Active microbial communities facilitate carbon turnover in brine pools found in the deep Southeastern Mediterranean Sea

Keyphrases

• Microbial Community 100%
• Brine 100%
• Archaebacteria 100%
• Deep Sea 100%
• Active Microbial Community 100%
• Southeastern Mediterranean Sea 100%
• Brine Pool 100%
• Carbon Turnover 100%
• Adaptation 50%
• Metabolic 50%
• Molecular Mechanism 50%
• Macromolecules 50%
• Low Abundance 50%
• Vitamin B12 50%
• Sediment-water Interface 50%
• High Productivity 50%
• Ammonia 50%
• C 60 50%
• Sulfide 50%
• Sulfide Oxidation 50%
• Methane 50%
• Anaerobic Methane Oxidation 50%
• Metagenomics 50%
• Fermentation 50%
• Water Depth 50%
• Halomonas 50%
• Necromass 50%
• Autotrophy 50%
• Inorganic Sulfur 50%
• Multiple Variants 50%
• Autotroph 50%
• Chloroflexota 50%
• Sulfur Disproportionation 50%
• Sulfidic 50%
• Sulfurimonas 50%
• Metagenome-assembled Genomes 50%
• Productivity Rate 50%
• Genome Streamlining 50%
• Sulfide Quinone Reductase 50%
• Alcanivorax 50%
• Physicochemical Gradients 50%
• Chemosynthetic Ecosystem 50%

Immunology and Microbiology

• Lineages 100%
• Archaeon 100%
• Metagenome 50%
• Salinity 50%
• Metagenomics 50%
• Macromolecule 50%
• Anaerobic Metabolism 50%
• Halomonas 50%
• Autotrophy 50%
• Autotroph 50%
• Alcanivorax 50%