Artificial macropores and water management effects on reduction of greenhouse gas emissions from rice paddy fields

Earth & Environmental Sciences

• macropore 87%
• paddy field 81%
• greenhouse gas emissions 67%
• rice 66%
• water management 66%
• drainage 56%
• effect 17%
• redox potential 15%
• soil column 15%
• soil structure 15%
• soil 14%
• soil water 11%
• nutrient loss 8%
• clay soil 7%
• tillage 7%
• compost 7%
• soil temperature 6%
• swelling 6%
• soil profile 6%
• leakage 6%
• manganese 6%
• global warming 5%
• infiltration 5%
• flooding 5%
• water content 5%
• hydrodynamics 5%
• leaching 5%
• agriculture 4%
• iron 4%
• rate 4%
• nitrogen 4%
• atmosphere 4%
• world 3%
• carbon 3%
• mineral 3%
• gas 3%
• experiment 2%
• parameter 2%

Engineering & Materials Science

• Water management 100%
• Gas emissions 78%
• Greenhouse gases 77%
• Drainage 69%
• Soils 60%
• Greenhouses 35%
• Oxidation-Reduction 15%
• Nutrients 7%
• Leaching 7%
• Manganese 6%
• Infiltration 6%
• Global warming 6%
• Swelling 6%
• Agriculture 6%
• Water content 6%
• Minerals 5%
• Clay 5%
• Nitrogen 5%
• Iron 5%
• Hydrodynamics 5%
• Carbon 4%
• Gases 3%
• Temperature 2%
• Experiments 2%

Chemical Compounds

• Soil 64%
• Reduction 34%
• Column Like Crystal 19%
• Macro Porosity 12%
• Tillage 12%
• Redox Potential 12%
• Soil Structure 11%
• Compost 8%
• Nutrient 6%
• Hydrodynamics 6%
• Leaching 5%
• Mineral 5%
• Nitrogen 3%
• Porosity 3%
• Gas 3%
• Carbon Atom 2%
• Amount 2%
• Application 2%