance across their range in Alaska. Implemented a rigorous sampling regime, including extensive remote fieldwork, while assisting the PI with study design and logistics. Oversaw data management in preparation for analysis. Manuscript in prep for pika density estimates.
Facilitated other projects at the center, including plant identification, lab work, and an urban small mammal mark-recapture study.
Implemented mark-recapture framework for estimating apparent annual survival rates, migratory timing and routes, and reproductive traits of lesser yellowlegs (Tringa flavipes). Conducted extensive fieldwork, including nest searching, live captures using mist nets, banding, fitment of GPS Argos Pinpoint tags, and blood and feather sample collection.
Conducted analysis to estimate pika abundance and identify important ecological variables that may influence population densities.
Investigated the effects of ambient noise disturbance on the behavior of three captive pinnipeds at the Alaska SeaLife Center.
Audited aircraft flight and maintenance records, maintained databases, and processed documents & forms required for ongoing inspections and safety.
Mentored and maintained accountability of 80+ personnel while providing positive guidance for their personal and professional development, including written performance evaluations. Developed training plans and supervised over 200 logistical movements, training events, and projects. Conducted extensive field exercises for both training and deployed operations.
Wagner, J. A., Schuette, P. A., & Christie, K. S. (2021). Modeling patterns in collared pika (Ochotona collaris) density in Alaska using spatially-explicit distance sampling. Manuscript in preparation.
Title: Understanding Patterns in Collared Pika Density in Rapidly Changing Alpine Ecosystems of Alaska
Title: Understanding Patterns in Collared Pika Occupancy in Rapidly Changing Alpine Ecosystems of Alaska
Title: Collared Pika Population Ecology in Alaska: A Collaborative Approach
Alaska Wildlife Alliance, Susitna River Coalition, Midnight Sun Chapter of the American Association of Zookeepers (AAZK), American Association for the Advancement of Science (AAAS), The Wildlife Society: National, Alaska & Wyoming Chapters, Northwest Section