Elucidation of the rhizosphere microbiome linked to Spartina alterniflora phenotype in a salt marsh on Skidaway Island, Georgia, USA

Medicine & Life Sciences

• Rhizosphere 100%
• Wetlands 90%
• Islands 69%
• Microbiota 63%
• Salts 56%
• Phenotype 38%
• Ecosystem 17%
• Methanomicrobiaceae 15%
• Mycobiome 13%
• Microbial Interactions 12%
• Sulfur 9%
• Population 9%
• Efficiency 8%
• Cues 6%
• Iron 6%
• Bacteria 5%

Agriculture & Biology

• Spartina alterniflora 85%
• salt marshes 73%
• microbiome 62%
• rhizosphere 56%
• phenotype 42%
• zeta-Proteobacteria 16%
• Methanomicrobia 15%
• methanogens 9%
• fungal communities 9%
• indicator species 8%
• bacterial communities 8%
• microbial communities 7%
• chemistry 7%
• sulfur 6%
• coasts 6%
• ecosystems 6%
• oxidation 5%
• iron 5%
• microorganisms 5%
• habitats 4%
• bacteria 4%

Earth & Environmental Sciences

• phenotype 69%
• saltmarsh 68%
• rhizosphere 65%
• oxidation-reduction 9%
• microbial community 6%
• sulfur 6%
• productivity 5%
• iron 5%
• bacterium 5%
• habitat 4%
• coast 4%
• indicator 4%
• ecosystem 4%
• comparison 3%
• effect 1%