This working paper summarizes the findings of a portfolio review conducted to explore the gender and youth responsiveness of climate-smart agriculture technologies tested across climate-smart villages. The innovative and integrative aspect of the Climate-Smart Village (CSV) approach can provide useful insights into how to decrease the gender gap in the context of climate change.

Climate-smart agriculture (CSA) makes financial sense for businesses. Governments are increasingly holding the private sector responsible for their role in climate change impacts. Extreme weather events are incredibly costly for businesses. This is particularly true in agriculture, which relies heavily on favorable weather conditions. CSA practices and technologies are central to the transformative changes necessary to maintain the stability—and profitability—of the food system in the face of climate change.

Multiple lines of evidence call for the use of locally-relevant strategies to guide and support sustainable agricultural intensification while improving development and conservation outcomes. The goal of this study was to identify the ecosystem services from natural and agricultural systems to achieve this aim in the Barotse Floodplain of Zambia. Our methodology utilized a gender-sensitive ecosystem services approach, whereby local knowledge from women and men was harnessed to understand which services and their sources are important.

Agriculture is the mainstay of Uganda’s economy, contributing about 25% of the GDP, a third of the export earnings and almost all the country’s food requirements. Yet, the sector still faces various challenges that affect production and the income derived from it. Systemic issues impact smallholder farmers' livelihoods across markets, land, skills, and capital, with cross-cutting social exclusion issues.

Digital technologies are slowly spreading in agriculture sectors globally. But their adoption is hampered by the digital divide which requires significant public investments, improved policy and incentive frameworks to be bridged. Only after that, digital transformation will take place at scale. Digital Agriculture Profile (DAP) is meant to assess the country's readiness for this digital transformation by identifying main bottlenecks, opportunities and risks for digital transformation.

Structural change is integral to evolving economies (Goddard et al., 1993). Although increased agricultural productivity has allowed the release of resources needed by other sectors of the economy, structural change in agriculture usually has a negative connotation in public debate (Balmann and Valentinov, 2016). There are mainly two types of public concern about structural change in agriculture, with the former expressed as “dying peasants” and the latter as “factory farming” (Balmann and Valentinov, 2016).

This project is based on a request from the Pan African Farmers Organisation members developed during the succession of continental briefings examining their capacity building needs and policy issues between 2012 and 2016 in the following steps: Using a discussion forum amongst the more than 200 members, they identified a number of successful farmers organisations requiring support for capacity development. A study was then carried out by the ZED group together with a further e-discussion to establish the needs to improve financial management.

Smallholder farmers mostly depend on agriculture for their sustenance yet the sector is threatened by changing climate. It is essential for smallholders to adapt to reduce their vulnerability. Estimating the economic effectiveness of climate adaptation practices would enhance planning and actions among stakeholders and consequently impact policy. This study conducted an ex-ante in-depth empirical analysis of the costs and benefits of implementing five climate adaptation strategies identified among smallholder horticultural farmers in Ghana.

The substantial existence of malnutrition globally, especially in developing countries, has usually driven policy initiatives to focus on improving household food security and nutrition primarily through prioritizing farm production diversity. Although indeed some empirical evidence has pointed to farm production diversity remedying malnutrition, other evidence has pointed to markets. Therefore, evidence is mixed and may be country or region variant.

This training guide provides users with principles, concepts and practices on climate-smart agriculture (CSA) and community-based adaptation (CBA). It is composed of seven modules spread under a three-part document. This training guide was designed to enhance the capacity of users to facilitate processes leading to community-based adaptation to climate change, and to:
• Understand the principles, concepts and practices related to climate change, CSA and CBA
• Learn the application of participatory approaches and social learning processes in CBA

The CCAFS-CIAT CSA Prioritization Framework (CSA-PF) is a participatory and multi-criteria decision-making process, co-designed as a holistic tool to support information-based CSA investments. CSA-PF has the objective to help decision-makers identify best-bet CSA investment portfolios that achieve gains in national food and nutrition security, farmers’ resilience and adaptation capacity to climate change, and, where possible, reduce greenhouse gas (GHG) emissions in the food system.

County Climate Risk Profiles are a key tool to guide climate smart agriculture (CSA) investments and priorities at the county level in Kenya. These documents provide analyses of the underlying causes of vulnerability and on-going and potential climate change adaptation strategies. They also provide a snapshot of the enabling environment for building resilience by providing a synthesis of the policy, institutional and governance context.