A 10%–47% increase in agricultural income could be generated with irrigation systems financed by CAF (CAF, 2025).

Up to a 70% increase in land productivity could result from access to irrigation (CAF, 2025).

A 7% increase in production could be achieved with small-scale irrigation projects (CAF, 2025).

The trinational “Raíces” project aims to strengthen agrobiodiversity and seed systems in family farming across Argentina, Brazil, and Bolivia through the participatory improvement of genetic resources. The initiative integrates technical knowledge with local practices to conserve, reproduce, and adapt native and traditional crop varieties to changing climatic conditions. The project promotes the establishment of community seed banks and the strengthening of local networks, alongside training in agroecological practices. In doing so, it enhances productive resilience, crop diversity, and food security among small-scale farmers, with a particular focus on the inclusion of women, youth, and Indigenous communities.

A regional project focused on the conservation and sustainable use of sweet potato plant genetic resources across Jamaica, Saint Lucia, and Antigua & Barbuda. Key pillars include: expanding farmer access to clean planting material of priority varieties; building productive resilience against drought, salinity, and the sweet potato weevil (Cylas formicarius); strengthening local value chains through public–private partnerships and processed product development (flour, animal feed); and integrating local varieties into the ITPGRFA Multilateral System, including safe duplication at the Svalbard Global Seed Vault.

A project approved by the Green Climate Fund (GCF) for USD 50 million to strengthen the climate resilience of Jamaica's agricultural sector, with technical support from the FAO. The initiative aims to improve the adaptation of production systems to climate change through sustainable practices, natural resource management, and institutional strengthening.

Canadian federal program that improves access to nutritious and perishable food in 124 northern communities lacking year-round surface access. Combines a retail price subsidy with support for traditional hunting and harvesting (Harvesters Support Grant), community food program funding, culturally appropriate nutrition education initiatives, and Indigenous-led food security research grants.

Argentine government regulations introduce provisions to regulate the import, sale, and/or control of fertilizers in the context of tensions in international input markets. The measure aims to ensure domestic supply, improve fertilizer availability, and facilitate conditions for the agricultural sector in the face of price volatility and external restrictions.

Regulations from the General Directorate of Agricultural Services (DGSA) of the Ministry of Livestock, Agriculture and Fisheries (MGAP) govern the registration, control, and importation of fertilizers in Uruguay. These regulations establish requirements for product registration, conditions for entry into the country, and technical criteria to ensure the quality, traceability, and safety of agricultural inputs used in production.

The initiative aimed to reduce rural poverty in the highland and high rainforest areas of Peru by strengthening the productive, human, social, and natural assets of organized smallholder farmers. The project supported the formation and consolidation of rural producer organizations to implement co-financed business plans, combined with technical assistance, training, and competitive funding mechanisms. It also promoted sustainable territorial management and strengthened local government capacities, enhancing market access, financial inclusion, and income generation among vulnerable rural populations.

This initiative aims to restore native High-Andean grassland ecosystems in Tisco (Arequipa, Peru) to improve water availability, vegetation cover, and forage species diversity. Through water harvesting, sustainable pasture management, and organizational strengthening, the project improves alpaca production and the livelihoods of 50 alpaca-herding families from ASDIPROCAT.

The project seeks to improve the productivity and sustainability of rice cultivation in Colombia through an innovative technological solution that combines Internet of Things, big data, artificial intelligence and cyber-physical systems. This technology, developed by PS Solutions (Softbank Group), transforms agriculture into a science based on data by collecting real-time information from the environment and crops to determine optimal levels of agricultural parameters. The project will benefit 16,000 Colombian rice farmers, especially small producers from areas affected by armed conflicts who face productivity problems due to lack of access to technologies and financial services. Additionally, e-kakashi contributes to solving environmental problems by optimizing water use and reducing methane emissions from rice paddies, which represent approximately 20% of global emissions of this gas. The project has two phases: demonstration of efficacy under real conditions in collaboration with CIAT and commercial expansion in Latin America and the Caribbean, combining non-reimbursable technical cooperation (up to US$500,000) with equity investment (up to US$1,500,000).