Does soil aging affect the N₂O mitigation potential of biochar? A combined microcosm and field study

Earth & Environmental Sciences

• biochar 61%
• microcosm 60%
• field study 50%
• mitigation 44%
• soil 24%
• pore space 12%
• field experiment 10%
• soil amendment 6%
• nitrogen 6%
• polymerase chain reaction 6%
• climate change mitigation 6%
• long-term effect 6%
• soil fertility 6%
• nitrous oxide 5%
• biogas 5%
• bulk density 5%
• aeration 5%
• nitrite 5%
• pyrolysis 5%
• greenhouse gas emissions 5%
• marker 4%
• DNA 4%
• trial 4%
• gene 4%
• bacterium 3%
• biomass 3%
• water 3%
• laboratory 3%

Agriculture & Biology

• soil weathering 100%
• biochar 69%
• nitrous oxide 66%
• Helianthus annuus 11%
• soil 8%
• soil minerals 7%
• nitrogen 6%
• edaphic factors 6%
• greenhouse gas emissions 6%
• pyrolysis 6%
• Archaea 6%
• Fagus 6%
• aeration 5%
• nitrites 5%
• bulk density 5%
• long term effects 5%
• soil fertility 5%
• field experimentation 5%
• climate change 4%
• water 4%
• quantitative polymerase chain reaction 4%
• genetic markers 4%
• biomass 3%
• bacteria 3%
• DNA 2%

Engineering & Materials Science

• Aging of materials 46%
• Soils 45%
• Nitrogen 15%
• Wood 15%
• Experiments 14%
• Polymerase chain reaction 12%
• Biogas 9%
• Bacteria 9%
• Climate change 9%
• Water 8%
• DNA 8%
• Gas emissions 8%
• Greenhouse gases 8%
• Minerals 8%
• Genes 7%
• Pyrolysis 7%
• Oxides 7%