Changing land use reduces soil CH₄ uptake by altering biomass and activity but not composition of high-affinity methanotrophs

Agriculture & Biology

• methanotrophs 100%
• methane 69%
• land use 69%
• uptake mechanisms 47%
• biomass 43%
• grasslands 41%
• afforestation 40%
• soil 35%
• phospholipid fatty acids 29%
• ecosystems 17%
• woody biomass 10%
• site preparation 9%
• carbon sinks 9%
• Siberia 9%
• greenhouse gases 9%
• plowing 9%
• forest soils 9%
• nitrous oxide 9%
• forest ecosystems 8%
• tree growth 8%
• cells 7%
• highlands 7%
• carbon dioxide 6%
• oxidation 5%
• carbon 5%
• environmental factors 5%
• bacteria 4%

Earth & Environmental Sciences

• grassland 58%
• afforestation 53%
• land use 47%
• biomass 43%
• phospholipid 38%
• fatty acid 32%
• soil 30%
• labeling 24%
• cell 22%
• ecosystem 20%
• incubation 19%
• incorporation 19%
• site preparation 16%
• plowing 14%
• atmosphere 13%
• carbon 13%
• laboratory 12%
• nitrous oxide 12%
• forest soil 11%
• forest ecosystem 11%
• greenhouse gas 10%
• environmental conditions 9%
• methane 9%
• effect 8%
• oxidation 7%
• bacterium 7%
• experiment 4%
• rate 3%

Chemical Compounds

• Ecosystem 63%
• Soil 60%
• Phospholipid 44%
• Fatty Acid 43%
• Greenhouse Gas 23%
• Carbon Atom 16%
• Methane 14%
• Reduction 8%
• Oxidation Reaction 7%
• Time 6%