Increases in soil organic carbon sequestration can reduce the global warming potential of long-term liming to permanent grassland

Agriculture & Biology

• global warming potential 100%
• permanent grasslands 95%
• liming 86%
• carbon sequestration 82%
• soil organic carbon 80%
• soil 30%
• mineral soils 25%
• ecosystems 15%
• biological activity in soil 14%
• soil respiration 12%
• greenhouse gas emissions 11%
• global warming 10%
• carbon nitrogen ratio 10%
• soil pH 9%
• long term effects 9%
• hay 9%
• nitrogen fertilizers 9%
• magnesium 8%
• minerals 7%
• grasses 7%
• calcium 6%
• testing 3%

Earth & Environmental Sciences

• liming 88%
• carbon sequestration 65%
• global warming 60%
• grassland 58%
• organic carbon 55%
• soil 30%
• mineral 10%
• hay 8%
• ecosystem 7%
• soil respiration 7%
• long-term effect 6%
• biological activity 6%
• acidity 6%
• respiration 5%
• greenhouse gas emissions 5%
• magnesium 5%
• fertilizer 5%
• grass 5%
• incorporation 5%
• mitigation 5%
• calcium 4%
• productivity 4%
• rate 4%
• nitrogen 3%
• material 2%
• experiment 2%

Chemistry

• Organic Carbon 77%
• Soil 60%
• Soil Respiration 13%
• Nitrogen Fertilizer 11%
• Bioactivity 4%
• Time 4%
• Application 4%
• Reaction Yield 2%