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.
Autorenporträt
Sekajugo John, MSc. Climate change and disaster management, BSc. Natural resource economics, Dip. Biomass energy technologies; Research Assistant, Busitema University.