Genetic variation in tree leaf chemistry predicts the abundance and activity of autotrophic soil microorganisms

Agriculture & Biology

• soil microorganisms 89%
• proanthocyanidins 88%
• chemistry 74%
• nitrification 73%
• ammonia 69%
• genetic variation 51%
• oxidants 40%
• leaves 36%
• soil 31%
• ecosystems 31%
• phenotype 27%
• plant biochemistry 25%
• autotrophs 23%
• Archaea 21%
• total nitrogen 20%
• Populus 20%
• soil pH 20%
• linkage (genetics) 18%
• hybridization 16%
• photosynthesis 15%
• microorganisms 13%
• carbon 13%
• nitrogen 11%
• bacteria 11%

Earth & Environmental Sciences

• genetic variation 100%
• soil microorganism 98%
• tannin 88%
• ammonia 52%
• nitrification 45%
• phenotype 35%
• soil 35%
• nitrogen 19%
• ecosystem process 18%
• photosynthesis 15%
• microorganism 12%
• rate 10%
• bacterium 10%
• ecosystem 9%
• carbon 9%
• index 8%
• effect 7%