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Published byMalcolm Young Modified over 9 years ago
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Quesungual Slash and Mulch Agroforestry System (QSMAS)
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Soil water balance in the dry season in Lempira shows water deficit (marked in red and orange)
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Burning as a traditional system
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No burning No tillage Use of crop residues and soil cover Spot fertilization Quesungual Slash and Mulch Agroforestry System IMPLIES:
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SYSTEM BENEFITS TO PEOPLE: Production surplus Food security Improvement in the availability and quality of water Good source of firewood for domestic consumption SYSTEM BENEFITS TO PEOPLE: Production surplus Food security Improvement in the availability and quality of water Good source of firewood for domestic consumption
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SYSTEM BENEFITS TO COMMUNITIES: Two-fold increase in crop (maize, beans and sorghum) yields Diversification Profitability Linkages to market SYSTEM BENEFITS TO COMMUNITIES: Two-fold increase in crop (maize, beans and sorghum) yields Diversification Profitability Linkages to market
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SYSTEM BENEFITS TO FARMS: Resilience Productivity and sustainability SYSTEM BENEFITS TO FARMS: Resilience Productivity and sustainability
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SYSTEM BENEFITS TO LANDSCAPE: Improvement of water related services Maintenance or recovery of local biodiversity and populations Contribution to environmental quality through the reduction of: Soil losses Burning and cutting of forests Land degradation Emission of greenhouse gases SYSTEM BENEFITS TO LANDSCAPE: Improvement of water related services Maintenance or recovery of local biodiversity and populations Contribution to environmental quality through the reduction of: Soil losses Burning and cutting of forests Land degradation Emission of greenhouse gases
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CPWF Project PN15 “Quesungual slash and mulch agroforestry system: Improving crop water productivity, food security and resource quality in the sub-humid tropics” Institutional Partners: Consortium for the Integrated Management of Soils in Central America (MIS): INTA, Nicaragua UNA, Nicaragua ESNACIFOR, Honduras National University of Colombia FAO, Honduras CIAT-Nicaragua, Honduras y Colombia
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Soil losses in two production systems with (+F) and without (-F) fertilization compared with the fallow
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QSMAS reduces the emission of methane generating an environmental benefit Tiempo (días) Finca 1Finca 2Finca 3
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Validation of QSMAS in Nicaragua advanced beyond expected level mainly through dissemination mechanism of farmer-to-farmer
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