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The AAPG/Datapages Combined Publications Database

Oklahoma City Geological Society

Abstract


The Shale Shaker
Vol. 48 (1997), No. 2. (September/October), Pages 44-44

Abstracts of Oral and Poster Presentations at the 1997 AAPG Mid-Continent Section Meeting, September 14-16, 1997, Hosted by the Oklahoma City Geological Society

Is the Washita Valley Previous HitFaultNext Hit a Strike-Slip Previous HitFaultNext Hit or a Thrust Previous HitFaultNext Hit, and Who Cares? [Abstract]

R. P. Wilkinson1

The Washita Valley Previous HitFaultNext Hit has been considered by many scholars to be a strike-slip Previous HitfaultNext Hit with a left lateral movement of approximately 36 miles. A regional view of the sub-surface evidence, however, seems to indicate that the Washita Valley Previous HitFaultNext Hit may be composed of one or more thrust faults. If this is true, then the sub-thrust zone beneath the Washita Valley Previous HitFaultNext Hit may contain hidden structural traps in a very prolific oil producing environment.

The prolific nature of the sub-thrust objectives is demonstrated by the production history of two fields that are located on each end of the Washita Valley Previous HitFaultNext Hit Zone. The Eola Field is located on the west end, and the Cumberland Field is located on the east end of the Previous HitfaultNext Hit zone. Each of these oil fields have now produced more than 800,000 barrels of oil per well.

Re-thinking the structural nature of the Washita Valley Previous HitFaultTop may lead to the discovery of several more prolific oil fields. A seventy-mile prospective trend located between two giant oil fields should get serious consideration from any visionary exploration geologist.

End_of_Record - Last_Page 44--------

ACKNOWLEDGMENTS AND ASSOCIATED FOOTNOTES

1 Consulting Petroleum Geologist, Ardmore, OK

Copyright © 2003 by OCGS (Oklahoma City Geological Society)