Water - Bearing Characteristics of the Lockport Dolomite near Niagara Falls, New York (pp. 123-125) AND Effect of Stream Infiltration on Ground - Water Temperatures near Schenectady, New York (pp. 125-128) AND A Relation between Floods and Drought Flows in the Piedmont Province in Virginia (pp. 128-129) AND Effect of Urban Growth on Sediment Discharge, Northwest Branch Anacostia River Basin, Maryland (pp. 129-131) AND Source of Sulfate in Ground Water of the Truckee Meadows Area, Nevada (pp. 131-132) (FROM: United States Geological Survey Research 1962; USGS Professional Paper 450-C). by Richard H. Johnston; John D., Winslow; Ennio V. Giusti; Frank J. Keller; Philip Cohen - 1962
by Richard H. Johnston; John D., Winslow; Ennio V. Giusti; Frank J. Keller; Philip Cohen
Water - Bearing Characteristics of the Lockport Dolomite near Niagara Falls, New York (pp. 123-125) AND Effect of Stream Infiltration on Ground - Water Temperatures near Schenectady, New York (pp. 125-128) AND A Relation between Floods and Drought Flows in the Piedmont Province in Virginia (pp. 128-129) AND Effect of Urban Growth on Sediment Discharge, Northwest Branch Anacostia River Basin, Maryland (pp. 129-131) AND Source of Sulfate in Ground Water of the Truckee Meadows Area, Nevada (pp. 131-132) (FROM: United States Geological Survey Research 1962; USGS Professional Paper 450-C).
by Richard H. Johnston; John D., Winslow; Ennio V. Giusti; Frank J. Keller; Philip Cohen
- Used
- very good
United States Government Printing Office., 1962. Journal. Very Good. No Binding. ORIGINAL Articles, disbound from USGS Professional Paper; no covers; in very good condition. .
- Seller Independent bookstores (US)
- Book Condition Used - Very Good
- Publisher United States Government Printing Office.
- Date Published 1962
- Keywords structural, stratigraphy, sedimentary facies, depositional environments, geochemistry, geochemical analysis, analyses, groundwater, ground water resource, resources, hydrology, hydrogeology, geohydrology, surface, flood, floods, drought, droughts, flow,