Woodchips and drinking water treatment residuals in vegetated bioretention systems: how do they perform against conventional soil recommendations in treating stormwater runoff?
Brewer, Sam
Brewer, Sam
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Abstract
Bioretention, a type of green stormwater infrastructure (GSI), is a nature-based solution to water quality issues facing developed landscapes. Bioretention systems use engineered soil media and vegetation to capture and convert pollutants found in stormwater runoff before they reach downstream water bodies. This research explores the use of woodchips and drinking water treatment residuals (DWTR) as soil media amendments in bioretention systems for the removal of nutrients and metals in stormwater runoff. Twelve bioretention mesocosms, with three replicates of four treatments (sand, topsoil, topsoil+ woodchips, and topsoil+ DWTR), were analyzed for pollutant reductions and plant health following simulated stormwater events. This poster will share two years of mesocosm study sampling data from a partner project between the University of Vermont and Stone Environmental as part of the Lake Champlain Basin Program
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Date
2023-01-01
Student Status
Graduate
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Plant and Soil Science
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College of Agriculture and Life Sciences
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Life Sciences