Microbiology and geochemistry of great boiling and mud hot springs in the United States Great Basin

Keyphrases

• United States 100%
• Microbiology 100%
• Archaeal 100%
• Great Basin 100%
• Species Level 50%
• Water Chemistry 50%
• 16S rRNA Gene 50%
• Chloroflexi 50%
• Thermus 50%
• Energy Calculation 50%
• Primary Production 50%
• Oxidized Nitrogen 50%
• Mineralogy 50%
• Ammonia Oxidation 50%
• Water-sediment System 50%
• Long Residence Times 50%
• Gibbs Free Energy Minimization 50%
• Aerobic Metabolism 50%
• Short Residence Time 50%
• Nitrogen Species 50%
• Bacterial 16S rRNA Gene 50%
• Candidatus 50%
• Crenarchaeota 50%
• Sediment Mineralogy 50%
• Candidate Phyla 50%
• Sediment Microbial Community 50%
• Inorganic Electron Donor 50%
• Thermotoga 50%
• Reduced Chemistry 50%
• Chemoorganotroph 50%
• Surface Sediments 50%

Immunology and Microbiology

• Microbiology 100%
• Retention Time 100%
• Phylum 100%
• Crenarchaeota 100%
• Aerobic Metabolism 50%
• Chloroflexi 50%
• Thermus 50%
• Thermotoga 50%

Agricultural and Biological Sciences

• Hot Springs 100%
• Boiling 100%
• Geochemistry 100%
• Phylotype 100%
• Spring 50%
• Crenarchaeota 33%
• Microbial Community 16%
• Thermus 16%
• Primary Production 16%
• Chloroflexi 16%
• Thermotoga 16%