Revision of some of Girty's invertebrate fossils from the Fayetteville Shale (Mississippian) of Arkansas and Oklahoma
Mackenzie Gordon Jr., William J. Sando, John Pojeta Jr., Ellis L. Yochelson, I. G. Sohn
1969, Professional Paper 606
J.n 1910, G. H. Girty published a paper on the fauna of the Fayetteville Shale of northern Arkansas and northeastern Oklahoma in which he described 110 new taxa of fossil invertebrates. He did not, however, designate any type specimens or divulge the localities at which •the fossils were collected, nor...
Reconnaissance of the Red Lake River, Minnesota
Lev Ropes, Richmond F. Brown, D.E. Wheat
1969, Hydrologic Atlas 299
This report is intended to serve a wide range of people including educators, scientists, planners, and those who wish to enjoy travel on the river. the data-summary charts, graphs, and tables are intended to be specific enough so that users who require precise information need not resynthesise the original numerical...
Water resources of the Buffalo River Watershed, West-central Minnesota
Robert W. Maclay, L. E. Bidwell, Thomas C. Winter
1969, Hydrologic Atlas 307
The Buffalo River watershed includes two general physiographic areas – a glacial lake plain and an glacial moraine. The lake plain, which was formed by Glacial lake Agassiz more than 9,000 years ago, is extremely flat – sloping only a few feet per mile westward near the Red River of the...
Geologic map of the Buffalo Mountain quadrangle, Pershing and Churchill Counties, Nevada
R. E. Wallace, N. J. Silberling, W. P. Irwin, D.B. Tatlock
1969, Geologic Quadrangle 821
Ground-water favorability areas and surficial geology of the lower Kennebec River basin, Maine
Glenn C. Prescott
1969, Hydrologic Atlas 337
No abstract available....
Geologic map of the Wheeler Peak and Garrison quadrangles, Nevada and Utah
D. H. Whitebread
1969, IMAP 578
Paleogene floras from the Gulf of Alaska
Jack A. Wolfe
1969, Open-File Report 69-323
Numerous collections of fossil plants from the Gulf of Alaska region were obtained from rocks that are well dated by marine mollusks. The mollusks indicate that the oldest possible age for the lowest plant assemblage is middle Eocene (Domengine) and that the youngest possible age for the highest Paleogene plant...
Water load of uranium radium, and gross beta activity at selected gaging stations, water year 1960-61
E. C. Mallory, J. O. Johnson, Robert Clyde Scott
1969, Water Supply Paper 1535-O
No abstract available....
Stage-discharge characteristics of a Weir in a sand-channel stream
Don D. Gonzalez, C.H. Scott, James K. Culbertson
1969, Water Supply Paper 1898-A
A unique relation between water-surface elevation and water discharge usually does not exist for sand-channel streams. The relation is affected by changes in bed roughness and changes in bed elevation because of scour and fill. An artificial control on a sand-channel stream must control both the resistance to flow and...
Selected techniques in water resources investigations, 1966-67
Edith B. Chase, Faith N. Payne
1969, Water Supply Paper 1892
Floods of June 1965 in South Platte River basin, Colorado
Howard Frederick Matthai
1969, Water Supply Paper 1850-B
Heavy, intense rains in three areas on three different days caused outstanding floods on many streams in the South Platte River basin from Plum Creek, just south of Denver, downstream to the Colorado-Nebraska State line. The flood-producing storms followed a relatively wet period, and rainfall of as much as 14...
Sediment transport by streams in the Walla Walla River basin, Washington and Oregon, July 1962 - June 1965
B. E. Mapes
1969, Water Supply Paper 1868
The Walla Walla River basin covers about 1,760 square miles in southeastern Washington and northeastern Oregon. From the 6,000-foot crest of the Blue Mountains on the east to the 340-foot altitude of Lake Wallula (Columbia River) on the west, the basin is drained by the Touchet River and Dry Creek,...
Sedimentation in upper Stony Creek basin, eastern flank of the Coast Ranges of northern California
J. M. Knott, C.A. Dunnam
1969, Water Supply Paper 1798-F
No abstract available....
Water resources of Randolph and Lawrence Counties, Arkansas
A. G. Lamonds, Marion S. Hines, Raymond O. Plebuch
1969, Water Supply Paper 1879-B
Water is used at an average rate of almost 27 million gallons per day in Randolph and Lawrence Counties, and quantities sufficient for any foreseeable use are available. Supplies for the large uses--municipal, industrial, and irrigation--can best be obtained from wells in .he Coastal Plain part of the counties and...
Floods of April 28, 1966 in the northern part of Dallas, Texas
Willard B. Mills, Elmer E. Schroeder
1969, Water Supply Paper 1870-B
The floods of April 28, 1966, in the northern part of Dallas, Tex., caused heavy damage to a relatively small area. Flood damage was estimated at $2,500,000; and of this amount, $1,330,000 damage was along Bachman Branch, which has a drainage area of 12.3 square miles. At least seven persons...
Geologic map of the Union quadrangle, Boone County, Kentucky
W. C. Swadley
1969, Geologic Quadrangle 779
Hurricane Camille tidal floods of August 1969 along the Gulf Coast, Pass Christian quadrangle, Mississippi
K. V. Wilson, James W. Hudson
1969, Hydrologic Atlas 402
Geologic map of the Rapid City West quadrangle, Pennington County, South Dakota
John Mark Cattermole
1969, Geologic Quadrangle 828
Preliminary spectrographic analyses of monazite from western Liberia
Sam Rosenblum
1969, Open-File Report 69-234
Geologic map of the Winkelman quadrangle, Pinal and Gila Counties, Arizona
Medora H. Krieger
1969, Open-File Report 69-145
Preliminary geologic map of the Death Ridge quadrangle, Garfield and Kane Counties, Utah
H. D. Zeller
1969, Open-File Report 69-325
(LAC-24) Geologic map of the Sinus Iridum quadrangle of the moon
G. G. Schaber
1969, IMAP 602
The Sinus Iridum quadrangle includes the northwestern sector of Mare Imbrium, the Sinus I<span...
Geologic map of the Verona quadrangle, north-central Kentucky
W. C. Swadley
1969, Geologic Quadrangle 819
Systematic jointing in the western part of the Anthracite region of eastern Pennsylvania
Gordon H. Wood Jr., Harold H. Arndt, M. Devereux Carter
1969, Bulletin 1271-D
(ORB II-13 (100)) Geologic map of the Maestlin G region of the moon, Lunar Orbiter site II P-13, Oceanus Procellarum, including Apollo landing site 5
M. H. Carr, S.R. Titley
1969, IMAP 622
This map shows the geology in and around potential early Apollo landing site 5 in the lunar equatorial belt. The Maestlin G region is in Oceanus Procellarum, about midway between the crater Kepler to the northeast and Flamsteed to the southwest. Terra materials occur only in the northeast corner of...
