Hurricane Camille tidal floods of August 1969 along the Gulf Coast, Bay St. Louis quadrangle, Mississippi
K. Van Wilson Jr., James W. Hudson
1969, Hydrologic Atlas 400
Geologic map of Washington 1969
A. E. Weissenborn (compiler)
1969, IMAP 583
Geologic map of the Moca and Isabela quadrangles, Puerto Rico
W. H. Monroe
1969, IMAP 565
Geologic map of the Aguadilla quadrangle, Puerto Rico
W. H. Monroe
1969, IMAP 569
Map showing areal distribution of Tertiary rocks, Bates Hole—Shirley Basin area, south-central Wyoming
N. M. Denson (compiler), E.N. Harshman
1969, IMAP 570
No abstract available....
Geologic map of the Trinidad Quadrangle, south-central Colorado
R.W. Johnson Jr.
1969, IMAP 558
Reconnaissance geologic map of the Riggins quadrangle, west-central Idaho
Warren Bell Hamilton
1969, IMAP 579
Correlation of Devonian rock units in the Appalachian Basin
William Albert Oliver Jr., Wallace Jr. de Witt, J.M. Dennison, D.M. Hoskins, J.W. Huddle
1969, Oil and Gas Investigation Chart 64
Aeromagnetic map of the Hubbart Reservoir-Hot Springs area, Sanders, Flathead, and Lake Counties, Montana
Water Resources Division U.S. Geological Survey
1969, Geophysical Investigations Map 687
Geologic map of the Maroon Bells quadrangle, Pitkin and Gunnison Counties, Colorado
Bruce H. Bryant
1969, Geologic Quadrangle 788
No abstract available....
Geologic map of the Teller B-4 and southern part of the Teller C-4 quadrangles, western Seward Peninsula, Alaska
C.L. Sainsbury
1969, IMAP 572
Hurricane Camille tidal floods of August 1969 along the Gulf Coast, Gulfport NW quadrangle, Mississippi
K. Van Wilson Jr., James W. Hudson
1969, Hydrologic Atlas 401
Pecos National Monument, New Mexico: Its geologic setting
Ross Byron Johnson
1969, Bulletin 1271-E
The ruins of the pueblos and missions of Pecos lie on the east bank of Glorieta Creek near its junction with the Pecos River at the south end of the Sangre de Cristo Mountains in north-central New Mexico. Here the Pecos River and Glorieta Creek have formed a broad rolling...
Land subsidence due to ground-water withdrawal Tulare-Wasco, area California
B. E. Lofgren, Robert L. Klausing
1969, Professional Paper 437-B
No abstract available....
Quality of surface waters of the United States, 1964, Parts 5 and 6, Hudson Bay and upper Mississippi River basins and Missouri River basin
Water Resources Division U.S. Geological Survey
1969, Water Supply Paper 1956
Maps showing locations of holes drilled in 1949 to 1956 by U.S. Geological Survey, Jo Dandy and Monogram Mesa areas, Bull Canyon district, Montrose County, Colorado
Donald Parker Elston, A.E. Flint, D.D. Haynes, R.M. Wallace
1969, Open-File Report 69-90
Metallic mineral resources map of the Talkeetna Mountains Quadrangle, Alaska
1969, Open-File Report 69-51
No abstract available. ...
Geophysical investigations in the Bi'r Idimah-Wadi Wassat area, Saudi Arabia, Part Two
R. W. Allen, W. E. Davis
1969, Open-File Report 69-6
Introduction Geophysical studies were continued in the Bi'r Idimah-Wadi Wassat area during February 1965. Detailed electromagnetic measurements were made along selected traverses over the northern part of the gossan to supplement earlier dip-angle data; and reconnaissance surveys were made over the central and southern parts of the gossan. Gossan is exposed...
Geophysical investigations in the Bi'r Idimah-Wadi Wassat area, Saudi Arabia, Part One
R. W. Allen, W. E. Davis
1969, Open-File Report 69-5
Introduction A geophysical investigation was conducted over the northern part of a large gossan near Bi'r Idimah in the Asir quadrangle. The study was made primarily to determine the electromagnetic response of a deposit of massive sulphides found in exploratory drilling. Presumably the geophysical data could be used to trace the...
Water resources of the Yellow Medicine River Watershed, Southwestern Minnesota
R.P. Novitzki, Wayne A. Van Voast, L.A. Jerabek
1969, Hydrologic Atlas 320
Glacial drift and Cretaceous sedimentary rocks are the major aquifers in the Yellow Medicine River watershed unit. The Yellow Medicine and Minnesota Rivers are the major sources of surface water. For physiographic regions – Upland Plain, Slope, Lowland Plain, and Minnesota River Flood Plain – influence surface drainage, and the flow...
U.S. Geological Survey heavy metals program progress report 1968 - Field studies
Water Resources Division U.S. Geological Survey
1969, Circular 621
The Heavy Metals program of the U.S. Geological Survey and the U.S. Bureau of Mines began in mid-1966 and thus at the end of calendar year 1968 was halfway through its third year. This progress report summarizes field studies carried out under the Geological Survey's part of the program during...
Geographic map of the Southern Hijaz quadrangle, Kingdom of Saudi Arabia
Glen S. Brown, Roy O. Jackson
1969, IMAP 210-B
Prepared by the U.S. Geological Survey and the Arabian American Oil Company under the joint sponsorship of the Kingdom of Saudi Arabia and the U.S. Department of State. The revisions to this map are principally the revisions to roads and the additions of new place names as of May 1968. ...
Revision of some of Girty's invertebrate fossils from the Fayetteville Shale (Mississippian) of Arkansas and Oklahoma
Mackenzie Gordon Jr., William Jasper Sando, John Pojeta Jr., Ellis Leon 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...
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...
Ground water in the Ogallala formation in the southern high plains of Texas and New Mexico
J.G. Cronin
1969, Hydrologic Atlas 330
The Ogallala Formation of Tertiary (Pliocene) age is the principal aquifer in the Southern High Plains of western Texas and eastern New Mexico. This heavily pumped aquifer supplies practically all the water used for irrigation, municipal, industrial (except oil-field repressuring), and domestic purposes. Although the ground water in the Ogallala Formation...