Improving water quality and well-being in Great Lakes post-industrial cities: A multidisciplinary partnership to assess Detroit’s green infrastructure
Joan Nassauer, School of Natural Resources &Environment
Natalie Sampson, U‐M School of Public Health
Additional Core Team Members
Alicia Alvarez, U‐M Law School
Allen Burton, U‐M School of Natural Resources and Environment
Margaret Dewar, U‐M College of Architecture and Urban Planning
Shawn McElmurry, Wayne State College of Engineering
Catherine Riseng, U‐M School and Natural Resources and Environment
Amy Schulz, U‐M School of Public Health
Several Great Lakes post‐industrial cities, including the city of Detroit, Michigan, have adopted green infrastructure (GI) approaches in order to reduce excessive stormwater runoff, which can lead to combined sewer overflows. GI manages stormwater by employing distributed source controls that incorporate vegetation and soils to mitigate peak flows and treat associated pollutants. The result is improved freshwater quality.
The city of Detroit is characterized by large areas of vacant land and numerous abandoned structures. In 2014‐2015, the Detroit Land Bank Authority (DLBA) and partners plan to demolish nearly 4000 abandoned structures, designing GI practices into demolitions at selected locations.
This project team will work closely with the DLBA to assess and compare four Detroit neighborhoods: two with GI treatments designed into demolition processes, and two control sites– one scheduled for demolition without GI treatments and another with no demolitions or GI treatments. The two main components of the study include:
- Water quality and aquatic toxicology assessment: The research team will install instrumentation and sampling equipment at GI sites, control sites, and at strategic locations within neighborhood watersheds to measure stormwater toxicity and contaminant loadings.
- Neighborhood satisfaction, engagement, and health assessment: The researchers will work with a community organizer from a represented site neighborhood to conduct a random sample survey that measures residents’ perceptions of attractiveness and desirability of their neighborhood, interest and levels of community engagement, and health of residents near sample GI and control sites.
The project will culminate with a Green Infrastructure, Water, and Well‐being forum with 15‐20 Detroit decision makers, as well can continued work with DLBA to directly enhance adaptive management of GI in highly vacant neighborhoods.