Land use change from C3 grassland to C4 Miscanthus: effects on soil carbon content and estimated mitigation benefit after six years

Agriculture & Biology

• Miscanthus 100%
• soil carbon 93%
• land use change 93%
• soil organic carbon 87%
• grasslands 67%
• belowground biomass 21%
• arable soils 19%
• energy crops 19%
• carbon 16%
• grassland soils 12%
• land resources 11%
• total organic carbon 10%
• carbon sinks 10%
• carbon isotopes 10%
• Wales 10%
• fossil fuels 9%
• bioenergy 9%
• crops 9%
• stable isotopes 8%
• aboveground biomass 8%
• rhizosphere 7%
• planting 6%
• soil 4%

Earth & Environmental Sciences

• soil carbon 79%
• land use change 70%
• grassland 64%
• mitigation 59%
• organic carbon 59%
• soil 32%
• energy crop 22%
• belowground biomass 22%
• effect 18%
• carbon 14%
• crop 12%
• carbon isotope ratio 10%
• grassland soil 10%
• arable land 9%
• land 9%
• bioenergy 9%
• carbon stock 9%
• aboveground biomass 9%
• rhizosphere 8%
• planting 8%
• turnover 7%
• fossil fuel 7%
• substitution 7%
• stable isotope 7%
• partitioning 7%
• trial 6%
• resource 4%
• loss 4%

Engineering & Materials Science

• Organic carbon 96%
• Land use 93%
• Soils 60%
• Carbon 58%
• Crops 31%
• Biomass 19%
• Isotopes 8%
• Substitution reactions 6%
• Fossil fuels 6%