Cold seeps alter the near-bottom biogeochemistry in the ultraoligotrophic Southeastern Mediterranean Sea

Keyphrases

• Biogeochemistry 100%
• Near-bottom 100%
• Seeps 100%
• Cold Seep 100%
• Southeastern Mediterranean Sea 100%
• Seafloor 40%
• PH Value 20%
• Low pH 20%
• Ammonium Ion 20%
• Phosphate 20%
• Carbon Source 20%
• Suspended Particles 20%
• Amplicon Sequencing 20%
• Nitrite 20%
• Overlying Water 20%
• Control Location 20%
• Water Column 20%
• Nitrate 20%
• Seepage 20%
• Marine Environment 20%
• Trophic Network 20%
• Alkalinity 20%
• Oxygen Consumption Rate 20%
• CN Ratio 20%
• Particulate Organic Matter 20%
• PO43- 20%
• Incubation Experiment 20%
• Dissolved Inorganic Carbon 20%
• Methane Oxidation 20%
• Southeast Mediterranean 20%
• Nutrient Regime 20%
• Gas Seepage 20%
• Ultra-oligotrophic 20%
• Sphere of Influence 20%
• Sediment-water Interaction 20%
• Amplicon Metagenomics 20%
• Nutrient Distribution 20%
• Deep-sea Environment 20%
• Aerobic Methane-oxidizing Bacteria 20%
• Oligotrophic Region 20%
• Hydrocarbon Seepage 20%

Earth and Planetary Sciences

• Methane 100%
• Mediterranean Sea 100%
• Cold Seep 100%
• Biogeochemistry 100%
• Water Column 50%
• Marine Environment 50%
• Deep Sea 50%
• Deep Water 50%
• Particulate Organic Matter 50%
• Nitrite 50%
• Dissolved Inorganic Carbon 50%
• Gas Seepage 50%
• Carbon Dioxide 50%
• Alkalinity 50%
• Metagenomics 50%