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Publications tagged with Cretaceous

Title Publication Year Sort ascending Abstract Author Series Publisher
A systematic approach to identifying hydrocarbon sweet spots using integrated seismic multiattribute, wireline-log, and core analyses: case study from the Upper Cretaceous Taylor Serbin field, southeast Texas A systematic approach to identifying hydrocarbon sweet spots using integrated seismic multiattribute, wireline-log, and core analyses: case study from the Upper Cretaceous Taylor Serbin field, southeast Texas 2021 Ogiesoba, O. C., Ambrose, W.A. Report of Investigations Bureau of Economic Geology
Geologic Maps of the Upper Cretaceous and Tertiary Strata, Big Bend National Park, Texas Geologic Maps of the Upper Cretaceous and Tertiary Strata, Big Bend National Park, Texas 2011

This six-sheet set of oversize colorful geologic maps and cross sections presents new interpretations on the outcrop pattern and complex structure within the Upper Cretaceous Del Rio, Buda, Boquillas, Pen, Aguja, Javelina, and Cretaceous-Tertiary Black Peaks Formations of Big Bend National Park.

Cooper, R.W. Miscellaneous Map Bureau of Economic Geology
Sequence Stratigraphy, Depositional Facies, and Reservoir Attributes of the Upper Cretaceous Woodbine Group, East Texas Field Sequence Stratigraphy, Depositional Facies, and Reservoir Attributes of the Upper Cretaceous Woodbine Group, East Texas Field 2010

Although the mature, supergiant East Texas field on the west flank of the Sabine Uplift has been producing from the Upper Cretaceous (Cenomanian) siliciclastic Woodbine Group for more than 75 years, no modern comprehensive geologic study of it has been completed.

Hentz, T.F. Report of Investigations Bureau of Economic Geology
Jurassic and Lower Cretaceous Stratigraphy and Tectonics of Northeast Mexico Jurassic and Lower Cretaceous Stratigraphy and Tectonics of Northeast Mexico 2003

From 1952 to 1956, Pemex conducted a considerable amount of stratigraphic field work in the eastern Sierra Madre and in Laramide folds to the north across the Sabinas Basin.

Humphrey, W.E., Diaz, Teodoro, Wilson, J.L., Jordan, Clif Report of Investigations Bureau of Economic Geology
Regional stratigraphic cross sections, Comanche Cretaceous (Fredericksburg - Washita Division), Edwards and Stockton plateaus, West Texas:  interpretation of sedimentary facies, depositional cycles, and tectonics Regional stratigraphic cross sections, Comanche Cretaceous (Fredericksburg - Washita Division), Edwards and Stockton plateaus, West Texas: interpretation of sedimentary facies, depositional cycles, and tectonics 2000

Six interlocking regional stratigraphic cross sections of Lower Cretaceous strata (middle Albian-lower Cenomanian) of the Edwards and Stockton Plateaus of West Texas illustrate the vertical and lateral extent of lithostratigraphic units and distribution of facies and facies tracts.

Smith, C.I., Brown, J.B., Lozo, F.E. Cross Sections Bureau of Economic Geology
(Copublished with Colorado Geological Survey). Coalbed Methane in the Upper Cretaceous Fruitland Formation, San Juan Basin, New Mexico and Colorado (Copublished with Colorado Geological Survey). Coalbed Methane in the Upper Cretaceous Fruitland Formation, San Juan Basin, New Mexico and Colorado 1994

Coalbed methane is playing an increasingly important role in meeting the energy needs of the United States. According to one estimate, this unconventional gas may supply 4-5% of the domestic natural gas in 1994.

Ayers Jr., W.B., Kaiser, W.R. Report of Investigations Bureau of Economic Geology
Hydrogeology and hydrochemistry of Cretaceous aquifers, Texas panhandle and eastern New Mexico Hydrogeology and hydrochemistry of Cretaceous aquifers, Texas panhandle and eastern New Mexico 1988

Cretaceous rocks in the Southern High Plains, traditionally considered to be part of the High Plains aquifer and recharged by the overlying Ogallala aquifer, actually contain three aquifers with different recharge sources.

Nativ, Ronit, Gutierrez, G.N. Geological Circular Bureau of Economic Geology
Diagenesis and burial history of the Lower Cretaceous Travis Peak Formation, east Texas Diagenesis and burial history of the Lower Cretaceous Travis Peak Formation, east Texas 1987

Sandstone in the Travis Peak (Hosston) Formation has been extensively modified by burial diagenesis. Permeability in much of the formation has been reduced to less than 0.1 md as a result of compaction, extensive precipitation of authigenic minerals, and minor pressure solution.

Dutton, S.P. Report of Investigations Bureau of Economic Geology
Depositional systems and oil and gas plays in the Cretaceous Olmos Formation, south Texas Depositional systems and oil and gas plays in the Cretaceous Olmos Formation, south Texas 1986

The Upper Cretaceous Olmos Formation in South Texas continues to be an active exploration target 60 years after oil was first discovered in this clastic assemblage. The shallow, oil-bearing formation was deposited on a broad, wave-influenced shelf. Sand accumulated in two depocenters.

Tyler, Noel, Ambrose, W.A. Report of Investigations Bureau of Economic Geology
Genetic stratigraphy and oil recovery in an Upper Cretaceous wave-dominated deltaic reservoir, Big Wells (San Miguel) field, south Texas Genetic stratigraphy and oil recovery in an Upper Cretaceous wave-dominated deltaic reservoir, Big Wells (San Miguel) field, south Texas 1986

The Big Wells (San Miguel) reservoir in Dimmit and Zavala Counties, South Texas, produces from a broadly lenticular, wave-dominated deltaic sandstone encased in prodelta and shelf mudstones.

Tyler, Noel, Gholston, J.C., Ambrose, W.A., Idigbe, Koso, Mitra, R.K. Report of Investigations Bureau of Economic Geology