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Ancient Carbonate Platform Margins, Slopes and Basins

Harry E. Cook
Harry E. Cook
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January 01, 1983


As was pointed out in Chapters 1 and 4 of this volume, the need to locate new energy resources coupled with discoveries of petroleum in carbonate slope and base-of-slope settings (albeit usually by accident rather than by design) has intensified research and exploration efforts in these frontier deep water carbonate environments.

Ancient carbonate platform margins have historically been a major petroleum exploration target and accordingly there is a wealth of literature that pertains to ancient reef and bank margins. It is well beyond the intent or scope of this chapter to discuss the myriad of facies types at platform margins but several recent publications that are recommended reading include Laporte (1974), Wilson (1975), Enos (1977a), Toomey (1981), Halley et al (1983), and James (1983). Three well-written papers that present thoughtful overviews of platform margins are Kendall and Schlager (1981), Read (1982), and James and Mountjoy (1983).

What has not been extensively studied, however, are carbonate slope and base-of-slope settings, how deeper water facies interrelate to their temporal equivalents on the platform margin, the various facies associations that comprise basin margin sequences, and the potential value of deeper water carbonate facies in petroleum and minerals exploration (Cook et al, 1972; Cook and Enos, 1977a; McIlreath and James, 1978; Cook, 1982; Cook and Mullins, 1983; Mullins and Cook, in prep.).

This chapter focuses on slope and basin settings but it also stresses that the type of shoal water platform margin can play a key role in determining the facies sequences which develop

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Platform Margin and Deep Water Carbonates

Harry E. Cook
Harry E. Cook
Branch of Oil and Gas Resources, U.S. Geological Survey, Menlo Park, CA
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Albert C. Hine
Albert C. Hine
Department of Marine Sciences, University of South Florida, St. Petersburg, FL
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Henry T. Mullins
Henry T. Mullins
Department of Geology, Syracuse University Syracuse, NY
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SEPM Society for Sedimentary Geology
ISBN electronic:
Publication date:
January 01, 1983




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