Carbon mass balance, isotopic tracers of biogenic methane, and therole of acetate in coal beds: Powder River Basin (USA)

Keyphrases

• Acetate 100%
• Isotope Tracers 100%
• Biogenic Methane 100%
• Coal Bed 100%
• Powder River Basin 100%
• Carbon Mass Balance 100%
• Methanogenesis 83%
• 13C-acetate 50%
• Na + 33%
• HCO3 33%
• Isotopic Fingerprint 33%
• C Isotopes 33%
• Coalbed Methane 33%
• Methanogenic Pathway 33%
• Deep Basin 33%
• Compound-specific 33%
• Coal Mine Water 33%
• Inconsistency 16%
• Methane 16%
• Dominant Role 16%
• Mass Balance 16%
• Fingerprinting Technique 16%
• Oxidation State 16%
• Wyoming 16%
• C Cycling 16%
• Hydrogenotrophic Methanogenesis 16%
• Interior Environment 16%
• Montana 16%
• Low Molecular Weight Compounds 16%
• Water Chemistry 16%
• Heterotrophic 16%
• CH4-CO2 16%
• Microbial Sulfate Reduction 16%
• Acetate Synthesis 16%
• Basin Formation 16%
• Synthesis Effect 16%
• High Alkalinity 16%
• Formation Water 16%
• H-isotopes 16%
• 13C-CH4 16%
• Shallow Basin 16%
• Complex View 16%
• Isotope Model 16%
• Isotope Modeling 16%
• Multi-isotope 16%
• Biogenic Gas 16%
• Powder River Basin Coal 16%
• Biogeochemical Pathways 16%
• Steady-state Mass-balance 16%
• Deep Coalbed 16%

Earth and Planetary Sciences

• United States of America 100%
• River Basin 100%
• Methane 100%
• Methanogenesis 85%
• Carbon Dioxide 57%
• Coalbed Methane 28%
• Low Molecular Weight 14%
• Wyoming 14%
• Montana 14%
• Basin Evolution 14%
• Geochemistry 14%
• Water Chemistry 14%
• Fractionation 14%
• Formation Water 14%
• Alkalinity 14%

Biochemistry, Genetics and Molecular Biology

• Methanogenesis 100%
• Steady State 16%
• Molecular Weight 16%
• Sulfate 16%
• Fractionation 16%
• Alkalinity 16%
• Gene Linkage 16%