As climate challenges intensify, a groundbreaking initiative is underway to revolutionize millet production in sub-Saharan Africa, leveraging the crop’s resilience and nutritional benefits to ensure sustainable food systems. A multi-faceted approach to enhancing millet production sets the stage for future initiatives and research aimed at realizing the full potential of millets in Africa.

CIMMYT contributes to the G7 goals on agricultural productivity, food security, and climate change through the Vision for Adapted Crops and Soils initiative.

Working with partners, CIMMYT’s Sustainable Agrifood Systems Approach for Sudan (SASAS) program empowers farmers and herders in Sudan to move towards self-sufficiency. Helping Sudanese farmers integrate potato and sweet potato into their agricultural production systems to enhance food security and crop diversity is one of the program highlights.

Working with partners, CIMMYT’s Sustainable Agrifood Systems Approach for Sudan (SASAS) program empowers farmers and herders to reduce the need for humanitarian assistance even in conflict-affected Sudan. SASAS and partners work to ensure animal health and improve the livestock value chain.

The UU Share Fair showcased an array of innovative technologies poised to transform agricultural practices in the region.

Reaching out to farmers in the Songwe region of Tanzania.

Sorghum seeds that deliver improved yields are increasing food security for students and communities, with school farms playing a vital role in raising awareness of innovative varieties.

AIDI-L, a two-year project, aims to help 15,000 small scale poultry-keeping households. The project holds promise to revitalize chicken farming in Zambia.

The release of new lines by the ADAPT-Wheat project will expand Ethiopia’s total farming area and wheat production by opening up lowland farming opportunities.

The International Maize Improvement Consortium for Africa field day in Harare enabled CIMMYT to showcase genetically diverse maize lines, have structured dialogues with diverse stakeholders, and review and refine breeding strategies and approaches.

ACASA’s research yields not just data but seeds of hope, foreseeing a transformative future in CA adoption, shaping African agriculture and beyond.

Heat tolerance and high yield potential are essential traits in maize to adopt climate change effects in lowland tropics.

The active participation of rural women in agricultural development has been a fundamental element in promoting sustainable transformation in communities in southeast Mexico, Guatemala, and Honduras.

ADCIN represents a leap forward in African agricultural cooperation, addressing dryland crop challenges through tailored projects for maximum impact.