Landscape Architecture Commons^™

Creating The West Gate Entrance: Erosion And Water Quality Solutions For The University Of Massachusetts – Amherst Campus, Nathan A. Frazee

Landscape Architecture & Regional Planning Masters Projects

The impacts of development have degraded the Tan Brook to the point that water pollution and flooding issues are affecting residents and the University of Massachusetts Amherst campus as well as the adjacent Mill River Watershed. Water quality measurements indicate high levels of conductivity possibly due to winter salting. This proposed design solution includes a vegetated swale that integrates sand filters and bioretention basins. These applications within the design could reduce erosion issues and improve water quality while providing students, faculty, and staff a location for educational purposes, recreation, and respite. By embracing innovative and aesthetic solutions, the West Gate …

Bioretention: Evaluating Their Effectiveness For Improving Water Quality In New England Urban Environments, Mary Dehais

Mary Dehais

Nonpoint source (NPS) pollution is one of the leading causes of water quality problems in the United States. Bioretention has become one of the more frequently used stormwater management practices for addressing NPS pollution in urbanized watersheds in New England. Yet despite increased acceptance, bioretention is not widely practiced. This study explores and evaluates the efficacy of bioretention for protecting urban water quality. This research found that numerous monitoring methods are used by researchers and industry experts to assess the effectiveness of stormwater best management practices (BMPs) and low impact development (LID) practices that include bioretention. The two most common …

Bioretention: Evaluating Their Effectiveness For Improving Water Quality In New England Urban Environments, Mary Dehais

Masters Theses 1911 - February 2014

Nonpoint source (NPS) pollution is one of the leading causes of water quality problems in the United States. Bioretention has become one of the more frequently used stormwater management practices for addressing NPS pollution in urbanized watersheds in New England. Yet despite increased acceptance, bioretention is not widely practiced. This study explores and evaluates the efficacy of bioretention for protecting urban water quality.

This research found that numerous monitoring methods are used by researchers and industry experts to assess the effectiveness of stormwater best management practices (BMPs) and low impact development (LID) practices that include bioretention. The two most common …