Anoxic development of sapropel S1 in the Nile Fan inferred from redox sensitive proxies, Fe speciation, Fe and Mo isotopes

Keyphrases

• Sapropel S1 100%
• Fe Speciation 100%
• Sapropel 100%
• Fe Isotopes 100%
• Mo Isotopes 100%
• Redox-sensitive 100%
• Fe-Mo 100%
• Nile Fan 100%
• Pyrite 25%
• Reducing Conditions 16%
• 56Fe 16%
• Ferric Hydroxide 16%
• Sulphidic 16%
• Fe Shuttle 16%
• Water Bodies 8%
• Global Cooling 8%
• Well-defined 8%
• Eastern Mediterranean 8%
• Water Column 8%
• Insolation 8%
• Redox 8%
• Cruise 8%
• Nile 8%
• River Nile 8%
• Kinetically Controlled 8%
• Enrichment Factor 8%
• Pore Water 8%
• Isotopic Study 8%
• Thiomolybdate 8%
• Monsoon 8%
• Molybdate 8%
• Water Column Stratification 8%
• Nonconservative 8%
• Speciation Studies 8%
• Mediterranean Sapropels 8%
• Columns Condition 8%
• Oxide Minerals 8%
• Organic-rich Sediments 8%
• Microbial Sulfate Reduction 8%
• Ferroaluminum 8%
• Molybdenum Isotopes 8%
• MoEF 8%
• Redox History 8%
• Iron Isotopes 8%
• Shallow Water Depth 8%
• Cooling Event 8%
• Freshwater Output 8%
• Fe Mobilization 8%
• Redox Conditions 8%
• Fractionation Patterns 8%
• Geochemical Elements 8%
• Sediment Diagenesis 8%
• Redox Proxies 8%
• Trace Element Uptake 8%
• Reactive Fe 8%
• Suboxic Conditions 8%
• Global Sea Level Rise 8%
• Isotope Composition 8%

Earth and Planetary Sciences

• Sapropel 100%
• Fractionation 25%
• Water Column 12%
• Holocene 6%
• Water Body 6%
• Sea Level Rise 6%
• Trace Element 6%
• Water Depth 6%
• Porewater 6%
• Shallow Water 6%
• Diagenesis 6%
• Suboxic Condition 6%
• Molybdenum Isotopes 6%
• Iron Isotopes 6%
• Oxide Mineral 6%
• Redox Condition 6%