Combined application of biochar and slow-release fertilizer reduces methane emission but enhances rice yield by different mechanisms

Medicine & Life Sciences

• biochar 100%
• Biomass 5%
• Exudates and Transudates 5%
• Fertilizers 74%
• Greenhouse Gases 8%
• Methane 65%
• Methylococcaceae 9%
• Oryza 57%
• Plant Roots 7%
• Soil 15%
• Urea 13%

Agriculture & Biology

• agricultural soils 5%
• biochar 56%
• biogeochemistry 7%
• greenhouse gas emissions 5%
• methane 46%
• methane production 5%
• methanotrophs 6%
• paddy soils 6%
• rice 31%
• root exudates 5%
• slow-release fertilizers 61%
• straw 8%
• urea 11%

Earth & Environmental Sciences

• biochar 50%
• biogeochemistry 5%
• fertilizer 40%
• methane 36%
• methanogenesis 5%
• productivity 6%
• rice 41%
• straw 9%
• urea 14%