Research Topic
The Application of Remote Sensing, GIS, and UAV/UAS Technologies to Environmental and Natural Resource Assessments of Snow, Avalanches, Hydrology, and Precision Viticulture
Tim's research focuses on the application of remote sensing, GIS, and UAV/UAS technologies to natural resource assessment, namely shallow and seasonal snowpack as well as soil frost. He employs techniques such as LiDAR, ground penetrating radar (GPR), and geographic object based imagery analysis (GeOBIA) to study snowpacks in the Global North. He also researches science diplomacy approaches and geographically-derived socioeconomic policy discourse within Arctic international organizations as well as the ongoing war in Ukraine.
Activities and Awards:
- Convergent Arctic Perspectives and Education (CARPE) NSF-NRT Fellow
- NASA New Hampshire Space Consortium (NHSGC) Graduate Fellowship Grant Recipient
- West Virginia Science & Technology Policy Fellow
- External Affairs Chair, University of New Hampshire Graduate Student Senate
Publications:
- Contributor: Carbon Dioxide Removal and West Virginia: A Science and Technology Policy Perspective (2023). West Virginia University Bridge Initiative for Science & Technology Policy.
- Clem, R. S., Herron, E. S., & Hoheneder, T. J. (2022). Conflict and the changing geography of state capacity: Ukraine since 2013. Eurasian Geography and Economics, 1-28.
Prior Education:
- West Virginia University, M.A., Geography
- West Virginia University, B.A., Environmental Geosciences
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