Functional microbial diversity explains groundwater chemistry in a pristine aquifer

Keyphrases

• Sulfate Reducers 100%
• Groundwater Chemistry 100%
• Iron Reducer 100%
• Functional Microbial Diversity 100%
• Pristine Aquifer 100%
• Aquifer 75%
• Anaerobic Methane Oxidation 75%
• Functional Groups 50%
• Microbial Community 50%
• Bacterial Community 50%
• Ferrous Iron 50%
• Groundwater 50%
• 16S rRNA Gene Sequencing 50%
• Geobacter 50%
• ANME-2d 50%
• In Situ 25%
• Deep Subsurface 25%
• Illinois 25%
• Comparative Analysis 25%
• Iron Oxide 25%
• Statistical Analysis 25%
• Relative Abundance 25%
• Dihydrogen 25%
• Methane 25%
• Clear Distinction 25%
• Archaeal 25%
• Archaebacteria 25%
• Community Structure 25%
• Sulfate Concentration 25%
• Multivariate Statistical Analysis 25%
• Methanogenesis 25%
• Aquifer Sediment 25%
• Sulfate Reduction 25%
• Microbial Population 25%
• Mutualism 25%
• Archaeal Community 25%
• Archaeal 16S rRNA Gene 25%
• Methanogens 25%
• Monitoring Well 25%
• Sulfate-reducing 25%
• Ferrous Sulfate 25%
• Desulfobulbus 25%
• Available Energy 25%
• High Sulfate 25%
• Iron-reducing Bacteria 25%
• Attached Community 25%
• Methanotrophs 25%
• Insoluble Substrate 25%
• Biogeochemical Reactions 25%

Immunology and Microbiology

• Microbial Diversity 100%
• Sulfate Reducer 100%
• Gene Sequence 66%
• Geobacter 66%
• Anaerobic Metabolism 66%
• Archaeon 33%
• Methanogenesis 33%
• Methanogen 33%
• Desulfobulbus 33%
• Desulfobacter 33%
• Methanotroph 33%