Sugarcane Carbon Sequestration Potential under CDM - Sekajugo, John;Isabirye, Moses;Raju, D. V. N.
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Agricultural soils represent a potentially significant low cost sink for carbon dioxide with multiple potential co-benefits to farm productivity and profitability.Since agricultural soils can store more carbon, a modest increase in carbon stocks across the large land areas used for agriculture would represent a significant GHG mitigation. Sugarcane accompanied with good farming practices has the potential to sequester considerable amounts of carbon and so contribute to climate change mitigation.

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Produktbeschreibung
Agricultural soils represent a potentially significant low cost sink for carbon dioxide with multiple potential co-benefits to farm productivity and profitability.Since agricultural soils can store more carbon, a modest increase in carbon stocks across the large land areas used for agriculture would represent a significant GHG mitigation. Sugarcane accompanied with good farming practices has the potential to sequester considerable amounts of carbon and so contribute to climate change mitigation.
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Autorenporträt
Sekajugo John, MSc. Climate change and disaster management, BSc. Natural resource economics, Dip. Biomass energy technologies; Research Assistant, Busitema University.