Review the present and future standards with respect to low-impact development and green infrastructure stormwater management. UNH Stormwater Center (UNHSC) research addresses the overall performance and effectiveness of a variety of stormwater Best Management Practices (BMPs) to control water quantity and treat water quality. To date, the UNHSC has researched over 36 different BMPs ranging from conventional ponds to manufactured subsurface filters to broad array of low-impact development (or green infrastructure) practices. Testing results and technology demonstrations from the UNHSC field research facility contribute to the planning, design, and implementation of stormwater management strategies. Topics covered include water quantity control (peak flow reduction, system lag time and potential for infiltration), water quality treatment effectiveness (sediment, nutrients, metals, hydrocarbons, and/or microorganisms), as well as brief overviews of emergent topics such as system maintenance, thermal buffering, and cold climate related issues. Participants will be able to use information to understand state and federal guidelines and make design recommendations to maximize project success.
University of New Hampshire
Cole Hall, Room 219
34 Sage Way
Durham, NH 03824
Arrive early (between 8:30 and 8:50 a.m.) for coffee!
A tour bus leaves Cole Hall at 9 a.m. to visit stormwater sites on campus.
Information on parking instructions will be emailed to participants in advance of the workshop.
James Houle is the Program Director for the Stormwater Center. His responsibilities include directing and managing the Stormwater Center's growing body of research projects. Areas of expertise include diffusion of innovative stormwater management solutions, the design and implementation of innovative stormwater control measures including green infrastructure (GI), and low impact development (LID) strategies, planning and implementation, operation and maintenance, and water resource monitoring. Dr. Houle holds a Ph.D in Natural Resources and Environmental Science and has over fifteen years of experience with water quality related issues in New England and is a certified professional in storm water quality (CPSWQ) and a certified professional in erosion and sediment control (CPESC).