Control of variability of primary grain assemblages on the stratigraphic differences in diagenetic processes and products in organic-rich sediments

Keyphrases

• Shale 100%
• Diagenetic Processes 100%
• Diagenetic Products 100%
• Organic-rich Sediments 100%
• Grain Assemblages 100%
• Primary Grains 100%
• Cyst 40%
• Acidity 40%
• Whitehill Formation 40%
• Recrystallized 40%
• Mineralogical System 40%
• Radiolarians 40%
• Tasmanites 40%
• Interstitial Pores 40%
• South Africa 20%
• Lamin 20%
• Compaction 20%
• Carbon Isotopes 20%
• Silica 20%
• Clay Minerals 20%
• Black Shale 20%
• Pore Water 20%
• Geochemical Studies 20%
• Diagenesis 20%
• Sulfate Reduction 20%
• High-resolution 20%
• Dolomite 20%
• Primary Production 20%
• Vitrinite Reflectance 20%
• Aluminosilicate 20%
• Detrital Minerals 20%
• Systematic Variation 20%
• Organic Oxidation 20%
• Carbonate Cement 20%
• Chlorite 20%
• Mica 20%
• Mineral Grain 20%
• Acid Consumption 20%
• Organic Matter Content 20%
• Diagenetic Reactions 20%
• Macerals 20%
• Bulk Properties 20%
• Pore Space 20%
• Rock Properties 20%
• Prospectivity 20%
• System Properties 20%
• Gas Reservoir 20%
• Unconventional Reservoirs 20%
• Framboidal Pyrite 20%
• Amorphous Organic Matter 20%
• Methanogenic Archaea 20%
• Oil-type Gas 20%
• Bicarbonate Alkalinity 20%
• High Organic Content 20%
• Calcium Carbonate 20%
• Metabolic Pathways 20%
• Early Diagenetic 20%
• Petrographic Data 20%
• Bacterial Pathways 20%
• Submillimeter Scale 20%
• Opalines 20%
• Stratigraphic Variability 20%

Earth and Planetary Sciences

• Organic Matter 100%
• Radiolaria 100%
• Carbon 50%
• Black Shale 50%
• Porewater 50%
• Diagenesis 50%
• Detritus 50%
• Primary Production 50%
• Vitrinite Reflectance 50%
• Aluminosilicate 50%
• Calcite 50%
• Maceral 50%
• Pore Space 50%
• Gas Reservoir 50%
• Republic of South Africa 50%
• Dolomite 50%
• Clay Mineral 50%
• Alkalinity 50%
• Iron Ore 50%
• Detrital Mineral 50%
• Unconventional Reservoir 50%
• Metabolism 50%
• Rock 50%