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This case study from Mozambique highlights how a national M&E system for climate change can provide a foundation for meeting global reporting commitments without placing undue burden on countries. The case study focuses on capacity building activities for making the M&E system operational especially to support climate change reporting.
The Food and Agriculture Organization of the United Nations (FAO) developed this guidance note to assist FFS master trainers and facilitators bring about climate change adaptation in FFS. The guide provides key information on how the climate is changing, and how these changes are impacting the agricultural (crops and livestock), aquaculture and agroforestry systems of smallholder farmers. The note provides guidance to FFS practitioners so that they can better work with individual farmers and communities – using a “climate change lens” – in identifying, testing and adapting new practices that respond to changes and variability in local weather. The guide is not intended as a textbook on climate change but is prepared for easy understanding of basic concepts of climate change to support the interpretation of climate information in specific farming contexts and steps that FFS facilitators “must know” in starting FFS programmes that respond to climate change challenges.
This report presents a structured approach to identify and estimate the market size of specific renewable energy technologies that have the potential to be deployed across specific stages of the agri-food chains. More specifically, the methodology first analyses the countries’ value chains and aggregates them into similar agri-food groups when possible. Once the groupings are defined, the value chains are mapped out and the energy requirements across the different stages of the value chain are defined. Specific renewable energy options are then identified for each value chain based on the energy demand and the process for which energy is required. This structure then feeds into the calculation of the overall market potential by chain and the renewable energy type identified. For this report, the methodology is illustrated with the case of solar energy technologies that have the potential to be deployed across the agriculture value chains in Rwanda.
This report presents the potential impact of the planned IFAD-funded Regional Resilient Pastoral Communities Project on greenhouse gas emissions, both in terms of the overall impact of the project, and as a possible input to the update of Kyrgyzstan’s Nationally Determined Contributions (NDC).
The assessment was carried out using the Global Livestock Environmental Assessment Model-interactive (GLEAM-i), a tool developed by FAO to measure emissions from livestock value chains and compare the impact of future scenarios. The study shows that there are options to produce more milk and meat but at the same time lowering emissions and without increasing livestock numbers.
