Response of archaeal communities in the rhizosphere of maize and soybean to elevated atmospheric CO₂ concentrations

Keyphrases

• Elevated CO2 100%
• Maize 100%
• Rhizosphere 100%
• Archaeal Community 100%
• Archaeal 50%
• Archaebacteria 50%
• Potential Ammonia Oxidation Rate 50%
• AmoA Gene 50%
• Nitrite 33%
• Copy number 33%
• Bacterial 16S rRNA Gene 33%
• Community Composition 33%
• Soil Ammonium 33%
• Photosynthesis 16%
• Quantitative PCR 16%
• Treatment Effect 16%
• Soil Samples 16%
• Relative Abundance 16%
• Nitrite Level 16%
• Atmospheric CO2 Concentration 16%
• Carbon Cycle 16%
• Ammonium Concentration 16%
• Ambient CO2 16%
• C4 Plants 16%
• Drought 16%
• Nitrogen Cycle 16%
• Absolute Abundance 16%
• Soil Archaeal Communities 16%
• Ammonia Oxidation 16%
• Field-based Studies 16%
• Archaeal 16S rRNA Gene 16%
• Soil Biogeochemical Cycles 16%
• Low Soil pH 16%
• C3 Plants 16%
• Gene Phylogeny 16%
• Rhizosphere Soil 16%

Biochemistry, Genetics and Molecular Biology

• Alpha Oxidation 100%
• Archaeon 75%
• 16S Ribosomal RNA 75%
• Archaeal Gene 50%
• Photosystem 25%
• Phylogeny 25%
• Real-Time Polymerase Chain Reaction 25%
• Carbon Cycle 25%
• Nitrogen Cycle 25%
• C3 Plant 25%
• C4 Plant 25%

Immunology and Microbiology

• Archaeon 100%
• Archaeal Gene 66%
• Photosynthesis 33%
• Phylogeny 33%
• Real-Time Polymerase Chain Reaction 33%
• C3 Plant 33%
• Nitrogen Cycle 33%
• Carbon Cycle 33%
• C4 Plant 33%