ArticleEnvironmental research communications2025
Designing community facing tools for green stormwater infrastructure and groundwater monitoring: a model of interdisciplinary action research.
Article in Environmental research communications, 2025. The graph could read no effect estimate from its abstract, so it casts no vote on the map. Not yet cited in PubMed.
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Abstract
Anthropogenic stress associated with urban development can change groundwater hydrology and introduce contaminants that may compromise its utility. Green Stormwater infrastructure (GSI) alters local landscapes and uses natural flora to manage stormwater and mitigate flooding, but it may also influence groundwater hydrology, and contaminant fate and transport. This multidisciplinary project engaged with community groups to develop and implement a low-cost, citizen-led groundwater monitoring program at the GSI sociotechnical interface in Detroit, MI (USA). GSI installations were constructed at a historic property in urban Detroit, MI. Groundwater monitoring wells were installed throughout the property and at a nearby community-maintained, long-term reference GSI for comparison. From April to October 2021, groundwater and contaminant levels in wells and adjacent soil were assessed using affordable products that citizen science groups could easily employ. Implementing this monitoring program, we identified the significant role GSI plays in increasing groundwater recharge, nutrient and coliform levels. Data collected show slight increases in hydraulic head, especially near GSI, after installation, enhancing groundwater recharge. Before and after MODLOW models of the site show that the GSI also impacted local groundwater flow. Soil nitrite was higher, and
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