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88     Demaison and Huizinga

           with  a  methodology  reaching  beyond  the  conventional   References Cited
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           the  use  of  analogs  can  be  expanded  from  that  of
           comparing  descriptive  "look-alike"  sedimentary  basins   Bacoccoli, G., I. Garcia da Costa, and J. A. 5. Brandao, 1989,
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           charging capacity of the  pod  of  mature  source  rock into   Bally, A. W., and 5. Snelson, 1980, Realms of subsidence, in A.
           the  conventional  evaluation  of traps  will  lead  to  signifi­  D. Miall, ed., Facts and principles of world petroleum
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           and  expulsion  phenomena  in  an  operationally useful   Carmalt, S. W., and B. St. John, 1986, Giant oil and gas fields,
           manner  remains  in doubt.  In  the  meantime,  descriptive   in M. T. Halbouty, ed., Future petroleum provinces of the
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                                                                                    1
           to  predict  migration,  entrapment,  and  retention  charac­  Creany, S., and J. Allan, 1990, Hydrocarbon generation and
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           mentary basin classifications.                      Society Special Publication 50, p. 189-202.
              The  most important  control determing  the ultimate   Demaison, G., 1977, Tar sands and supergiant oil fields:
                                                               AAPG Bulletin, v. 61, p. 195G-1%1.
           petroleum  richness  of a  petroleum  system  is  regional   Demaison, G., 1984, The generative basin concept, in G.
           charging, which  primarily  relates  to the hydrocarbon   Demaison and R. J. Murris, eds., Petroleum geochemistry
           yield and volume of a mature source rock, or the charge   and basin evaluation: AAPG Memoir 35, p.  1-14.
           factor.  The use  of  the  empirical-statistical  source   Demaison, G., 1988, Genetic classification of petroleum basins
           potential  index  (SPI)  approach as a short cut  to  evaluate   (abs.), in C. Masters and N. Schneidermann, eds., AAPG
           the charge factor is still in its early  developmental phase.   Research Conference on Petroleum Potential of Sedimen­
           However,  it shows promise  of being a valuable tool for   tary Basins, Leesburg, VA.
           the  rapid  evaluation  of the  charging  capacity  of  a   Demaison, G., A. J. J. Holck, R. W. Jones, and G. T. Moore,
           petroleum  system.  The  critical  observation  is  that,  in   1984, Predictive source bed stratigraphy: a guide to
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           petroleum  reserves.  Another  important  statistical  obser­  of petroleum basins (abs.): AAPG Bulletin, v. 73, p. 349.
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                                                               mapping using a source potential rating index: AAPG
           drained  systems,  such as those found in basin  fill of rift
                                                               Bulletin, v. 69, p. 567-581.
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           more demanding on the magnitude of SPI because traps   Dow, W. G., 1974,  Application of oil-correlation and
                                                               source rock data to exploration in Williston basin:
           generally fetch from  smaller  drainage  areas  than  those   AAPG  Bulletin,  v.  58, p.  1253-1262.
           occurring in laterally drained systems.           Downey, M. W., 1984, Evaluating seals for hydrocarbon accu­
                                                               mulations: AAPG Bulletin, v. 68, p. 1752-1763.
                                                             Durand, B., 1988, Understanding of hydrocarbon migration in
                                                               sedimentary basins (present state of knowledge), in L.
                                                               Mattavelli and L. Novelli, eds., Advances in organic
           Acknowledgments   The  writers  wish  to  acknowledge  W.
           Dow  and  A.  Pmodon f o r  the  initial concept of the petroleum   geochemistry,  1987: Organic Geochemistry, v.  13, n.  1-3, p.
                                                               445-459.
           system,  B.  Tissot for first  introducing  the  idea of integrating   Espitalie, J., M. Madec, B. Tissot, J. J. Mennig, and P. Leplat,
           thickness  and  yield  into  a  single  numerical  expression, G.   1977, Source rock characterization method for petroleum
           Wmishek f o r his  early  critical  review  o f   our manuscript, and   exploration, in Proceedings of the Ninth Annual Offshore
           N.  Schneidermann whose support and encouragement resulted   Technology Conference, v. 3, p. 439-448.
           in  this paper being written and presented.  We are especially   Gonzalez, R., and I. N. Holguin, 1992, Geology of the source
           indebted  to  L.  Magoon,  who  has  refined  the  concept of the   rocks of Mexico: Proceedings of the 13th World Petroleum
                                                               Congress, Buenos Aires, v. 2, p. 95-104.
           petroleum system over recent years and has also spent consid­  Grunau, H. R., 1987, A worldwide look at the cap-rock
           erable effort in improving our original manuscript. In addition,   problem: Journal of Petroleum Geology, v.  10, p. 245-266.
           the  authors gratefully acknowledge  the  constructive views o f    Helwig, J. A., 1985, Origin and classification of sedimentary
           Chevron's  management,  namely M.  W.  Boyce,  E.  L .  Couch,   basins:  Proceedings of the Seventeenth Annual Offshore
           and R. E. Kropschot.                                Technology Conference, v.  1, p. 21-32.
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