SEPM: Source Rock Development: Bioproductivity, Organic Preservation, or Sedimentation Rate?
Room Exhibit Hall A
Poster session is from 8:30 AM to 12:30 PM Co-Chairs: N. B. Harris and B. Pradier
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| C. L. Davis, L. M. Pratt: Organic and Inorganic Geochemistry of Early and Late Cretaceous Black Shales from Western Venezuela: Implications for the Paleoceanographic Evolution of Northern South America |
| M. Keyang, Sr, M. Glikson, II, B. McConachie, P. Stanmore, IV, S. Golding, V: Petrology & Geochemistry Of Source Rocks In Western Papua: Correlations With Oil Seeps And Reservoir Hydrocarbons |
| K. Tsuchida, A. Okui, Y. Yamade, N. Yamazaki, R. Iwahashi: Computer Simulation of Organic Matter Sedimentation in Lacustrine Environment: a Case Study on Present Lake Tanganyika |
| F. Wang, B. Zhang, S. Zhang: Anoxia vs. Bioproductivity Controls on the Cambrian and Ordovician Marine Source Rocks in Tarim Basin, China |
| K. M. Bohacs, G. J. Grabowski, A. R. Carroll, P. J. Mankiewicz, K. Miskell-Gerhardt: Production, Destruction, Dilution, and Accommodation— The Many Paths to Source-Rock Development |
| A. S. Alsharhan: Sequecne Stratigraphy and Source Rock Potential of Upper Jurassic Diyab Formation in the United Arab Emirates |
| J. P. Houzay, B. Pradier: High Resolution Sequence Stratigraphy and Organic Geochemistry Study of the Raven Ridge Lacustrine Eocene Series (Uinta Basin, Colorado, USA) : Implications on Organic Matter Accumulation |