Phosphorus addition alters the response of soil organic carbon decomposition to nitrogen deposition in a subtropical forest

Medicine & Life Sciences

• Bacteria 3%
• Biomass 5%
• Carbon 82%
• Carbon Monoxide 4%
• China 3%
• Enzymes 5%
• Fatty Acids 3%
• Forests 100%
• Fungi 4%
• Hydrolysis 4%
• Microbiota 9%
• Nitrogen 82%
• Nutrients 3%
• Particle Size 4%
• Phospholipids 4%
• Phosphorus 88%
• Soil 90%
• Xylosidases 9%

Agriculture & Biology

• bacteria 3%
• bacterial biomass 9%
• carbon 4%
• China 4%
• degradation 50%
• enzyme activity 8%
• forest plantations 8%
• fungal biomass 8%
• hydrolysis 4%
• methodology 1%
• microbial biomass 7%
• microbial communities 12%
• microbial enzymes 8%
• nitrogen 48%
• nutrients 3%
• organic carbon 6%
• particle size 5%
• particulate organic carbon 10%
• phospholipid fatty acids 8%
• phosphorus 61%
• soil 13%
• soil fungi 7%
• soil organic carbon 95%
• tropical forests 88%

Earth & Environmental Sciences

• bacterium 2%
• biomass 2%
• carbon 2%
• decomposition 60%
• effect 2%
• enzyme activity 9%
• experiment 1%
• fatty acid 4%
• fungus 4%
• hydrolysis 4%
• incubation 3%
• method 1%
• microbial community 7%
• nitrogen 50%
• nutrient 3%
• organic carbon 64%
• particle size 3%
• particulate organic carbon 5%
• phospholipid 4%
• phosphorus 60%
• plantation 4%
• soil 35%