CIMMYT and ICRISAT have officially launched a groundbreaking five-year initiative. The goal is to accelerate the development of climate-resilient and market-preferred crop varieties. These varieties are designed specifically for dryland farmers across Eastern Africa and India. The project is supported by the Novo Nordisk Foundation. It is called the Accelerated Breeding Project.

Climate Resilient Dryland Crop Varieties Get Boost from CIMMYT and ICRISAT

For millions of farmers in dryland areas, agriculture has always been a gamble. Rains are unpredictable. Soils are poor. Temperatures are rising. Crops fail more often than they succeed. Families go hungry. Children miss school. Debts pile up. The cycle of poverty repeats itself season after season.

The crops that these farmers depend on, sorghum, millet, pigeonpea, chickpea, and groundnuts, have been largely ignored by major research programmes. Maize, wheat, and rice receive billions in funding. Dryland crops get scraps. Yet these hardy plants are the only thing standing between millions of families and starvation.

This initiative aims to change that. It recognises a long-standing gap in agricultural investment. Dryland crops have historically received far less attention. This is despite the fact that they support millions of vulnerable farming communities around the world. The project will harness cutting-edge technologies to develop better varieties faster than ever before.

The new varieties will not only survive drought. They will also meet market demands. Farmers need crops that taste good, cook well, and sell easily. Science alone is not enough. The breeding must be guided by farmer preferences and market realities. This is exactly what the Accelerated Breeding Project intends to do.

Harnessing Advanced Breeding Technologies

The initiative will harness several cutting-edge technologies. These include AI-driven predictive breeding, genomic selection, speed breeding, and advanced data integration. Together, these tools will help scientists develop better crop varieties much faster than traditional breeding methods.

For decades, developing a new crop variety could take ten years or more. A breeder would cross two plants, grow the offspring, select the best ones, cross again, and repeat. It was slow, labour-intensive, and expensive. By the time a new variety reached farmers, the climate had already changed again.

With these new technologies, researchers hope to cut that time in half or even less. AI can predict which crosses will produce the best results. Genomic selection can identify desirable genes without waiting for plants to grow. Speed breeding can produce multiple generations in a single year. Data integration allows scientists to learn from every experiment.

Farmers will get access to improved seeds sooner. They will not have to wait a decade for solutions to problems they face today.

A Farmer-Centered Approach

At the launch, CIMMYT Chief Science Officer Sarah Hearne stressed the importance of a co-designed, farmer-centered approach. The initiative is being built with CGIAR centers, national research systems, and global partners.

Farmers are not just recipients of new varieties. They are active participants in the breeding process. Their preferences for taste, cooking time, and marketability shape the traits that scientists target. A variety that yields well but tastes bad will not be adopted. A crop that produces plenty but takes too long to cook will be rejected.

The project will work closely with farmers from the very beginning. They will help set priorities. They will test new varieties on their own land. They will give feedback that guides further research. This is how science earns trust.

Hearne also spotlighted ADCIN, a network of more than 200 scientists across 19 countries. They are advancing dryland crop innovation in Africa. The network provides a platform for sharing data, methods, and results. No single country or institution can solve these problems alone. Collaboration is essential.

Why This Matters for Eastern Africa and India

Eastern Africa is home to millions of dryland farmers. They grow crops under difficult conditions. Rains are unpredictable. Soils are poor. Temperatures are rising. The same is true in India, where dryland farming supports hundreds of millions of people.

Yet these farmers feed their families and communities. They contribute to national food security. With better crop varieties, they could do even more. They could produce surplus to sell. They could invest in their children’s education. They could break free from the cycle of poverty.

Climate-resilient dryland crop varieties will help farmers withstand drought. They will produce higher yields even when rains fail. They will resist pests and diseases that thrive in hot conditions. They will also meet market demands for taste, colour, and processing quality.

The initiative is a direct response to the climate crisis. As temperatures rise, dry areas will become drier. The rains that do come will be more intense and destructive. Farmers need crops that can handle both drought and flooding. They need varieties that can thrive in the new normal.

Commitment to Smallholder Farmers

CIMMYT has reaffirmed its commitment to science that delivers for smallholder farmers in vulnerable dryland communities. The organisation believes that research should not sit on shelves. It should get into the hands of farmers who need it most.

ICRISAT shares this vision. For decades, the institute has worked on dryland crops that others have ignored. It has developed improved varieties of sorghum, millet, pigeonpea, chickpea, and groundnuts. It has helped farmers across Africa and Asia improve their yields and incomes.

The five-year initiative is a major investment in that vision. It brings together the best scientists, the latest technologies, and a farmer-centered approach. It recognises that dryland farmers deserve the same attention as those in more favourable environments.

A New Era for Dryland Agriculture

The launch of this initiative is a moment of hope for dryland farmers. For too long, they have been overlooked. Their crops have been ignored. Their challenges have gone unanswered.

That is now changing. CIMMYT, ICRISAT, and their partners are investing in solutions. They are bringing the best science to bear on the hardest problems. And they are doing it with farmers at the centre.

The five-year initiative is just the beginning. If successful, it could transform dryland agriculture across Eastern Africa and beyond. Climate-resilient dryland crop varieties could become the norm, not the exception. Farmers could plant with confidence, knowing their crops can survive dry spells. They could harvest enough to feed their families and sell the surplus. They could escape the cycle of hunger and poverty that has trapped so many.

That is the vision. And with this new initiative, it is one step closer to reality. The work starts now. The farmers are waiting. The seeds of change are being planted.

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https://farmerstrend.co.ke/wp-content/uploads/2026/05/699685330_1419837346855048_6336150906555660805_n-1024x768.jpghttps://farmerstrend.co.ke/wp-content/uploads/2026/05/699685330_1419837346855048_6336150906555660805_n-150x150.jpgFarmersTrend# TrendingCIMMYT and ICRISAT have officially launched a groundbreaking five-year initiative. The goal is to accelerate the development of climate-resilient and market-preferred crop varieties. These varieties are designed specifically for dryland farmers across Eastern Africa and India. The project is supported by the Novo Nordisk Foundation. It is called the...New Generation Culture in Agriculture