Substrate availability and soil microbes drive temperature sensitivity of soil organic carbon mineralization to warming along an elevation gradient in subtropical Asia

Agriculture & Biology

• Actinobacteria 14%
• ambient temperature 10%
• bacteria 8%
• biomass 9%
• carbon 9%
• China 9%
• cis-trans isomers 18%
• dissolved organic carbon 19%
• fatty acids 30%
• forest soils 16%
• fungi 8%
• global warming 15%
• isomers 14%
• microbial biomass 16%
• microbial communities 28%
• microbial growth 16%
• microorganisms 9%
• mineralization 86%
• monounsaturated fatty acids 15%
• mountains 12%
• phospholipid fatty acids 36%
• soil 29%
• soil heating 21%
• soil microorganisms 96%
• soil organic carbon 100%
• soil sampling 12%
• subtropical soils 47%
• temperature 35%
• tropical forests 15%

Earth & Environmental Sciences

• Asia 71%
• bacterium 4%
• biomass 8%
• carbon 3%
• community composition 12%
• dissolved organic carbon 6%
• effect 3%
• environmental stress 7%
• experiment 2%
• experimental study 5%
• fatty acid 36%
• forest soil 6%
• fungus 5%
• global warming 5%
• incubation 5%
• indicator 4%
• isomer 14%
• laboratory 3%
• membrane 4%
• microbial community 11%
• microorganism 5%
• mineralization 65%
• mountain 4%
• organic carbon 68%
• phospholipid 14%
• respiration 12%
• soil 37%
• substrate 60%
• temperature 33%
• warming 68%