Recent Projects

On this page you will find recent projects that the UNH Stormwater Center has been involved in. They are searchable by title* or by the date in which the project was completed.

* For the Title field, you can enter a word or partial title listing or leave it blank and filter your search by Date only.


Bridge over the Lamprey River

Consequences to Flooding along Lamprey River

Climate and Land Use Consequences to 100-Year Flooding along the Lamprey River (2009- Present)

In 2009 The Institute for the Study of Earth, Oceans and Space (EOS) at the University of New Hampshire received funding from CICEET to develop and refine a methodology for assessing flood risk associated with land use and climate change. UNHSC partnered with EOS, Great Bay NERR and Antioch University and evaluated change in the 100-year floodplain based on current and projected alterations in land use and climate for the 213 square mile Lamprey River watershed. The evaluation includes the use of Low Impact Development as an adaptation planning tool, and, in particular, as a means for building community resiliency in managing water resources. The analysis was...

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Aerial View of Greenland Meadows

Greenland Meadows LID Case Study: Economics and Water Quality

Apr 2011

Greenland Meadows, New England Development, and the Conservation Law Foundation, Greenland, NH. (2005- Present)

OVERVIEW

Greenland Meadows is a retail shopping center built in 2008 by Newton, Mass.-based New England Development along Route 33 in Greenland, New Hampshire that features the largest porous asphalt and gravel wetland installation in the Northeast. The development is located on a 55.95-acre parcel and includes three, one-story retail buildings (Lowe’s Home Improvement, Target, and a supermarket), paved parking areas consisting of porous asphalt and non-porous pavements, landscaping areas, a large gravel wetland, as well as advanced stormwater management facilities. The total impervious area of the development – mainly from...

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People working on site

LID in the Hodgson Brook Watershed

Introducing LID in the Hodgson Brook Watershed (2009-Present)

UNHSC is a project team member working with the Hodgson Brook Restoration Project and the City of Portsmouth, NH to design and oversee the installation of LID retrofits to treat non-point source pollution and improve water quality. Other project responsibilities include the development of model pollutant load and Effective Impervious Cover (EIC) reduction estimates within the watershed, identification of changes for city requirements necessary to facilitate the inclusion of LID stormwater management strategies, and outreach and education services to help build support for additional LID projects throughout the watershed.

To date three tree filters and a bioretention system have been...

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group of people in field

Technical Training and Outreach Activities

A user-driven outreach strategy has helped keep UNHSC research sharp and provides a unique tool for identifying barriers to implementation of more effective management technologies.

Regular technology demonstration workshops are performed throughout the year. Over 1678 people have attended the 52 workshops over the past 5 years. Workshop participants are wide ranging and include towns, planning and conservation board members, consulting engineers, watershed alliances, state (MA, NH, VT, ME, CT, NY, NJ, RI) and federal DOT, state and federal environmental agencies (MA, NH, VT, ME, CT, NY, NJ, RI), and federal Coastal Training Programs (NEIWPCC, NHEP, MACZM). In 2007 UNHSC and instructional design experts from the Coastal Services Center (CSC) partnered to develop a targeted...

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Town of Newington Stormwater Site Plan Regulations

Update of Town of Newington Stormwater Site Plan Regulations (2009)

In early 2009 the UNHSC was contracted by the Piscataqua Region Estuaries Partnership to strengthen the town of Newington’s local regulations to incorporate up-to-date stormwater management controls. The goal of the project was to develop site plan regulations that provided the Planning Board with the regulatory tools needed to mitigate the impacts of stormwater runoff from impervious surfaces in Newington’s commercial and industrial zones and provide a framework to require Low Impact Development approaches that will directly benefit water quality in the Piscataqua River and the Great Bay estuary. The regulations addressed both new development and redevelopment of properties that...

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Rhode Island Stormwater Design and Installation Standards Manual

Update of the Rhode Island Stormwater Design and Installation Standards Manual, by the Horsley Witten Group and the UNH Stormwater Center (2007-Present)

The Horsley Whitten Group, in cooperation with UNHSC, are now working with the CRMC and the Rhode Island Department of Environmental Protection (RIDEP) to develop the new state Stormwater Manual, for the state that includes updated specifications for the inclusion of LID regulatory guidelines. A draft of the manual is complete and available online at:

http://www.dem.ri.gov/programs/benviron/water/permits/ripdes/stwater/t4guide/desman.htm

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