Global drivers of methane oxidation and denitrifying gene distribution in drylands

Agriculture & Biology

• arid lands 100%
• methane 90%
• community structure 72%
• oxidation 68%
• ecosystems 34%
• soil microorganisms 33%
• dry environmental conditions 33%
• genes 32%
• soil 31%
• sand 26%
• Methylococcus capsulatus 25%
• climate 24%
• rain 24%
• structural equation modeling 21%
• methanotrophs 21%
• microorganisms 20%
• denitrification 18%
• nitrous oxide 17%
• soil organic carbon 17%
• bacteria 17%
• bacterial communities 15%
• soil properties 15%
• climate change 12%
• texture 12%
• temperature 12%
• organisms 8%
• methodology 4%

Earth & Environmental Sciences

• gene 70%
• methane 70%
• community structure 65%
• oxidation 60%
• soil microorganism 36%
• aridity 34%
• distribution 33%
• soil 32%
• seasonality 28%
• microorganism 23%
• bacterium 19%
• rainfall 19%
• sand 18%
• ecosystem 18%
• climate 16%
• biome 16%
• nitrous oxide 15%
• field survey 14%
• denitrification 13%
• soil property 13%
• organic carbon 11%
• texture 11%
• temperature 11%
• organism 10%
• climate change 9%
• modeling 6%
• effect 3%
• method 3%