Microbial and chemical characterization of underwater fresh water springs in the dead sea

Keyphrases

• Chemical Characterization 100%
• Dead Sea 100%
• Freshwater 100%
• Water Springs 100%
• Microbial Characterization 100%
• Microbial Community 50%
• Biofilm 33%
• Microorganisms 16%
• Low Density 16%
• Tight 16%
• Water Sources 16%
• Organic Matter 16%
• Cyanobacteria 16%
• Archaebacteria 16%
• Energetic Resources 16%
• 16S rRNA Gene 16%
• Microbial Activity 16%
• Nitrogen Phosphorus 16%
• Brackish Water 16%
• Pore Water 16%
• Sulfate Reducers 16%
• Sulfide Oxidation 16%
• Red Sea 16%
• Aquifer 16%
• Pyrosequencing 16%
• Hypersaline Environments 16%
• Archaeal Community 16%
• Seafloor 16%
• Water Chemistry 16%
• Fingerprinting Technique 16%
• Nitrifiers 16%
• Community Fingerprinting 16%
• Lake Water 16%
• Hyperspectral Image Analysis 16%
• Iron Reducer 16%
• Sea Sediment 16%
• Photoautotrophy 16%
• Mg Concentration 16%
• Green Sulfur Bacteria 16%
• Extreme Salinity 16%
• 16S rRNA Community 16%
• Hydrochemical Environment 16%
• Biogeochemical Pathways 16%
• Iron Oxidizers 16%
• Nutrient Needs 16%

Immunology and Microbiology

• Biofilm 100%
• Pyrosequencing 50%
• Microbial Activity 50%
• Dilution 50%
• Archaeon 50%
• RNA Gene 50%
• Sulfate Reducer 50%
• Energy Transfer 50%
• Cyanobacteria 50%
• Salinity 50%
• Iron Oxidizer 50%
• Chlorobi 50%
• Phototrophy 50%
• Microorganism 50%

Earth and Planetary Sciences

• Microbial Community 100%
• Biofilm 66%
• Iron 66%
• Surface Water 33%
• Salinity 33%
• Dilution 33%
• Organic Matter 33%
• Oxidizer 33%
• Brackish Water 33%
• Porewater 33%
• Sulphate Reducer 33%
• Red Sea 33%
• Microbial Activity 33%
• Hypersaline Environment 33%
• Sea Bed 33%
• Water Chemistry 33%
• Sulfide 33%