Western Michigan University
1903 W Michigan Ave
Kalamazoo MI 49008-5424 USA
- Ph.D., GIScience, Texas State University, 2014
- M.A., Geography, Binghamton University (SUNY), 2010
- B.S., GIS, SUNY Cortland, 2007
- Introductory geospatial tools and techniques
- Remote sensing
- Cartographic design
- Spatial analysis
- Geographic information science
- UAS/UAV/drone remote sensing
- Lidar remote sensing
Adam Mathews is an associate professor in the Department of Geography, Environment, and Tourism at Western Michigan University specializing in geographic information science. Although Dr. Mathews is a broadly-trained geographer with a wide variety of interests, he specifically focuses on unmanned aerial system (UAS)-based low-altitude remote sensing to model and examine environmental problems. Previous work utilized UAS remote sensing in vineyards to characterize grapevine canopy in three-dimensions and relate UAS-Structure from Motion (SfM) data products to crop performance. Other projects include GIS-based modeling of tornado siren sound propagation, lidar-based remote sensing of urban structures for population estimation, conceptual work on the use of UAS technology in geography and geographic information science, curricular research on a comprehensive GPS lesson, GIS modeling of the effect of atmospheric warming on wine grape phenology in Australia wine regions, and more.
His research has been funded by the:
- AGU Centennial Grant Program
- Michigan Space Grant Consortium
- Oklahoma Tourism and Recreation Department
- NASA EPSCoR/Oklahoma Space Grant Consortium
- Australian Federal Government
Articles based on research projects have been published in:
- Applied Geography
- Cartography and Geographic Information Science
- Computers, Environment and Urban Systems
- Geographical Review
- GeoJournal
- Journal of Cultural Geography
- Journal of Wine Research
- International Journal of Applied Earth Observation and Geoinformation
- International Journal of Biometeorology
- International Journal of Remote Sensing
- Remote Sensing
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