Long-term residue removal under tillage decreases amoA-nitrifiers and stimulates nirS-denitrifier groups in the soil

Keyphrases

• Agroecosystem 20%
• Ammonia Oxidation 100%
• Ammonia-oxidizing Bacteria 20%
• Animal Use 20%
• Archaebacteria 20%
• Bioenergy Use 20%
• Chisel Tillage 20%
• Continuous Corn 40%
• Critical Enzymes 20%
• Crop Residues 40%
• Denitrification 40%
• Denitrifiers 20%
• Ecosystem Services 20%
• Functional Genes 20%
• Fungi 20%
• Gene Abundance 20%
• Gene Screening 20%
• Impact on Ecosystems 20%
• Management Challenges 20%
• Microbial N 20%
• Microbial N Cycle 40%
• Microbial nutrient Cycling 20%
• N Cycling 20%
• N2 Fixation 20%
• NifH 20%
• Nir-denitrifiers 100%
• NirK 20%
• NirS Gene 20%
• Nitrification 100%
• Nitrifier 20%
• Nitrifiers 100%
• Nitrite Reduction 20%
• Nitrous Oxide Reduction 20%
• No-till 60%
• NosZ 20%
• Phylogenetic Groups 40%
• Quantitative PCR 20%
• Relative Abundance 20%
• Residue Management 20%
• Residue Removal 100%
• Resilient 20%
• Soil Environment 20%
• Soil Health 20%
• Soil Microbial Community 20%
• Soil Organic Matter 20%
• Soil Properties 40%
• Soil Surface 20%
• Strong Correlation 20%
• Targeted Gene 20%
• Tillage 100%
• Tillage Options 20%
• Water-stable Aggregates 20%
• Zea Mays 20%

Biochemistry, Genetics and Molecular Biology

• Alpha Oxidation 100%
• Ammonia Oxidizing Bacterium 33%
• Archaeon 33%
• Bioenergy 33%
• Crop 66%
• Denitrification 66%
• Enzyme 33%
• Nitrification 100%
• Nitrous Oxide 33%
• Phylogeny 66%
• Real-Time Polymerase Chain Reaction 33%
• Soil Microflora 33%
• Surface Property 33%
• Zea 33%

Immunology and Microbiology

• Ammonia Oxidizing Bacterium 33%
• Archaeon 33%
• Bioenergy 33%
• Crop 66%
• Denitrification 66%
• Nitrification 100%
• Phylogeny 66%
• Real-Time Polymerase Chain Reaction 33%
• Soil Microflora 33%
• Surface Property 33%
• Zea 33%