Impacts of maize hybrids with different nitrogen use efficiency on root-associated microbiota based on distinct rhizosphere soil metabolites

Medicine & Life Sciences

• Rhizosphere 100%
• Zea mays 79%
• Soil 69%
• Microbiota 63%
• Nitrogen 63%
• Denitrification 11%
• Breeding 8%
• Nutrients 6%
• Genotype 5%
• Growth 3%

Agriculture & Biology

• nutrient use efficiency 71%
• microbiome 62%
• rhizosphere 56%
• metabolites 42%
• corn 39%
• soil 32%
• plant nitrogen content 8%
• denitrification 8%
• plant growth-promoting rhizobacteria 8%
• biogeochemical cycles 7%
• soil nutrients 7%
• breeding 4%
• nutrients 4%
• genotype 4%
• crops 3%

Earth & Environmental Sciences

• rhizosphere 65%
• metabolite 57%
• maize 56%
• nitrogen 38%
• soil 27%
• rhizobacterium 9%
• nutrient cycling 7%
• genotype 7%
• soil nutrient 7%
• breeding 7%
• denitrification 6%
• crop 5%
• productivity 4%
• nutrient 4%