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Managing risks to build climate-smart and resilient agrifood value chains

The role of climate services









FAO. 2022. Managing risks to build climate-smart and resilient agrifood value chains. The role of climate services. Rome.




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    Leveraging COVID-19 recovery strategies to build climate-smart agrifood systems in developing countries 2022
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    The ongoing COVID-19 pandemic has jeopardized the stability of agrifood systems and the welfare of the rural households that are actively engaged in the different components of these systems, particularly in developing countries. Efforts are underway to redress the negative impacts of the pandemic through investments to ‘build back better’. These efforts represent an enormous opportunity to make significant and lasting contribution to the longer-term resilience and sustainability of agrifood systems in the context of climate change. The objective of this report is to provide an overview of the current opportunities for harnessing short-term response and recovery efforts to address longer-term impacts on resilience and sustainability. The analysis focuses on the role of climate-smart agriculture (CSA) in recovery strategies and outlines concrete policy objectives that can be implemented by national governments and their development partners. The report is structured in two parts. The first part outlines the nature of the challenges presented by climate change and COVID-19, their interrelationships, and the potential role CSA can play in addressing these interrelated challenges. The second part of the report outlines a set of policy options for enabling post-pandemic recovery efforts to contribute to longer-term resilience of agrifood systems through investments in CSA and associated enabling conditions.
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    Climate-smart policies to enhance Egypt's agrifood system performance and sustainability 2023
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    Highly vulnerable to the effects of climate change, heat waves in Egypt are increasingly severe and frequent, raising the already high evaporation rate, accelerating crop transpiration, increasing soil aridity and elevating water requirements for both human and agricultural consumption in a country where water is imported. The forecasted spike in rainfall variability will affect flow of the Nile River, increasing both drought and high-flow years. While Egypt must produce more food for its rapidly growing population and confront high levels of child malnutrition, agricultural performance is slowing due to inefficient use of land, labour, water and energy along with environmental degradation and limited access to new technology, all of which favour increased incidence of pests and disease. Having tested climate smart agriculture (CSA) in four of Egypt’s most significant value chains – dairy, dates, maize and wheat – the authors demonstrate that CSA practices, technologies and policies will increase agricultural productivity and incomes, strengthen resilience to climate change and improve mitigation of its effects. These important, evidence-based findings have bearing well beyond Egypt’s borders. This publication is part of the Country Investment Highlights series under the FAO Investment Centre's Knowledge for Investment (K4I) programme.
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    Project
    Support for Development of Sustainable Value Chains for Climate-Smart Agriculture - TCP/KYR/3804 2024
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    The fragmented nature of agricultural value chains (VCs) in Kyrgyzstan prevents most producers from increasing farm-level productivity and expanding export potential. Other important factors behind the vulnerability of the agricultural sector are the country`s exposure to climate change, a lack of water resources and an inadequate use of the water resources that exist. These challenges are exacerbated by poor agricultural practices, with their potential to aggravate food insecurity by further decreasing overall agricultural productivity. This is especially felt by low-income smallholder families in rural communities, who depend on agricultural resources to sustain their livelihoods and whose resilience to climate change is low. Overall, underdeveloped agricultural VCs impede industrial growth and limit export potential.

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