Dr. Reed conducts interdisciplinary, collaborative research on invasive species at science-policy interface.

Thematic Area(s):

• Community engagement & science communication
• Detection, management, prevention, & eradication
• Social science, economics, & policy

Dr. Bucholz’s work is focused on the ecology and population genomics of both native and invasive freshwater bivalve species.

Thematic Area(s):

• Biology, ecology, & ecosystem dynamics
• Detection, management, prevention, & eradication
• Genetics, genomics, & community/population structure

Dr. Drake is interested in the intersection of landscape connectivity and population dynamics, bringing together conservation and spatial ecological theory to create more holistic and practical management solutions.

Thematic Area(s):

• Biology, ecology, & ecosystem dynamics
• Genetics, genomics, & community/population structure

Shively’s research explores the biocontrol of tree-of-heaven (Ailanthus altissima) with a soil-borne fungus (Verticllium nonalfalfae), as well as the restoration ecology of invaded areas.

Thematic Area(s):

• Biology, ecology, & ecosystem dynamics
• Detection, management, prevention, & eradication
• Restoration ecology

Thompson’s research explores the ecological impact of Asian jumping worm (Amynthas agrestis) on soil ecosystems through analyses of soil properties, microbial enzymes, and microarthropod communities.

Thematic Area(s):

• Biology, ecology, & ecosystem dynamics
• Detection, management, prevention, & eradication