Graduation Year
2026
Graduation Month
May
Document Type
Thesis
Degree Name
Bachelor of Science
School or Department
Forestry and Conservation
Major
Environmental Science and Sustainability
Faculty Mentor Department
New Student Success
Faculty Mentor
Devin Carpenter
Keywords
connectivity, monoculture, native plants, environment, health
Subject Categories
Biodiversity | Other Plant Sciences | State and Local Government Law
Abstract
Manicured, monoculture lawns often dominate private land in urban areas for aesthetic organization. Colonialist roots are embedded in the history of turfgrass lawns and white-picket fences intended to suppress Indigenous knowledge and ways of caring for the diverse land around us. Private land misuse and homogenous lawns are not limited to the United States; the modern lawn contributes to biodiversity loss on a global scale. Humans are concentrated in cities across the world, and urban areas are known to have negative implications for wildlife and habitat, human health, and sustainable resource use. Management of private land in urban settings is problematic because land use decisions are entirely up to the owner. As a result, policies that dictate the way we use our land are minimal, voluntary, and lack community incentive. To combat these issues, we need to focus on community-based re-wilding efforts on private land to improve wildlife connectivity, create more opportunities for positive social interactions, and decrease resource consumption. Our team did this by collaborating with local stakeholders to host a biodiversity workshop that taught participants how to effectively design a native plant garden. We also distributed native plant kits to homeowners for them to implement in their own yards. Policy can also play a role in improving urban biodiversity and environmental health. To support the city of Missoula in reaching environmental policy goals, we invited local government agencies to establish a long-term international partnership with the Biophilic Cities Network. Our participation will benefit native plants, pollinators, wildlife, and human wellbeing.
Honors College Research Project
1
GLI Capstone Project
yes
Recommended Citation
Sandau, Morgan J.; Roelen, Maiya G.; Chavez, Katia E.; and Niedermeyer, Lydia K., "REWWILD: Reimagining Environmental and Wildlife Wellbeing Through Innovative Lawn Design" (2026). Undergraduate Theses, Professional Papers, and Capstone Artifacts. 588.
https://scholarworks.umt.edu/utpp/588
Included in
Biodiversity Commons, Other Plant Sciences Commons, State and Local Government Law Commons
© Copyright 2026 Morgan J. Sandau, Maiya G. Roelen, Katia E. Chavez, and Lydia K. Niedermeyer