Meyers, Philip A. and Snowdon, Lloyd R. (1993): Types and thermal maturity of organic matter accumulated during Early Cretaceous subsidence of the Exmouth Plateau, Northwest Australian margin 
  
    Leg/Site/Hole: 
    Related Expeditions: 
    ODP 122 
   
  
    Identifier: 
    ID: 
    1994-042756
    
    Type: 
    georefid
    
     
  
    Creator: 
    Name: 
    Meyers, Philip A. 
    
    Affiliation: 
    University of Michigan, Department of Geological Sciences, Ann Arbor, MI, United States 
    
    Role: 
    author 
    
    Name: 
    Snowdon, Lloyd R. 
    
    Affiliation: 
    Indiana University, United States 
    
    Role: 
    author 
    
     
  
    Identification: 
    Title: 
    Types and thermal maturity of organic matter accumulated during Early Cretaceous subsidence of the Exmouth Plateau, Northwest Australian margin 
    
    Year: 
    1993 
    
    Source: 
    In: Katz, Barry J. (editor), Pratt, Lisa M. (editor), Source rocks in a sequence stratigraphic framework 
    
    Publisher: 
    American Association of Petroleum Geologists, Tulsa, OK, United States 
    
    Volume: 
    37 
    
    Issue: 
     
    
    Pages: 
    119-130 
    
    Abstract: 
     
    
    Language: 
    English 
    
    Genre: 
    Serial 
    
    Rights: 
     
    
    URL: 
     
    
   
  Coverage: Geographic coordinates: North:25.0000 West:20.0000 East:
        147.0000 South:-60.0000 
Keywords: Geochemistry of rocks, soils, and sediments; Aptian; Barrow Formation; biomarkers; C-13/C-12; calcium carbonate; carbon; clastic rocks; Cretaceous; deltaic environment; Exmouth Plateau; fluvial environment; gas chromatograms; hydrocarbons; Indian Ocean; isotope ratios; isotopes; Leg 122; Lower Cretaceous; mass spectra; Mesozoic; Muderong Shale; Neocomian; Ocean Drilling Program; ODP Site 762; ODP Site 763; organic compounds; organic materials; passive margins; plate tectonics; provenance; pyrolysis; Rock-Eval; saturated hydrocarbons; sedimentary rocks; shale; siltstone; spectra; stable isotopes; steranes; stratigraphy; subsidence; thermal maturity; triterpanes; 
 
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