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Water Resources of New Hampshire and Vermont

CURRENT PROJECTS (2009)

The following projects represent the hydrologic investigations and studies that the New Hampshire-Vermont Water Science Center has underway. These projects are conducted through cooperative studies with State and local agencies, interagency agreements with other Federal agencies and through USGS programs. For more information about USGS cooperative studies, contact the Water Science Director.

NATIONAL AND REGIONAL STUDIES

1) NAWQA: New England Coastal Basins Study Unit

2) Web-based CT River Watershed Atlas

3) National Hydrography Dataset catchment delineation (GIS)

4) Northeastern United States regional SPARROW model

5) New England crystalline bedrock water quality

6) Trends in fish-tissue mercury concentrations in the United States

7) Effects of urbanization on stream ecosystems in selected urban areas of the United States

8) Trace elements in the nation's ground waters

9) Transport of anthropogenic and natural contaminants

10) MERGANSER mercury model

11) Level 1 water resources assessment for the Appalachian National Scenic Trail

12) Measuring carbon and mercury relations in forested streams in the Northeast

 

VERMONT STUDIES

1) Best Management Practices in the Lake Champlain Basin

2) Sleepers River Water Energy and Biogeochemical Budgets (WEBB)

3) Mt. Mansfield: Hydrology and water quality of headwater streams

4) Mercury and methyl-mercury movement in the Lake Champlain Basin

5) Pike Hill Superfund Site: Solid mine wastes and drainage, and trace metals

6) Ely Mine Superfund Site: Stream quality assessment

7) Impacts on water quality from road deicing

8) Emerging contaminants of concern in the Lake Champlain Basin

9) Water Withdrawals in Vermont for 2005 and Estimates for 2020

8) Microbial source tracking in Vermont streams

NEW HAMPSHIRE STUDIES

1) Ground-water resources in southeastern New Hampshire (Seacoast)

2) Remediation effectiveness of the OU1 Area/Savage Superfund Site

3) Estimating current (2005) and future (2020) water demand in New Hampshire

4) Flood recovery mapping of the Suncook River in Epsom, Allenstown, and Pembroke, NH

5) Sediment transport modeling of the Suncook River

8) Borehole flow characterization for assessing contaminants in bedrock wells

8) Groundwater levels in New Hampshire wells

 

 

 

 


COMPLETED PROJECTS

 

U.S. Department of the Interior
U.S. Geological Survey
New Hampshire/Vermont Water Science Center, 361 Commerce Way, Pembroke, NH 03275, USA
Comments and feedback: NH/VT webmaster-nh@usgs.gov
Last Updated February 20, 2009
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