Nigeria’s agricultural research community is calling for faster adoption and commercialisation of plant-breeding innovations as the country seeks to raise crop productivity, strengthen resilience to climate and biological stresses, and build more reliable food supply chains.
The call emerged at the fourth International Conference of the Nigerian Plant Breeders Association (NPBA), held in Abuja on September 23–24 under the theme, “Leveraging Breeding Innovations and Strategic Partnerships for Agribusiness Investment, Stable Supply Chain and National Food Security in a Changing Climate.” The conference brought together researchers, seed companies, farmers, processors, financial institutions, investors, development partners and government representatives.
NPBA President Professor Victor Adetimirin said Nigeria could not address growing food demand simply by expanding the amount of land under cultivation. Climate change, emerging pests and diseases, declining soil productivity, rising production costs and pressure on available farmland are increasing the need for crops that can produce more under difficult conditions. He described investment in plant breeding as an investment not only in science, but also in agricultural productivity, business development, supply-chain stability and food security.
Modern breeding combines conventional approaches with genetics, biotechnology, genomics and other tools to develop varieties with traits such as higher yields, resistance to pests and diseases, drought and heat tolerance, and improved quality. NPBA stakeholders said these technologies can accelerate crop improvement while maintaining the regulatory assessments required before varieties are commercially released.
The bigger challenge, however, is moving innovations from research centres into farmers’ fields. Martin Fregene, the African Development Bank’s Acting Vice-President and Officer-in-Charge for Agriculture, Human and Social Development, said improved varieties cannot transform food security without functioning seed systems, production, agro-industry and logistics. He argued that the impact of agricultural technology depends on the entire value chain, including irrigation, processing, marketing, infrastructure, finance and insurance.
The AfDB official also pointed to improved wheat, cassava and maize varieties as examples of breeding innovations that have contributed to higher agricultural productivity. He called for closer collaboration between breeders and processors, millers, brewers, exporters and seed companies so that breeding programmes respond more directly to market demand. The Bank is also supporting demand-led breeding and seed systems for crops including cassava, rice, maize, soybean, sorghum, cowpea, tomato and horticultural crops through programmes such as Technologies for African Agricultural Transformation.
Seed multiplication and distribution remain critical to this transition. The Federal Government said improved crop varieties must be supported by stronger seed systems, extension services, financing, market access, appropriate regulation, private-sector participation and technology-transfer arrangements. Agriculture Minister Abubakar Kyari said the value of crop improvement would ultimately be realised when innovations reach farmers, markets and processing facilities.
The conference also highlighted the investment dimension. Stakeholders argued that seed companies and agricultural enterprises require financing and de-risking mechanisms to move improved genetics from early-generation seed production through commercial multiplication and last-mile distribution. This creates an opportunity for stronger partnerships between research institutions, government, investors, and private seed companies.
NBF Insight
Nigeria’s plant-breeding challenge is no longer just about developing better crops, It is about building the system that gets those crops into the hands of millions of farmers.
A high-yielding, drought-tolerant or disease-resistant variety can improve productivity, but its economic impact depends on whether quality seed can be multiplied affordably, distributed widely and matched with farmers, processors and markets.
That makes plant breeding part of a much larger agricultural infrastructure: research → improved genetics → seed multiplication → farmers → processing → markets.
For Nigeria, accelerating that pipeline could be as important as developing the next breakthrough variety itself. The measure of agricultural innovation ultimately lies not in how many varieties are developed, but in how many farmers can access and profitably use them.
