Монография. Tulsa, The AAPG Bookstore, 1995. 335p.
Preface.
Paleogeography of Corg-rich rocks and the preservation versus production controversy.
Paleoceanography of marine organic-carbon–rich sediments.
Factors controlling the development of lacustrine petroleum source rocks—an update.
Organic geochemistry of paleodepositional environments with a predominance of terrigenous higher-plant organic matter.
Effect of late devonian paleoclimate on source rock quality and location.
The effects of paleolatitude and paleogeography on carbonate sedimentation in the late paleozoic
kimmeridgian (Late Jurassic) general lithostratigraphy and source rock quality for the weste Tethys Sea inferred from paleoclimate results using a general circulation model.
Paleoclimatic controls on Neocomian–Barremian (Early Cretaceous) lithostratigraphy in Northe Gondwana’s rift lakes interpreted from a general circulation model simulation.
Depositional controls on mesozoic source rocks in the Tethys.
Cenomanian–Turonian source rocks: raleobiogeographic and raleoenvironmental aspects.
The Hydrocarbon source potential in the Brazilian Marginal Basins: a geochemical and paleoenvironmental assessment.
Source rock occurrence in a sequence stratigraphic framework: the example of the lias of the paris basin.
The organic carbon distribution in mesozoic marine sediments and the influence of orbital climatic cycles (England and the weste north Atlantic).
Index.
Paleogeography of Corg-rich rocks and the preservation versus production controversy.
Paleoceanography of marine organic-carbon–rich sediments.
Factors controlling the development of lacustrine petroleum source rocks—an update.
Organic geochemistry of paleodepositional environments with a predominance of terrigenous higher-plant organic matter.
Effect of late devonian paleoclimate on source rock quality and location.
The effects of paleolatitude and paleogeography on carbonate sedimentation in the late paleozoic
kimmeridgian (Late Jurassic) general lithostratigraphy and source rock quality for the weste Tethys Sea inferred from paleoclimate results using a general circulation model.
Paleoclimatic controls on Neocomian–Barremian (Early Cretaceous) lithostratigraphy in Northe Gondwana’s rift lakes interpreted from a general circulation model simulation.
Depositional controls on mesozoic source rocks in the Tethys.
Cenomanian–Turonian source rocks: raleobiogeographic and raleoenvironmental aspects.
The Hydrocarbon source potential in the Brazilian Marginal Basins: a geochemical and paleoenvironmental assessment.
Source rock occurrence in a sequence stratigraphic framework: the example of the lias of the paris basin.
The organic carbon distribution in mesozoic marine sediments and the influence of orbital climatic cycles (England and the weste north Atlantic).
Index.