Glacial runoff promotes deep burial of sulfur cycling-associated microorganisms in marine sediments

INIS

• sediments 100%
• glaciers 58%
• communities 35%
• depth 23%
• surfaces 23%
• sulfur 23%
• data 11%
• biogeochemistry 11%
• abundance 11%
• runoff 11%
• layers 5%
• energy 5%
• control 5%
• accumulation 5%
• reduction 5%
• genes 5%
• meters 5%
• greenland 5%
• mineralization 5%
• hot spots 5%
• sulfates 5%
• microorganisms 5%
• organic matter 5%
• sedimentation 5%
• sulfites 5%
• reductases 5%
• biosphere 5%

Earth and Planetary Sciences

• Sediment 70%
• Glacier 58%
• Microbial Community 23%
• Depth 23%
• Station 17%
• Marine Sediment 11%
• Runoff 11%
• Datum 11%
• Rate 11%
• Biogeochemistry 11%
• Contrast 11%
• Abundance 11%
• Organic Matter 5%
• Sediment Core 5%
• Persistence 5%
• Mineralization 5%
• Micro-Organism 5%
• Fjord 5%
• Sulphur 5%
• Hot Spot 5%
• Community Composition 5%
• Sedimentation Rate 5%
• Biosphere 5%
• Measuring Instrument 5%
• Young 5%
• Gene 5%
• Region 5%
• State 5%
• Outlet 5%
• Fraction 5%
• Accumulation 5%
• Difference 5%
• Ratio 5%
• Greenland 5%
• Sulfite 5%

Immunology and Microbiology

• Age 35%
• Surface Property 23%
• Taxon 17%
• Biogeochemistry 11%
• Contrast 11%
• Mineralization 5%
• Microorganism 5%
• RNA Gene 5%
• Amplicon 5%
• Chloroflexi 5%
• Reduction (Chemistry) 5%
• Energy 5%
• Cycling 5%
• Sedimentation Rate 5%
• Desulfobacteraceae 5%