Late Cretaceous to early Quaternary organic sedimentation in the eastern Equatorial Atlantic

Earth and Planetary Sciences

• Late Cretaceous 100%
• Organic Carbon 100%
• Miocene 85%
• Oligocene 57%
• Pliocene 57%
• Deep Water 42%
• Eocene 28%
• Ocean Drilling Program 28%
• Western Africa 28%
• Santonian 28%
• Coniacian 28%
• Africa 28%
• Sea Level 28%
• Sierra Leone 28%
• Guinea 28%
• Kerogen 28%
• Organic Matter 28%
• Salinity 14%
• Dilution 14%
• Deep Sea 14%
• Continental Shelf 14%
• Cyclicity 14%
• Source Rock 14%
• Northern Hemisphere 14%
• Water Circulation 14%
• Albian 14%
• Shelf Break 14%
• Messinian 14%
• Diatomite 14%
• Upper Cretaceous 14%
• Southern Ocean 14%
• Aridification 14%
• Black Shale 14%
• Turonian 14%
• Trade Wind 14%
• Orbital Forcing 14%
• Marginal Sea 14%
• Ghana 14%
• Atlantic Ocean 14%
• Pleistocene 14%
• Central Africa 14%
• Carbon Cycle 14%
• Pyrolysis 14%
• Cote d'Ivoire 14%

INIS

• carbon 100%
• sedimentation 100%
• cretaceous period 100%
• deposition 41%
• africa 41%
• water 33%
• hydrocarbons 25%
• accumulation 25%
• upwelling 25%
• concentration 16%
• sea level 16%
• sediments 16%
• climates 16%
• oceans 16%
• preservation 16%
• carbonates 16%
• eocene epoch 16%
• organic matter 16%
• kerogen 16%
• guinea 16%
• sierra leone 16%
• origin 8%
• recovery 8%
• amplification 8%
• information 8%
• control 8%
• peaks 8%
• reduction 8%
• oils 8%
• resolution 8%
• rocks 8%
• fluctuations 8%
• coverings 8%
• seas 8%
• salinity 8%
• dissolution 8%
• chemistry 8%
• pyrolysis 8%
• nutrients 8%
• chalk 8%
• productivity 8%
• dilution 8%
• trade 8%
• shales 8%
• wind 8%
• margins 8%
• geochemistry 8%
• continental margin 8%
• atlantic ocean 8%
• diatomaceous earth 8%
• black shales 8%
• ghana 8%
• cote d'ivoire 8%
• carbon cycle 8%
• northern hemisphere 8%
• source rocks 8%