Phylogenetic and multivariate analyses to determine the effects of different tillage and residue management practices on soil bacterial communities

Medicine & Life Sciences

• Practice Management 94%
• Soil 85%
• Methylosinus 57%
• Multivariate Analysis 56%
• Methylococcaceae 52%
• Burkholderiales 51%
• Zea mays 32%
• Triticum 31%
• Pseudomonas 29%
• Ecosystem 29%
• Human Activities 26%

Earth & Environmental Sciences

• zero tillage 100%
• tillage 82%
• management practice 71%
• phylogenetics 65%
• soil 33%
• crop residue 24%
• agricultural practice 21%
• effect 18%
• multivariate analysis 10%
• wheat 8%
• maize 8%
• organic compound 8%
• preserve 8%
• trial 7%
• environmental conditions 7%
• human activity 7%
• methane 7%
• bacterium 6%
• ecosystem 5%
• removal 5%
• analysis 2%

Agriculture & Biology

• soil bacteria 87%
• no-tillage 78%
• tillage 75%
• phylogeny 44%
• conventional tillage 21%
• crop residues 21%
• Methylosinus 17%
• Burkholderiales 16%
• Rhizobiales 15%
• methanotrophs 13%
• reduced tillage 12%
• organic compounds 10%
• bacterial communities 10%
• multivariate analysis 9%
• preserves 9%
• Pseudomonas 9%
• field experimentation 8%
• ecosystems 7%
• wheat 6%
• environmental factors 6%
• corn 6%
• soil 4%