The 'Green Infrastructure in MI Integrated Assessment Project' co-authored by DC is now available
- Abby Lane
- Jul 30, 2020
- 1 min read
Updated: Aug 18, 2020
The final report from a Michigan Sea Grant funded integrated assessment that investigated barriers and opportunities to wide-spread use of green stormwater infrastructure (GSI) across the state of Michigan has been uploaded to the project website along with other resources related to GSI.
The investigation concluded key barriers to GSI implementation include conflicting codes/ordinances, cost, lack of financing, maintenance, municipal and public acceptance, lack of regional planning, and uncertainty in performance. Opportunities for successfully removing those barriers include:
Revising local codes and ordinances to allow for and/or promote GSI and establishing funding mechanisms for both implementation and maintenance.
Determining local values (such as wildlife habitat, aesthetics, climate resiliency, infrastructure protection, etc.) and develop GSI implementation strategies that align the benefits of GSI with those values.
Identifying and cultivating local leaders (both elected and civic) who can advocate for GSI implementation.
Establishing guidelines and programs for simplified long-term monitoring and maintenance of GSI.
Developing a framework to integrate local and regional planning and policies to encourage coordination across agencies and jurisdictions.
Conducting public education and outreach projects to assist public works professionals and citizens with understanding the multi-purpose role of GSI in their communities.
The project team included professionals from Lawrence Technological University, Environmental Consulting & Technology, Inc. (ECT), University of Michigan, and Drummond Carpenter, PLLC.
For purposes of citation of this summary, please use the following: “Green Infrastructure in Michigan: An Integrated Assessment of Its Use, Barriers & Opportunities”, Donald D. Carpenter, Sanjiv K. Sinha, and Avik Basu, Michigan Sea Grant Report, MICHU-20-202, 61 pp, May 2020.