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Evaluation reportTerminal evaluation of the project “Integrating climate resilience into agricultural and agropastoral production systems through soil fertility management in key productive and vulnerable areas using the Farmer Field School approach”
Project code: GCP/ANG/050/LDF - GEF ID 5432
2024Also available in:
No results found.In Angola available projections agree that smallholder farmers would have severe impacts from climate change given the rainfall dependence of most staple crops, combined with unsustainable agricultural practices and prevalent soil erosion. This report presents the results of the evaluation of the IRCEA project which was implemented to strengthen the climate resilience of agropastoral systems in vulnerable areas of Bié, Huambo, Malanje and Huíla provinces. The project was relevant to the resilience of target beneficiaries and to the government's priority needs. Its effectiveness and efficiency were moderately satisfactory due to several factors highlighted in the report. Though the project sustainability was moderately unlikely, the project created positive environmental and social effects and satisfactorily integrated and empowered women FFS members. The report provides recommendations to FAO on the support it should provide to the government to ensure better integration of the FFS model and CCA/SLM tools in future similar projects and to ensure the management of several project performance factors. -
FactsheetFormulation and Review of Fully-Fledged Project Document for "Strengthening Climate Resilience of Vulnerable Agriculture Livelihoods in Iraq's Rural Communities" Project - TCP/IRQ/3803 2024
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No results found.Iraq has experienced significant and interconnected political, economic, environmental and security challenges over the past few years, and the effects of climate change are exacerbating the situation. Increased temperatures, outdated irrigation infrastructures, droughts, energy shortage, the lack of skills of both farmers and extension officers and an incomplete policy and strategic framework were the main constraints to climate change adaptation in Iraq, especially, in the farming communities of the central and southern plains. In addition, given that about 25 percent of the target areas’ population is employed in agriculture and produce around 40 percent of the country’s rice, working to stabilize the water supply would contribute to ensure food security and social stability in the country. This project aimed to support Iraq national institutions to develop a full Green Climate Fund (GCF) project to enhance climate resilience of rural livelihoods through climate-adaptive technologies and good farming practices that will stabilize water availability in the governorates of Karbala, Muthanna and Najaf. Through its main output, the drafting of a full funding proposal (FFP), the project aimed to mobilize significant financial resources that will improve the most vulnerable population livelihoods (around 650 000 individuals, among which 321 000 are women). The drafting of the GCF sought to closely engage government entities, researchers and agricultural extension officers, and looked to reach at least 1.9 million farmers to foster their cropping systems under improved institutional arrangements and climate-smart agriculture methodologies and use of land. -
FactsheetEnhancing Sustainable, Productive and Climate-Change Resilient Agricultural and Rural Systems of Urmia Lake Basin - GCP/IRA/066/JPN 2023
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No results found.The Islamic Republic of Iran is experiencing a severe escalation of water scarcity, due to key drivers such as demographic growth, the tendency to increase food self-sufficiency, urbanization expansion, energy demand, and overall socio-economic development. This is further compounded by the negative impacts of climate change and the considerable degradation of water quality. In this context, Urmia Lake Basin (ULB), a vast hypersaline lake in the northwest of the country, has faced intense pressures over the last three decades and is in a state of ecological crisis, with major impacts on its biodiversity and socio-economic conditions. Since 2013, the Government has made an intensive and comprehensive effort to restore Urmia Lake; however, the condition of the lake was still critical and more support was required. Against this background, this project, funded by the Government of Japan, aimed to contribute to more sustainable, productive and climate-resilient agricultural and rural systems, with a positive impact on the environment and on the water balance (inflow-outflow) of Urmia Lake.
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