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Bureau of Economic Geology Publications

Title Publication Year Sort ascending Abstract Author Publisher
Submerged lands of Texas, Port Lavaca area:  sediments, geochemistry, benthic macroinvertebrates, and associated wetlands Submerged lands of Texas, Port Lavaca area: sediments, geochemistry, benthic macroinvertebrates, and associated wetlands 1989

The State-owned submerged lands of Texas encompass almost 6,000 mi2 (15,540 km2). They lie below waters of the bay-estuary-lagoon system and the Gulf of Mexico and extend 10.3 mi (16.6 km) seaward from the Gulf shoreline (fig. 1).

White, W.A., Calnan, T.R., Morton, R.A., Kimble, R.S., Littleton, T.G., McGowen, J.H., Nance, H.S. Bureau of Economic Geology
Major Program Elements for an Advanced Geoscience Oil and Gas Recovery Research Initiative Major Program Elements for an Advanced Geoscience Oil and Gas Recovery Research Initiative 1989 Milling, M.E. Bureau of Economic Geology
Structural cross sections, Plio-Pleistocene series, southeastern Texas Structural cross sections, Plio-Pleistocene series, southeastern Texas 1989

These cross sections illustrate the regional structure and stratigraphy beneath the Texas continental shelf .

Morton, R.A., Jirik, L.A. Bureau of Economic Geology
Internal Structure of Mushroom-Shaped Salt Diapirs Internal Structure of Mushroom-Shaped Salt Diapirs 1989

Mushroom-shaped diapirs have an overhanging bulb fringed by one or more skirts (peripheral pendant lobes), which can curl inward to form vortices capable of entraining cover rocks to various degrees.

Jackson, M.P.A., Talbot, C.J. Bureau of Economic Geology
The Mineral Industry of Texas in 1987 The Mineral Industry of Texas in 1987 1989 Ohl, J.P., McBride, M.W. Bureau of Economic Geology
Lithogenetic stratigraphy of the Triassic Dockum Formation, Palo Duro basin, Texas Lithogenetic stratigraphy of the Triassic Dockum Formation, Palo Duro basin, Texas 1989

Four clastic depositional sequences compose the lower part of the Triassic Dockum Formation in the Palo Duro Basin.

Johns, D.A. Bureau of Economic Geology
Geology and Tertiary igneous activity of the Hen Egg Mountain and Christmas Mountains quadrangles, Big Bend region, Trans-Pecos Texas Geology and Tertiary igneous activity of the Hen Egg Mountain and Christmas Mountains quadrangles, Big Bend region, Trans-Pecos Texas 1989

Cretaceous sedimentary rocks and Tertiary intrusive, extrusive, and volcaniclastic rocks dominate the geology of the Hen Egg Mountain and Christmas Mountains quadrangles in the Big Bend region of Texas.

Henry, C.D., Price, J.G., Miser, D.E. Bureau of Economic Geology
Geologic occurrence and regional assessment of evaporite-hosted native sulfur, Trans-Pecos Texas Geologic occurrence and regional assessment of evaporite-hosted native sulfur, Trans-Pecos Texas 1989

In the western Delaware Basin and southern Central Basin Platform of Trans-Pecos Texas, Upper Permian (Ochoan) evaporite strata host locally voluminous but notoriously unpredictable, sporadic deposits of biogenic native sulfur.

Hentz, T.F., Price, J.G., Gutierrez, G.N. Bureau of Economic Geology
Fracture analysis of the Travis Peak Formation, western flank of the Sabine Arch, east Texas Fracture analysis of the Travis Peak Formation, western flank of the Sabine Arch, east Texas 1989

Successful development of low-permeability-sandstone gas reservoirs depends on an understandingof their natural fracture patterns and on predictions of the orientation of horizontal stresses.This report describes the preliminary results of fracture analysis of the Lower Cretaceous TravisPeak Form

Laubach, S.E. Bureau of Economic Geology
Geology of Damon Mound salt dome, Texas:  evidence of Oligocene to post-Pleistocene episodic diapir growth Geology of Damon Mound salt dome, Texas: evidence of Oligocene to post-Pleistocene episodic diapir growth 1988

Damon Mound salt dome, located in Brazoria County, Texas, is a shallow diaper that has salt less than 600 ft (180 m) and cap rock less than 100 ft (30 m) below the surface.

Collins, E.W. Bureau of Economic Geology