Part 4 - Berg - Hughes Center

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Koons, C.B., J.G. Bond, and F.L. Peirce, 1974, Effects of depositional environment and postdepositional history on chemical composition of Lower Tuscaloosa oils: AAPG Bulletin, v. 58, p. 1272-1280. Kornfeld, I.E., 1985, Depositional environments and hydrocarbon occurrence of Upper Jurassic Cotton Valley sandstones, Mississippi, Louisiana, and Texas: AAPG Bulletin, v. 69, p. 275. Kupfer, D.A., Crowe, C.T., and Hessenbruch, J.M., 1976, North Louisiana Basin and salt movements (halokinetics): GCAGS Trans., v. 26, p. 94-110. Lenert, H.A., and Kidda, M.K., 1958, Baskinton Field, Franklin Parish Louisiana: Shreveport Geological Society Reference Report of Certain Oil and Gas Fields, v. IV, p. 120-122. Li, P., 2006, Modeling of thermal maturity history of strata in the North Louisiana Salt Basin area: GCAGS Trans., v. 56, p. 439-454. Lobao, J.J., and Pilger, R.H., 1985, Early evolution of salt structures in the North Louisiana Salt Basin: GCAGS Trans., v. 35, p. 189-198. Louisiana Geological Survey, 2000, Folio Series No. 8, stratigraphic charts of Louisiana. Lowrie, A., Sullivan, N.M., Krotzer, C., Carter, J., Lerche, I., and Petersen, K., 1993, Tectonic and depositional model of the north Louisiana-south Arkansas basin: GCAGS Trans., v. 43, p. 231-238. MacRae, G., and Watkins, J.S., 1996, Desoto Canyon Salt Basin: tectonic evolution and salts structural styles, in J.O. Jones, and R.L. Freed, eds., Structural Framework of the Northern Gulf of Mexico, A Special Publication of GCAGS, Austin, GCAGS, p. 53-61. 455
Mancini, E.A., M. Badali, T.M. Puckett, J.C. Llinas, and W.C. Parcell, 2001, Mesozoic carbonate petroleum systems in the northeastern Gulf of Mexico area, in Petroleum Systems of Deep-Water Basins: GCS-SEPM Foundation 21 st Annual Research Conference, p. 423-451. Mancini, E.A., and D.J. Benson, 1980, Regional stratigraphy of Upper Jurassic Smackover carbonates of southwest Alabama: GCAGS Trans., v. 30, p. 151-163. Mancini, E.A., M.L. Epsman, and D.D. Stief, 1997, Characterization and evaluation of the Upper Jurassic Frisco City sandstone reservoir in southwestern Alabama utilizing Fullbore Formation MicroImager technology: GCAGS Trans., v. 47, p. 329-33. Mancini, E.A., D.A. Goddard, R. Barnaby, and P. Aharon, 2006, Resource assessment of the in-place and potentially recoverable deep natural gas resource of the onshore interior salt basins, north central and northeastern Gulf of Mexico: U.S. Department of Energy Final Technical Report, Project Number DE-FC26-3NT41875, 173 p. Mancini, E.A., P. Li, D.A. Goddard, V. Ramirez, and S.C. Talukdar, 2008, Mesozoic (Upper Jurassic-Lower Cretaceous) deep gas reservoir play, central and eastern Gulf coastal plain: AAPG Bulletin, v. 93, p. 283-308. Mancini, E.A., P. Li, D.A. Goddard, and R.K. Zimmerman, 2005, Petroleum source rocks of the onshore interior salt basins, north central and northeastern Gulf of Mexico: GCAGS Trans., v. 55, 486-504. Mancini, E.A., Mink, R.M., and Bearden, B.L., 1985a, Upper Jurassic Norphlet hydrocarbon potential along the regional peripheral fault trend in Mississippi, Alabama, and the Florida Panhandle: GCAGS Trans., v. 35, p. 225-232. 456
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time frame spanning from approximat
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the same well, Pennsylvanian plant
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Louann Salt The Louann Salt conform
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Norphlet deposition, in southern Ar
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Haynesville-Buckner Formation Produ
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Caddo, Bossier, Webster, Claiborne,
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Smackover limestone. The Bossier gr
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Lower Cretaceous Coahuila (Hosston,
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system that includes a variety of d
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greater than 90 md, most of the Tra
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contains approximately 13 producing
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Pine Island shale, averaging 250 ft
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10%. Calcite-lined vugs and intergr
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Lake Anhydrite was deposited above
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Sabine, Franklin, Tensas Shallow wa
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Across northern Louisiana in the pr
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Taylor Group Producing Parishes Cad
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2,000 to 2,500 ft with net pay of 1
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productive in east-central Louisian
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North Louisiana Salt Basin. The str
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Louisiana Salt Basin. Lower Cretace
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Table 2. Oil and gas production for
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1987; Claypool and Mancini, 1989; M
Page 47 and 48:
Figure 329. Cross section A-A’. G
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generation (Table 4). The following
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Table 5. Cotton Valley-Bossier Grou
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Table 6. Cotton Valley-Group sample
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Table 7. Wells used to construct th
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Figure 336. Electric logs for wells
Page 59 and 60: Figure 338. Thin section micrograph
Page 61 and 62: Figure 340. Amoco CZ 5-7 well elect
Page 63 and 64: Table 9. Total organic carbon, rock
Page 65 and 66: Figure 343. HI versus OI diagram. T
Page 67 and 68: Figure 345. Rock-Eval pyrolysis ana
Page 69 and 70: Figure 347. Visual kerogen analyses
Page 71 and 72: gas with some oil, not only within
Page 73 and 74: Figure 350. Burial history profile
Page 75 and 76: Figure 352. Hydrocarbon expulsion p
Page 77 and 78: Figure 354. (A) Thermal-maturity an
Page 79 and 80: Figure 356. Cross section A-A’ sh
Page 81 and 82: Figure 360. Cross section J-J’ sh
Page 83 and 84: Figure 364. Seismic cross section B
Page 85 and 86: of secondary, non-associated thermo
Page 87 and 88: RESULTS AND DISCUSSION Geologic His
Page 89 and 90: peripheral fault trend and numerous
Page 91 and 92: oundary between thick transitional
Page 93 and 94: Cretaceous reservoirs have shown th
Page 95 and 96: from the southern part of the basin
Page 97 and 98: Reservoir Assessment Comparison of
Page 99 and 100: For example, Upper Cretaceous sands
Page 101 and 102: The Upper Jurassic to Lower Cretace
Page 103 and 104: Bishop, W.F., 1968, Petrology of up
Page 105 and 106: Dawson, W.C., and Callender, C.A.,
Page 107 and 108: Fisher, W.L., and McGowen, J.H., 19
Page 109: Hermann, L.A., J.A. Lott, and R.E.
Page 113 and 114: McCulloh, R.P., and Eversull, L.G.,
Page 115 and 116: Source Rock Potential of Carbonate
Page 117 and 118: Salvador, A., 1991b, Triassic-Juras
Page 119 and 120: Tolson, J.S., C.W. Copeland, and B.
Page 121: Zimmerman, R.K., 1999a, A potential
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