Publications

Nitrogen in the Chesapeake Bay Watershed - A Century of Change, 1950–2050

National Award for Superior Communication Product

Domestic Well Water Quality in Marcellus Shale Region

Factors Affecting Groundwater Quality Used for Domestic Supply in Marcellus Shale Region of North-Central and North-East Pennsylvania

Geohydrologic and water-quality characterization of a fractured-bedrock test hole in an area of Marcellus Shale gas development, Sullivan County, Pennsylvania

Report at Pennsylvania Geological Survey

Publications are the cornerstone of the Pennsylvania Water Science Center’s dissemination of scientific data and conclusions.

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January 1, 1983

Water-quality assessment of Francis E. Walter Reservoir, Luzerne and Carbon counties, Pennsylvania

Water-quality data, both past and present, show that the waters of the upper Lehigh River basin are somewhat acidic, but otherwise are generally of good quality. This report contains a summary of all known water-quality data collected by the U.S. Geological Survey and other agencies, as well as a synopsis of current water-quality conditions in the reservoir and its tributaries. Water-qual

Authors

J. L. Barker

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1983

Hydrology of area 2, Eastern Coal Province, Pennsylvania and New York

Provisions of the Surface Mining Control and Reclamation Act of 1977 recognized a nationwide need for hydrologic information in mined and potentially mined areas. This report is designed to be useful to mine owners, operators, regulatory authorities, citizens groups, and others by presenting information on existing hydrologic conditions and by identifying additional sources of hydrologic informati

Authors

W.J. Herb, D.E. Brown, L. C. Shaw, J.E. Stoner, J.K. Felbinger

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1983

Hydrology of Area 1, eastern coal province, Pennsylvania [West Branch Susquehanna River, Sinnemahoning Creek, Upper Juniata River, Clearfield Creek]

Authors

William J. Herb, Deborah E. Brown, Lewis C. Shaw, Albert E. Becher

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1983

Time-of-travel and dispersion studies, Lehigh River, Francis E. Walter Lake to Easton, Pennsylvania

Results of time-of-travel and dispersion studies are presented for the 77.0 mile reach of the Lehigh River from Francis E. Walter Lake to Easton, Pennsylvania. Rhodamine WT dye was injected at several points for a variety of several common flow conditions and its downstream travel was monitored at a number of downstream points by means of a fluorometer. Time-of-travel data have been related to str

Authors

C.D. Kauffman

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1983

Effect of urbanization on the water resources of Warminster Township, Bucks County, Pennsylvania

Rapid suburban development occurred in Warminster Township and the surrounding area after World War II, resulting in a large population dependent on ground water. In 1980, approximately 2.7 billion gallons of ground water was pumped by public water suppliers and government facilities. Pumping wells can cause drawdown as far as 2,500 feet undip, downdip, or along strike even if the wells do not pen

Authors

R. A. Sloto, D.K. Davis

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1982

Water resources data for Pennsylvania water year 1981, Volume 1. Delaware River Basin

No abstract available.

Authors

Pennsylvania Water Science Center

January 1, 1982

Water resources data for Pennsylvania, water year 1981; Volume 2, Susquehanna and Potomac River basins

No abstract available.

Authors

Pennsylvania Water Science Center

January 1, 1982

A stormwater management model for the West Branch Brandywine Creek, Chester County, Pennsylvania

Three subbasins in the West Branch Brandywine Creek watershed were modeled by the Dawby, Schaake, and Alley distributed routing rainfall- runoff model. The Honeybrook subbasin could not be calibrated because of nonrepresentative rainfall data. The Coatesville subbasin was calibrated, but not verified; the average standard error of estimate is 34 percent for peak discharge. The Modena subbasin was

Authors

Ronald A. Sloto

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1982

Mass movement in two selected areas of western Washington County, Pennsylvania

No abstract available.

Authors

J. S. Pomeroy

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1982

Johnstown-western Pennsylvania storms and floods of July 19-20, 1977

Widespread thunderstorms associated with two major squall lines, moved across Pennsylvania between the afternoon of July 19 and morning of July 20, 1977. The western part of outflow boundary produced by the second line became almost stationary in western Pennsylvania and resulted in 6 to 9 hours of nearly continuous thunderstorms. More than 6 inches of rain fell over a 400-square-mile area during

Authors

L. Ray Hoxit, Robert A. Maddox, Charles F. Chappell, Stan A. Brua

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1982

Sedimentation in the East Branch Mahoning Creek basin, Clearfield and Jefferson Counties, Pennsylvania, June 1979 to June 1980

Parts of the East Branch Mahoning Creek basin, a forested area of 29.6 square miles in west-central Pennsylvania, are disturbed by farming, surface mining, unpaved haul roads, eroding reclaimed areas, and logging. Streamflow was measured and water samples collected at a site upstream from the mouth from June 1979 to June 1980 during base flow and storm periods to evaluate sediment discharges. An a

Authors

Kim L. Wetzel

Water Resources Mission Area, Pennsylvania Water Science Center

January 1, 1982

Evaluation of the streamflow-data program in Pennsylvania

The stream-gaging program in Pennsylvania is subject to budgetary constraints in the next several years. Elimination of those gaging stations that have no current-purpose use and little utility in providing regional flow-characteristic information is the most effective way to reduce costs. The efficient design of a network of gaging stations for obtaining regional information requires knowledge of

Authors

Herbert N. Flippo

Water Resources Mission Area, Pennsylvania Water Science Center