معرفی
Sigrid Resh is a Research Assistant Professor at Michigan Technological University and Coordinator of the Keweenaw Invasive Species Management Area (KISMA). Her research focuses on forest ecosystem processes, invasive species management, and restoration ecology, with a strong emphasis on sustainable land use and soil carbon dynamics.
Education:
- PhD in Forest Ecology, Colorado State University
- MS in Resource Economics, Michigan State University
- Postdoctoral Fellow in eucalyptus biomass partitioning, CSIRO, Tasmania, Australia
Research Interests:
Dr. Resh's current research spans four key areas: (1) developing biocontrol alternatives to chemical herbicides for invasive species, including fungal, insect, and goat-based methods; (2) restoring forests disturbed by invasive species and land use; (3) understanding the role of wood in soil carbon pools and fluxes; and (4) promoting soil sustainability and land use planning. Her past work has explored carbon storage in forests across Wyoming, Hawaii, Puerto Rico, and Tasmania.
Publications Overview:
Her publications reflect a deep engagement with invasive species ecology, forest restoration, and soil carbon dynamics. Recent works emphasize biocontrol strategies for buckthorn and community-based invasive species management. Earlier studies focused on carbon sequestration, root biomass, and nutrient cycling in both natural and plantation forests.
Funding & Grants:
Dr. Resh has secured over $600,000 in active funding from agencies including the USDA, Michigan DNR, and NSF. Her projects include:
- Goat-based buckthorn management on community trails ($50,000)
- Landscape restoration in Michigan’s Keweenaw Peninsula ($200,000)
- AIS prevention and education via boat wash outreach ($23,000)
- Expanding KISMA’s invasive species programming ($75,000)
Labs & Teams:
She leads the KISMA program, coordinating across land ownership boundaries and ecosystems. She collaborates with the US Forest Service, Michigan DNR, Great Lakes Restoration Initiative, and local communities to control invasive species and restore native plant communities.
