Back to Results
First PageMeta Content
Matter / Civil engineering / Geological surveys / Androscoggin River / Groundwater / Geologic map / United States Geological Survey / Mercury / Hydrology / Geology / Earth / Hydraulic engineering


Characterization of fractured rock to develop conceptual models of ground-water flow and transport of mercury 1 Philip T. Harte, James R. Degnan, Stewart F. Clark Jr., 2Margaret Bastien, and Thomas J. Mack 1
Add to Reading List

Document Date: 2006-09-29 11:14:31


Open Document

File Size: 102,36 KB

Share Result on Facebook

City

Berlin / Concord / Montpelier / Durham / /

Company

Environmental Services / State Street / Site Remediation Group / /

/

Event

Product Issues / /

Facility

University of Connecticut / University of Maine / University of New Hampshire / Worcester Polytechnic Institute / CUNY Queens College / Hartwick College / University of Massachusetts / /

IndustryTerm

chemical sampling / bank / /

NaturalFeature

Androscoggin River / /

Organization

New Hampshire Department of Environmental Services / University of Massachusetts / Hartwick College / University of Connecticut / Geologic Division of the USGS / Hazardous Waste Remediation Bureau / Queens College / University of New Hampshire / Water Resources Division of the USGS / Worcester Polytechnic Institute / University of Maine / /

Person

Tom Mack / Thomas J. Mack / Stewart F. Clark / Jr. / Philip T. Harte / James R. Degnan / Margaret A. Bastien / Stewart F. Clark Jr. / /

/

Position

project manager / hydrologist / environmental engineer / supervisor / research grade hydrologist / environmental specialist / /

Product

Waste Remediation Bureau ABSTRACT Mercury / Waste Remediation Bureau / /

ProvinceOrState

NH/VT District / Vermont / Maine / Connecticut / Mississippi / Massachusetts / New Hampshire / /

Region

western Massachusetts / /

Technology

remote sensing / geophysics / Environmental Engineering / /

SocialTag