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Bureau of Economic Geology Publications

Title Publication Year Sort ascending Abstract Author Publisher
Trilobites of the Upper Cambrian Ptychaspid biomere, Wilberns Formation, central Texas Trilobites of the Upper Cambrian Ptychaspid biomere, Wilberns Formation, central Texas 1970

Trilobites collected during the past 20 years from the Morgan Creek, Point Peak, and San Saba Members of the Wilberns Formation comprise 89 species assigned to 45 genera belonging to zones of the upper Franconian and Trempealeauan Stages of the Upper Cambrian Croixan Series.

Longacre, S.A. Bureau of Economic Geology
Geologic map of the Bofecillos Mountains area, Trans-Pecos Texas Geologic map of the Bofecillos Mountains area, Trans-Pecos Texas 1970

The Bofecillos Mountains area of Trans-Pecos Texas contains a Tertiary volcanic vent and a varied sequence of lava flows, tuff, ash-flow tuff, and associated conglomerate, sandstone, and mudrock; after most of the volcanic activity had ceased, the area was block faulled and later dissected into a

McKnight, J.F. Bureau of Economic Geology
Facies and genesis of a hurricane-washover fan, St. Joseph Island, central Texas coast Facies and genesis of a hurricane-washover fan, St. Joseph Island, central Texas coast 1970

Two distinctive subaerial physiographic features that form a substantial portion, by area, of most barrier islands along the Texas coast are the washover fan and the tidal delta. Volumetrically, washover fan deposits and tidal delta deposits form a significant part of each barrier island.

Andrews, P.B. Bureau of Economic Geology
Pre-Chappel conodonts of the Llano region, Texas Pre-Chappel conodonts of the Llano region, Texas 1970

This work was begun in 1964 and substantially completed in 1965; at that time conodont zones had been established in North America only for the Upper Devonian, by Clark and Becker (1960) for the Great Basin and Collinson, Scott, and Rexroad (1962) for the mid-continent.

Seddon, George Bureau of Economic Geology
Geologic and Historic Guide to the State Parks of Texas Geologic and Historic Guide to the State Parks of Texas 1970

Texas is no longer a frontier. The expansion of cities, industries, superhighways, and reservoirs, and changing land uses are fast absorbing the open spaces that once were so abundant in Texas.

Maxwell, R.A. Bureau of Economic Geology
Geology of Southern Quitman Mountains, Hudspeth County, Texas Geology of Southern Quitman Mountains, Hudspeth County, Texas 1970

The Quitman Mountains are part of a narrow mountain range that extends southeastward from near Sierra Blanca, Texas (85 miles southeast of El Paso, Texas), into northern Mexico.

Jones, B.R., Reaser, D.F. Bureau of Economic Geology
Geologic Atlas of Texas, Amarillo sheet (reprinted 1981 with limited revisions) Geologic Atlas of Texas, Amarillo sheet (reprinted 1981 with limited revisions) 1969

Geologic map that depicts the surface geology of Carson, Gray, and Wheeler Counties and parts of Moore, Hutchinson, Roberts, Hemphill, Potter, Randall, Armstrong, Donley, and Collingsworth Counties.

Eifler, G.K., Phillips Petroleum Co., Humble Oil and Refining Co., Frye, J.C., Leonard, A.B., Knight, G.L., Hughes, C.D., Horn, P.H. Bureau of Economic Geology
Edwards Formation (Lower Cretaceous), Texas: dolomitization in a carbonate platform system Edwards Formation (Lower Cretaceous), Texas: dolomitization in a carbonate platform system 1969 Fisher, W.L., Rodda, P.U. Bureau of Economic Geology
Sulfur in West Texas:  its geology and economics Sulfur in West Texas: its geology and economics 1969

Sulfur, along with salt, coal, and limestone, is one of the basic raw materials of the chemical industry. A nation’s per capita sulfur consumption is a reliable index to its chemical production and a rough index to its standard of living.

Zimmerman, J.B., Thomas, Eugene Bureau of Economic Geology
Virgil and lower Wolfcamp repetitive environments and the depositional model, north-central Texas Virgil and lower Wolfcamp repetitive environments and the depositional model, north-central Texas 1969

Virgil and lower Wolfcamp rocks on the Eastern Shelf in North-central Texas are composed of several intergradational depositional systems comprising 1,200 to 1,500 feet of off-lapping, predominantly terrigenous sediments.

Brown, L.F., Jr. Bureau of Economic Geology