Soil Organic Carbon Significantly Increases When Perennial Biomass Plantations Are Reverted Back to Annual Arable Crops

Earth and Planetary Sciences

• Soil Organic Carbon 100%
• Biomass 46%
• Cultivation 13%
• Plantation 13%
• Soil 13%
• Carbon Sequestration 13%
• Marginal Land 6%
• Reed 6%
• Carbon Dioxide Emission 6%
• Model 6%
• Whirl 6%
• Rate 6%
• Species 6%
• Grass 6%
• Coppice 6%
• Trajectory 3%
• Greenhouse Gas Emission 3%
• Climate Change 3%
• Agricultural Production 3%
• Agricultural Practice 3%
• Humification 3%
• Mitigation 3%
• Sequestration 3%
• Rhizome 3%
• Belowground Biomass 3%
• Knowledge 3%
• Investigation 3%
• Carbon 3%
• Project 3%
• Trial 3%
• Economy 3%
• Increasing 3%
• Difference 3%
• Average 3%
• Month 3%
• Cycle 3%

Agricultural and Biological Sciences

• Perennials 46%
• Crop Biomass 40%
• Miscanthus 10%
• Robinia pseudoacacia 10%
• Switchgrass 6%
• Simulation Mode 6%
• Crops 6%
• Annuals 6%
• Land 6%
• Grasses 6%
• Climate Change 3%
• Biomass 3%
• Arundo Donax 3%
• Stumps 3%
• Rhizome 3%
• Populus 3%
• Humification 3%
• Salix 3%
• Feedstock 3%
• Biomass Production 3%
• Populus nigra 3%
• Belowground Biomass 3%
• Panicum virgatum 3%
• Knowledge 3%
• Roots 3%