Heavy storm precipitation and related mass movement, Allegheny County, Pennsylvania
Seymour Subitzky
1975, Miscellaneous Field Studies Map 641-D
Geological Survey research, 1975
Water Resources Division, U.S. Geological Survey
1975, Professional Paper 975
'Geological Survey Research 1975 ' is the 16th annual synopsis of the results of U.S. Geological Survey investigations. These studies are largely directed toward the development of knowledge that will assist the Nation to use and conserve the land and its physical resources wisely. They are wide ranging in scope...
Mining and related problems of the shallow hydrogeologic regime, Allegheny County, Pennsylvania
Seymour Subitzky
1975, Miscellaneous Field Studies Map 641-C
No abstract available....
Availability of ground water in Marion County, Indiana
William R. Meyer, J. P. Reussow, D. C. Gillies, W. J. Shampine
1975, Open-File Report 75-312
County constitute the most extensive aquifers in the county. Four areally distinct sand and gravel aquifers were mapped in the drift during the course of this study. The aquifer of greatest economic importance consists of sand and gravel deposits of glacial-outwash origin which coincide with the courses of the White...
Summary of the hydrogeologic regime as related to environmental characteristics, Allegheny County, Pennsylvania
Seymour Subitzky
1975, Miscellaneous Field Studies Map 641-A
Distribution and cost of landslides that have damaged manmade structures during the rainy season of 1972-1973 in the San Francisco Bay region, California
Fred A. Taylor, Tor H. Nilsen, Robert M. Dean
1975, Miscellaneous Field Studies Map 679
This report presents data on the location and cost of damage related to landslides in the San Francisco Bay region during the rainy season of 1972-73 (figs. 1 and 2). By showing the general location of landslides that caused damage during that season, the report also shows which parts of...
Possible effects of vegetation conversion on runoff and sediment yield, Sycamore Creek watersheds, Maricopa County, Arizona; calibration period analysis
H. W. Hjalmarson
1975, Open-File Report 75-425
Water resources data for Alabama, water year 1974; Part 1, Surface water records
Water Resources Division, U.S. Geological Survey
1975, Water Data Report AL-74-1
Map showing drainage areas, Guilford quadrangle, Connecticut
M. P. Thomas, J.E. Palmer
1975, Miscellaneous Field Studies Map 583-B
No abstract available....
Effects of organic solutes on chemical reactions of aluminum
Carol J. Lind, John David Hem
1975, Water Supply Paper 1827-G
Concentrations of organic matter in the general range of 1-10 milligrams per litre organic carbon are common in natural water, and many naturally occurrin7 organic compounds form aluminum complexes. The aluminum concentrations in near-neutral pH solutions may be 10-100 times higher than the values predicted from solubility data if formation...
Water-quality assessment of the Indiana Dunes National Lakeshore, 1973-74
Leslie D. Arihood
1975, Water-Resources Investigations Report 75-14
The Indiana Dunes National Lakeshore is underlain by unconsolidated lake and glacial deposits which have been divided into three units. Unit 1 is comprised mostly of sand and, in the western part of the National Lakeshore, is capable of yielding more than 500 gallons per minute (32 litres per second)...
Preliminary geologic map of the Tanana and northeast part of the Kantishna River quadrangles, Alaska
Robert Mills Chapman, W. E. Yeend, W. P. Brosge, H. N. Reiser
1975, Open-File Report 75-337
No abstract available....
Geology and water availability of Cullman County, Alabama
Robert J. Faust, Patrick O. Jefferson
1975, Open-File Report 75-451
The Pottsville Formation of Pennsylvanian age underlies most of Cullaman County in northern Alabama. It consists mostly of interbedded sandstones and shales that dip southward about 40 feet per mile. The Bangor Limestone of Mississippian age underlies the Pottsville and crops out in a few valleys along the northern boundary of...
Digital-simulation and projection of water-level declines in basalt aquifers of the Odessa-Lind area, east-central Washington
J. E. Luzier, James A. Skrivan
1975, Water Supply Paper 2036
A digital computer program using finite-difference techniques simulates an intensively pumped, multilayered basalt-aquifer system near Odessa. The aquifers now developed are in the upper 1,000 feet of a regionally extensive series of southwesterly dipping basalt flows of the Columbia River Group. Most of the aquifers are confined. Those in the...
Ozarks land use data set; New Orleans, La.
G. L. Loelkes (compiler), I.L. Hardin, E.C. Napier, M.J. Chambers, Eldon Jessen, R.A. Johnson
1975, Open-File Report 75-245
Ozarks land use data set; Port Arthur, Tex., La. (La. only)
G. L. Loelkes (compiler), I.L. Hardin, E.C. Napier, M.J. Chambers, Eldon Jessen, R.A. Johnson
1975, Open-File Report 75-244
Water availability, Shelby County, Alabama
Victor M. Shamburger, Joe R. Harkins
1975, Open-File Report 75-456
Preliminary map showing known and suspected active faults in Wyoming
Irving Jerome Witkind
1975, Open-File Report 75-279
U.S. Geological Survey uranium and thorium resource assessment and exploration research program, fiscal year 1976
Warren Irvin Finch
1975, Open-File Report 75-575
Water availability, Jefferson County, Alabama
Alfred L. Knight
1975, Open-File Report 75-461
The average annual precipitation in Jefferson County is about 53 inches (1,346.2 millimeters) or about 2,820 mgd (million gallons per day), which is equivalent to 124 m3/s (cubic meters per second). Part of the rainfall (about 1,130 mgd or 50 m3/s) runs off directly into streams, and the remaining 1,690...
Ozarks land use data set; Breton Sound, La.
G. L. Loelkes (compiler), I.L. Hardin, E.C. Napier, M.J. Chambers, Eldon Jessen, R.A. Johnson
1975, Open-File Report 75-246
Ozarks land use data set; Poplar Bluff, Mo.; Ark. (Ark. only)
G. L. Loelkes (compiler), I.L. Hardin, E.C. Napier, M.J. Chambers, Eldon Jessen, R.A. Johnson
1975, Open-File Report 75-225
Evaluation and proposed study of potential ground-water supplies, Gallup area, New Mexico
William L. Hiss
1975, Open-File Report 75-522
The ground-water potential of 5 areas in central-western New Mexico within 85 miles (135 km) of Gallup, N. Mex. was evaluated by reviewing the published literature, inspecting aerial and space photographs, and interviewing ranchers and personnel employed by well-drilling and mineral-exploration companies by telephone. The San Andres Limestone and underlying...
Surface-water availability, Greene County, Alabama
Alfred L. Knight, Marvin E. Davis
1975, Open-File Report 75-457
Map showing contours on the base of saprolite, District of Columbia
A.J. Froelich
1975, Open-File Report 75-539