Recent Publications

Water Quality and Hydrologic Performance of a
Porous Asphalt Pavement as a Storm-W ater
Treatment Strategy in a Cold Clima te

 

  1. UNHSC 2014 PA Spec
  2. UNHSC 2012 Biennial Report
  3. Economic and Adaptation Benefits of Low Impact Development, Conference Proceedings, 2011 Low Impact Development Symposium, March 2012 
  4. Water Quality and Hydrologic Performance of a Porous Asphalt Pavement as a Stormwater Treatment Strategy in a Cold Climate, Journal of Environmental Engineering, January 2012
  5. Forging the Link: Linking the Economic Benefits of LID and Community Decisions
  6. UNHSC and SeaGrant Sealcoating Fact Sheet

All Publications

 

Upcoming Dates

09/09/2015 BMP Workshops

News & Announcements

Recent Projects

Cold Climate Performance Study of a Permeable Interlocking Concrete Pavement System in Durham, NH

University of New Hampshire Stormwater Center (UNHSC) completed a two year field verification study... More »

Greenland Mall, Packard Development and the Conservation Law Foundation, Greenland, NH

In 2007, Packard Development, the Conservation Law Foundation, UN HSC, and Gove Environmental... More »

Restoring Water Quality in the Willow Brook Watershed Through LID Retrofits

By Robert Roseen1, PhD, PE, D.WRE, James Houle1, CPSWQ, Robert Dowling1, Melodie Esterberg2,... More »

 

UNHSC logo

 

The UNH Stormwater Center (UNHSC) is dedicated to the protection of water resources through effective stormwater management.


Hodgson Brook Tree Filter, Portsmouth, NH, Installed 2010 with the Hodgson Brook Watershed Association, and the City of Portsmouth.


Bioretention installed June 2010 at the Horne Street Elementary School in partnership with the City of Dover, NHDES, and UNHSC.


Installation of permeable interlocking concrete pavers at Hood House, University of New Hampshire, taken in Summer of 2010


Municipal bioretention installed August 2010 at Pettee Brook Lane in Durham, NH, a collaboration of the USEPA, Town of Durham, and the UNHSC. This bioretention has been optimized for phosphorous and nitrogen removal.