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Book Chapter

Architecture and Processes in the Late Pleistocene Brazos-Trinity Turbidite System, Gulf of Mexico Continental Slope

By
Gianluca Badalini
Gianluca Badalini
School of Earth Sciences University of Leeds LS2 9JT Leeds United Kingdom
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Ben Kneller
Ben Kneller
School of Earth Sciences University of Leeds LS2 9JT Leeds United KingdomCurrent address: Institute for Crustal Studies University of California Santa Barbara, California
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Charles D. Winker
Charles D. Winker
Shell E&P Technology Company Bellaire Technology Center Houston, Texas
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Published:
December 01, 2000

Abstract

High resolution seismic data from shallow analogues can be used to improve our understanding of deeply buried turbidite systems and provide an invaluable aid in resolving what would constitute first-order sub-seismic elements in a conventional seismic survey. This research focuses on the Late Pleistocene Brazos-Trinity turbidite system located on the northern Gulf of Mexico continental slope. The system lies immediately downdip of a lowstand shelfedge delta and is ponded in four mini-basins linked fill-and-spill style. The sedimentary fill consists of onlap-fill packages in each basin, deposited during the last glacial. The results of this work allow us to: {a) determine the overall architecture of a system where the physiographic context and timing are fairly well constrained; (b) reconstruct a complex basin fill history made up of high frequency forward and backstepping elements; (c) improve our understanding of lithofacies distribution; (d) demonstrate that channel levee systems do not represent the first establishment of bypass to downdip basins and are representative of the last sequence within a glacial cycle; and (e) suggest that high frequency climatically-linked changes in sediment supply may control the deposition of 5th order sequences in deep marine clastic systems.

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Contents

GCSSEPM

Deep-Water Reservoirs of the World

Paul Weimer
Paul Weimer
Houston, Texas
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SEPM Society for Sedimentary Geology
Volume
20
ISBN electronic:
978-0-9836097-0-4
Publication date:
December 01, 2000

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