Soil CO2–C flux and carbon storage in the dry tropics: Impact of land-use change involving bioenergy crop plantation

Agriculture & Biology

• dry tropics 100%
• land use change 78%
• carbon sequestration 75%
• energy crops 73%
• plantations 55%
• soil aggregates 50%
• soil organic carbon 44%
• microbial biomass 35%
• soil 33%
• agroecosystems 14%
• forest land 8%
• soil productivity 8%
• alternative fuels 8%
• Jatropha curcas 7%
• fossil fuels 7%
• land use 6%
• feedstocks 6%
• climate change 5%

Earth & Environmental Sciences

• bioenergy 72%
• carbon storage 70%
• tropics 60%
• plantation 59%
• land use change 59%
• crop 47%
• soil 27%
• organic carbon 17%
• macroaggregate 15%
• soil aggregate 13%
• productivity 13%
• biomass 9%
• agricultural ecosystem 8%
• natural forest 8%
• trend 5%
• belowground biomass 5%
• aggregate size 4%
• fossil fuel 3%
• substitution 3%
• global climate 3%
• mitigation 2%
• land use 2%
• climate change 2%
• land 2%

Engineering & Materials Science

• Tropics 99%
• Land use 78%
• Crops 72%
• Fluxes 52%
• Soils 51%
• Carbon 49%
• Organic carbon 29%
• Biomass 14%
• Productivity 13%
• Climate change 3%
• Substitution reactions 3%
• Fossil fuels 3%