Restoring, Retrofitting, and Recoupling Michigan's Great Lakes Shorelands in the Face of Climate Change
Richard Norton, University of Michigan
Joe VanderMeulen, LIAA
Additional Core Team Members
University of Michigan: Maria Arquero, David Bieri, Lan Deng, Jennifer Maigret, Lorelle Meadows, Paul Webb
Michigan Technological University: Guy Meadows
Michigan Department of Environmental Quality, Office of the Great Lakes: Ronda Wuycheck, Alisa Gonzales
Great Lakes shorelands are desirable places to build. They are also valuable ecological and dynamic physical systems. Recent climate modeling predicts increased fluctuations in Great Lakes water levels and increased storminess. Associated impacts to Great Lakes shorelines include ecological changes, potential damage to public and private property and potential public safety risks. Additionally, substantial damage has already been done to Great Lakes shorelands from encroachment into coastal wetlands by human development, as well as from receding beaches and structures erected to protect developed shorelands.
Once structures are built and shifting shorelines result, managers and property owners have limited options, such as armoring, constructing bio-structures, nourishing with imported sand, or retreating. Each option has implications in terms of the natural ecological and physical functioning of the shoreland system, as well as short and long-term public and private costs.
Leveraging recent and ongoing work on Great Lakes coastal habitats and shoreline dynamics, and collaborating with the Michigan Office of the Great Lakes, the research team will analyze shoreland physical and ecosystem dynamics, conduct fiscal impact assessments, and work with three Michigan coastal communities to assess the potential to restore, retrofit, and recouple Michigan’s dynamic shorelands through state shoreland management policies and laws as well as local master plans, regulations, and polices. Simultaneously, the project is designed to evaluate the efficacy of those methods and processes.