Bioenergy from cattle manure? Implications of anaerobic digestion and subsequent pyrolysis for carbon and nitrogen dynamics in soil

Agriculture & Biology

• anaerobic digestion 82%
• cattle manure 81%
• bioenergy 78%
• pyrolysis 78%
• biochar 67%
• animal manures 53%
• carbon 46%
• nitrogen 41%
• byproducts 39%
• soil 35%
• nitrous oxide 32%
• sandy soils 30%
• loess soils 22%
• nitrous oxide production 19%
• isotope labeling 19%
• soil minerals 18%
• loess 17%
• greenhouse gas emissions 15%
• ecosystem services 15%
• mineralization 14%
• soil fertility 13%
• bioactive properties 12%
• minerals 10%

Earth & Environmental Sciences

• bioenergy 78%
• cattle 71%
• anaerobic digestion 70%
• manure 68%
• pyrolysis 63%
• byproduct 51%
• biochar 50%
• nitrogen 42%
• carbon 40%
• soil 30%
• sandy soil 24%
• loess 22%
• mineral 13%
• soil fertility 12%
• biological activity 12%
• nitrous oxide 12%
• labeling 11%
• respiration 10%
• greenhouse gas emissions 10%
• incubation 9%
• mineralization 8%
• isotope 8%
• laboratory 6%
• loss 6%

Engineering & Materials Science

• Manures 100%
• Anaerobic digestion 92%
• Pyrolysis 66%
• Nitrogen 65%
• Soils 55%
• Carbon 53%
• Byproducts 40%
• Minerals 15%
• Bioactivity 10%
• Isotopes 9%
• Gas emissions 8%
• Greenhouse gases 7%
• Labeling 7%
• Oxides 6%