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Publications tagged with 3-D Seismic

Title Publication Year Abstract Author Series Publisher
3-D seismic interpretation of deep, complex structures in the Delaware Basin, West Texas 3-D seismic interpretation of deep, complex structures in the Delaware Basin, West Texas 1999

A multidisciplinary reservoir-characterization study of the Ellenburger Group was conducted over a 176-mi2 3-D seismic grid in Pecos, Reeves, and Ward Counties in the southern Delaware Basin of West Texas.

Hardage, B.A., Pendleton, V.M., Asquith, G.B. Geological Circular Bureau of Economic Geology
3-D Seismic Stratal-Surface Concepts Applied to the Interpretation of a Fluvial Channel System... 3-D Seismic Stratal-Surface Concepts Applied to the Interpretation of a Fluvial Channel System... 1998

A fundamental thesis of seismic stratigraphy is that seismic reflections follow impedance contrasts that coincide with stratal surfaces, which are surfaces where depositional processes occur at a fixed moment in geologic time.

Hardage, B.A., Remington, R.L. Geological Circular Bureau of Economic Geology
West Waha and Worsham-Bayer Fields Data Set: 3-D Seismic Data, Well Logs, and Production Records West Waha and Worsham-Bayer Fields Data Set: 3-D Seismic Data, Well Logs, and Production Records 1998 Major, R.P., Hardage, B.A., Lancaster, D.E., Pendleton, V.M., Remington, L.E. Seminars and Workshops Bureau of Economic Geology
A Practical Use of Vertical Seismic Profiles-Stratigraphic Calibration of 3-D Seismic Data - Downloadable PDF A Practical Use of Vertical Seismic Profiles-Stratigraphic Calibration of 3-D Seismic Data - Downloadable PDF 1997

Seismic interpreters must have a reliable methodology that allows them to (1) correlate seismic reflection events with well-log-defined sequence boundaries and (2) specify which seismic facies windows correspond to the rock facies intervals defined by well control.

Hardage, B.A. Geological Circular Bureau of Economic Geology
Principles of Onshore 3-D Seismic Design Principles of Onshore 3-D Seismic Design 1997

The basic geometry of an onshore three-dimensional (3-D) seismic recording grid is based on five parameters: source-station spacing, receiver-station spacing, source-line spacing. receiver-line spacing, and recording swath size.

Hardage, B.A. Geological Circular Bureau of Economic Geology
Boonsville 3-D Seismic Data Set Boonsville 3-D Seismic Data Set 1996 Hardage, B.A., Simmons, J.L., Jr., Lancaster, D.E., Elphick, R.Y., Edson, R.D., Carr, D.L., Pendleton, V.M. Seminars and Workshops Bureau of Economic Geology
A 3-D seismic case history evaluating fluvially deposited thin-bed reservoirs in a gas-producing property A 3-D seismic case history evaluating fluvially deposited thin-bed reservoirs in a gas-producing property 1995 Hardage, B.A., Levey, R.A., Pendleton, V.M., Simmons, J.L., Jr., Edson, R.D. Geological Circular Bureau of Economic Geology
3-D Seismic and Well Log Data Set Fluvial Reservoir Systems--Stratton Field 3-D Seismic and Well Log Data Set Fluvial Reservoir Systems--Stratton Field 1994 Levey, R.A., Hardage, B.A., Edson, R.D., Pendleton, V.M. Seminars and Workshops Bureau of Economic Geology