Nigeria Turns to Plant Breeding and Agricultural Research as Food Security Strategy Enters New Phase

By Simpson Global Media News Desk

Nigeria is placing renewed emphasis on plant breeding, agricultural research and stronger links between scientists, farmers and agribusinesses as policymakers and researchers seek ways to raise productivity without relying simply on expanding the amount of land under cultivation.

The renewed focus emerged from the fourth International Conference of the Nigerian Plant Breeders Association, held in Abuja on September 23 and 24, where Agriculture and Food Security Minister Abubakar Kyari called for greater investment in crop improvement, research institutions and partnerships capable of moving scientific innovations from laboratories and experimental fields into commercial agriculture.

The conference brought together plant breeders, agricultural researchers, universities, seed companies, farmers, processors, financial institutions, development organisations and government representatives around the theme, “Leveraging Breeding Innovations and Strategic Partnerships for Agribusiness Investments, Stable Supply Chains and National Food Security in a Changing Climate.”

The discussion comes at a time when Nigerian agriculture is facing several pressures simultaneously. Farmers are dealing with changing rainfall patterns, drought and heat stress in some production areas, emerging pests and diseases, declining soil fertility, high input costs, limited access to finance and difficulties moving agricultural products from farms to markets.

For policymakers and researchers, the implication is that increasing food production will require more than putting additional land into cultivation. It will also require higher yields, varieties that can tolerate environmental stresses, better-quality seeds, stronger extension services and supply chains capable of connecting farmers with processors and consumers.

Government puts science at centre of food-security strategy

Kyari, represented at the Abuja conference by Bukar Musa, Director of the Federal Department of Agriculture, said plant breeding should be regarded as a foundation of Nigeria’s food-security effort.

The minister said the country needed science, purposeful partnerships, sustained investment and innovations that could move successfully from research centres to farmers and markets.

He specifically highlighted the development and deployment of improved crop varieties adapted to both optimum and stressful growing conditions. Such varieties, he said, need to maintain productivity, quality and market relevance across different environments.

That approach shifts attention from research as an activity carried out mainly within universities and research institutes to research as part of a wider agricultural production chain.

A new crop variety can have little effect on food production if farmers cannot obtain certified seed, if seed multiplication is inadequate, if extension officers cannot explain its appropriate use, or if farmers have no reliable market for the resulting harvest.

The Agriculture Ministry therefore identified several components that need to operate together: research, seed systems, extension, finance, market access, regulation, technology transfer and private-sector participation.

The minister also called for stronger links between research institutions and agribusiness investors, better systems for seed multiplication and distribution, support for intellectual-property and technology-transfer arrangements, and clearer routes for promising agricultural innovations to reach farmers at scale.

The emphasis is significant because Nigeria has a large agricultural research community and a sizeable private seed industry, but the availability of scientific innovations does not automatically guarantee widespread adoption.

Moving from a promising experimental variety to a crop planted by thousands or millions of farmers requires several stages: testing, regulatory approval where necessary, multiplication of sufficient quantities of seed, distribution, farmer awareness, extension support and commercial demand.

Why plant breeding matters

Plant breeding involves developing crop varieties with characteristics that are useful to farmers, consumers and agricultural businesses.

Those characteristics can include higher yields, early maturity, drought tolerance, heat tolerance, resistance to insects and diseases, tolerance to poor soils, improved nutritional content, better processing characteristics and qualities demanded by consumers.

Nigeria’s agricultural environment makes those characteristics particularly important because farming conditions differ substantially between ecological zones.

A variety that performs well under the rainfall pattern and soil conditions of one part of the country may not deliver the same result elsewhere. Breeders therefore work to develop and test varieties adapted to particular environments and production systems.

The Nigerian Plant Breeders Association has argued that the country faces a combination of climate change, pests and diseases, declining soil productivity, pressure on available farmland, unstable supply chains and rising production costs. The association says those challenges require greater investment in research and scientific innovation rather than relying solely on expansion of cultivated land.

Professor Victor Adetimirin, president of the association, said investment in plant breeding was necessary to produce varieties capable of delivering higher yields while withstanding drought, heat, pests, diseases and other environmental stresses.

The association also highlighted the use of conventional breeding alongside newer tools including genetics, biotechnology and genomics.

The objective is not simply to create varieties that produce more under ideal conditions. Modern breeding increasingly seeks varieties that can maintain acceptable performance when farmers encounter the conditions that frequently disrupt agricultural production.

Climate pressure is changing what farmers need from seed

Climate variability is becoming a central consideration in crop improvement.

Farmers can invest heavily in land preparation, seed, fertiliser, labour and other inputs, only to experience a poor harvest when rainfall arrives late, stops prematurely or becomes unusually intense.

A crop variety capable of maintaining productivity under some of those conditions can therefore reduce the risk associated with farming.

Research by the International Institute of Tropical Agriculture has documented the potential benefits of drought-tolerant maize varieties in Nigeria. IITA reported in April that farmers adopting drought-tolerant maize recorded a 13 per cent increase in yields, alongside a 53 per cent reduction in yield variability and an 81 per cent reduction in the risk of crop failure in the research it cited.

IITA said the adoption of drought-tolerant maize was also associated with reductions in poverty and food scarcity among affected households, although expanding access to improved seed, extension services and farmer awareness remains necessary to broaden adoption.

Such findings illustrate why breeding is increasingly being treated as part of climate adaptation rather than simply a way of increasing yields.

For farmers, the practical question is not only how much a variety can produce under favourable conditions. It is also how reliably it can perform when conditions are less favourable.

IITA's maize improvement programme lists drought, heat, fall armyworm, Striga, disease, mycotoxins and low soil fertility among the stresses targeted through breeding. Its programme includes conventional breeding, hybrid development, field testing, nutritional improvement and work to strengthen seed delivery.

The institute also works on other major Nigerian crops, including cassava, cowpea and yam, with breeding programmes focused on productivity, resilience, nutritional quality, disease resistance and farmer-preferred characteristics.

Maize provides a practical example

Maize illustrates how breeding research can connect directly with food security, livestock production and industrial demand.

IITA describes maize as one of Nigeria's most important staple and commercial crops. Its research indicates that production has expanded substantially over the decades and that the crop now supports millions of smallholder farmers.

The institute estimates that Nigeria produces more than 12 million metric tonnes of maize annually and that the crop is used across food, livestock-feed and industrial value chains.

That means improvements in maize productivity can affect several parts of the economy simultaneously.

Higher and more reliable maize production can increase the supply available for household consumption. It can also support poultry and livestock producers that depend on maize-based feed, while processors use maize in food and industrial products.

But the same importance creates pressure to make the crop more resilient.

IITA says maize production in sub-Saharan Africa is threatened by drought, heat, poor soil fertility, insect pests, parasitic weeds and diseases. Some pests can cause substantial losses both in the field and during storage.

Plant breeders are therefore working on varieties that combine several useful characteristics rather than addressing one problem at a time.

One Nigerian example is SAMMAZ77, a maize hybrid released through collaboration between IITA and Nigeria's Institute for Agricultural Research. According to IITA, the hybrid combines tolerance to fall armyworm and drought with resistance to Striga hermonthica. In trials, it recorded higher yields than comparison varieties under several combined stress conditions.

The significance of such work lies in combining traits that farmers may need simultaneously.

A farmer dealing with drought may also face pests. A farmer may have adequate rainfall but poor soil fertility. Another may have good soil but experience Striga infestation.

The more effectively breeding programmes can combine useful traits without sacrificing yield, quality or market preferences, the more practical improved seed becomes.

Research must reach farmers

The central issue emerging from the Abuja conference was not simply whether Nigerian scientists can develop improved varieties.

It was whether the country can build a system capable of taking those innovations from research plots to large numbers of farmers.

Kyari said the value of scientific crop improvement would be realised when innovations reached farmers' fields, markets and processing facilities.

That requires functioning seed systems.

Breeders may develop a promising variety, but farmers need reliable access to seed in sufficient quantities and at a price they can afford.

Seed producers need access to breeder and foundation seed. They need multiplication facilities, quality-control systems and distribution networks.

Extension services then have to help farmers understand where a variety performs best, how it should be planted, what agronomic practices accompany it and what markets are available for the harvest.

Without that chain, a technically successful variety can remain largely confined to research stations.

IITA's maize programme explicitly includes support for national agricultural research and extension systems and private seed companies, with the aim of increasing production and dissemination of improved varieties.

The institute also says it uses breeding partnerships, seed-system platforms and capacity building to improve access to quality seed in Nigeria.

Finance remains a critical link

The commercialisation of agricultural research also requires capital.

Research institutions require sustained funding to maintain breeding programmes, field trials, laboratories, genetic resources and scientific personnel.

Seed companies need financing to multiply, process, package and distribute improved varieties.

Farmers themselves need access to credit to purchase seed and complementary inputs.

This is why the conference brought financial institutions, investors and agribusinesses into the discussion rather than treating plant breeding as a matter exclusively for scientists.

The African Development Bank also called for stronger integration of plant breeding, seed delivery systems, agro-industrialisation and private-sector investment at the Abuja conference.

According to the bank's Dr Martin Fregene, improved seeds and agricultural technologies can only achieve their full effect when they are supported by markets, infrastructure, finance, insurance, logistics and processing industries.

That position places agricultural research within a broader value-chain framework.

A farmer producing more maize, cassava or cowpea needs somewhere to sell it. If transport costs are excessive, storage is inadequate or processors cannot absorb additional output, higher farm productivity may not translate proportionately into higher incomes.

The same problem can affect investors. Businesses may hesitate to finance seed multiplication or agricultural processing if production and market systems are unpredictable.

Strengthening the connections between breeding, production, processing and markets therefore becomes part of the food-security strategy.

Fertiliser and seed must work together

The renewed emphasis on plant breeding comes alongside continuing concerns about farmers' access to agricultural inputs.

Nigeria has significant fertiliser production capacity, but national fertiliser use remains below widely cited African agricultural targets.

The Federal Ministry of Agriculture and Food Security has put national fertiliser consumption at approximately 18.6 kilogrammes per hectare, compared with the 50kg-per-hectare benchmark associated with the 2006 Abuja Declaration. Other estimates cited by industry stakeholders have placed current use at different levels, illustrating the difficulty of measuring national application precisely.

The gap matters because improved seed cannot operate independently of crop management.

A high-performing variety may have greater genetic potential, but achieving that potential can depend on soil fertility, moisture, planting density, pest control and other management factors.

This creates a broader policy challenge.

Improved varieties, fertiliser, irrigation, mechanisation, extension and finance need to be treated as complementary components rather than isolated interventions.

At the same time, farmers require advice on how to use inputs efficiently because input costs remain a major component of production expenses.

Beyond maize: cassava, cowpea and yam

Plant breeding in Nigeria extends far beyond maize.

Cassava is a major food and industrial crop, and research programmes are developing varieties with resistance to diseases and improved nutritional and processing characteristics.

Cowpea is particularly important for food and nutrition in many parts of the country. IITA is working with partners on climate-resilient cowpea varieties designed to combine farmer-preferred characteristics with resistance to multiple pests and diseases. A current project in Nigeria aims to accelerate the release, registration and commercialisation of three climate-smart cowpea varieties.

IITA's cowpea programme lists several Nigerian varieties released in 2026, including SAMPEA 22, SAMPEA 23 and SAMPEA 24, with traits including high yield, early maturity and resistance or tolerance to Striga and bacterial blight.

Yam breeding is also directed towards higher yields, improved resistance to pests and diseases and better post-harvest characteristics.

These crops demonstrate why a national plant-breeding strategy has to operate across multiple value chains.

Nigeria's food system does not depend on one crop, and agricultural households often grow several crops in response to local conditions, household consumption and market opportunities.

Modern breeding technologies

The Abuja conference also highlighted changes in the tools available to plant breeders.

Traditional breeding can require many generations of selection before a desired combination of traits becomes stable.

Modern approaches can accelerate parts of that process.

The Nigerian Plant Breeders Association has identified genomics, biotechnology and other modern technologies as tools that can support crop improvement. It has also argued that stronger investment in research infrastructure and scientific capacity is necessary to make those technologies useful within Nigeria.

IITA's wider breeding programme says it combines conventional breeding with genomics, molecular breeding, digital phenotyping, artificial intelligence and advanced data analytics to accelerate genetic improvement.

These technologies do not eliminate the need for conventional field testing.

A variety still needs to demonstrate performance under real growing conditions, including the environmental and farming conditions in which it will eventually be used.

Farmers also need varieties that meet consumer and market requirements. A crop can perform well agronomically but still struggle commercially if consumers reject its appearance, taste, cooking characteristics or processing qualities.

That is why farmer participation and market feedback remain important components of breeding programmes.

The seed system is as important as the laboratory

One of the recurring themes from the conference was the need to strengthen Nigeria's seed system.

The development of an improved variety is only one stage in the process.

Breeder seed has to be multiplied into quantities that seed companies can work with. Commercial seed then has to reach farmers through distributors, agro-dealers and other channels.

Quality assurance is equally important.

Farmers who purchase seed need confidence that it is authentic and meets the characteristics advertised by the supplier.

Weaknesses at any stage can reduce the impact of years of research.

The Agriculture Ministry's call for stronger seed multiplication and dissemination therefore addresses a practical bottleneck rather than simply a scientific one.

The same applies to extension.

Even a highly productive variety can fail to deliver expected results when it is planted outside its recommended environment or without appropriate agronomic practices.

Nigeria's agricultural extension system therefore has an important role in translating scientific information into decisions farmers can use.

Building the next generation of scientists

Another issue discussed by the Nigerian Plant Breeders Association was human capacity.

Plant breeding requires specialists in genetics, agronomy, biotechnology, seed science, statistics, molecular biology and related fields.

The association said it was committed to developing young plant breeders and agricultural scientists and supported 30 students through its 2026 Students Travel Grants programme to attend the conference.

Such programmes are relevant to the long-term sustainability of agricultural research.

Breeding programmes often operate over many years, meaning institutions need scientists who can maintain research pipelines, evaluate new technologies and continue developing varieties as agricultural conditions change.

Nigeria's universities and research institutes therefore have a role that extends beyond producing graduates. They are part of the national infrastructure required to maintain agricultural innovation.

Research partnerships could reshape investment

The conference's emphasis on partnerships also reflects a growing recognition that government cannot finance or execute the entire agricultural innovation system alone.

Public institutions have roles in research, regulation, extension and policy.

Universities contribute scientific research and human capital.

Seed companies provide multiplication and commercial distribution.

Farmers provide field-level knowledge and adoption decisions.

Financial institutions provide capital.

Processors create demand for agricultural raw materials.

Development partners can support research, infrastructure and technical capacity.

Agribusinesses can create markets and invest in processing.

The challenge is coordinating these roles so that an innovation does not become stranded between institutions.

Kyari urged conference participants to identify practical collaborations, investment opportunities and policy actions that could continue beyond the event. He also encouraged stronger South-South and international cooperation while building Nigerian research capacity.

Food security depends on productivity and resilience

The renewed attention to plant breeding does not mean that seed technology alone can solve Nigeria's food-security challenges.

Food production is affected by land access, insecurity, climate, irrigation, fertiliser availability, mechanisation, rural roads, storage, finance, processing capacity, markets and household purchasing power.

But plant breeding can influence one of the most fundamental variables: how much food farmers can produce from available land and resources, and how reliably they can do so.

The distinction is important.

Nigeria has large areas of agricultural land, but simply expanding cultivated area can create additional pressure on forests, water resources and other land uses.

Increasing productivity on existing farmland can offer another route, particularly where improved varieties are combined with sound agronomic practices and appropriate inputs.

The Nigerian Plant Breeders Association has framed the issue in similar terms, arguing that the country needs to improve productivity, resilience and profitability rather than relying only on expansion of cultivated land.

What happens next

The immediate challenge is turning the commitments made at the Abuja conference into functioning programmes.

For government, that includes sustaining investment in agricultural research, strengthening regulatory and seed systems, supporting extension services and creating conditions that encourage private investment.

For research institutions, the task is to continue developing varieties that respond to real agricultural problems while maintaining farmer and market preferences.

For seed companies, the challenge is to multiply and distribute improved varieties at commercially viable scale.

For financial institutions and investors, the opportunity lies in supporting businesses and infrastructure that connect research to production and processing.

For farmers, adoption decisions will continue to depend on whether improved varieties are affordable, available, trusted and demonstrably useful under local conditions.

The conference therefore marks less a single agricultural programme than a renewed effort to connect several parts of Nigeria's food system.

The evidence from drought-tolerant maize, stress-resistant varieties and ongoing breeding programmes suggests that agricultural research can generate measurable benefits when innovations reach farmers.

But the next stage will depend on scale.

Nigeria's plant breeders can develop improved varieties. Researchers can generate new knowledge. Universities can train scientists. Seed companies can multiply improved materials. Government can establish policies and regulatory systems.

The decisive test is whether those pieces can operate together consistently enough for farmers across the country to gain dependable access to better-performing crops.

For a country seeking higher food production, more stable agricultural supply chains and stronger rural incomes, the plant-breeding debate is therefore ultimately about more than laboratories and research plots.

It is about how Nigeria converts scientific knowledge into seed, seed into harvests, harvests into food and raw materials, and agricultural productivity into more resilient livelihoods and functioning food markets.

The Federal Government's renewed call for investment, combined with the Nigerian Plant Breeders Association's emphasis on research and the African Development Bank's call for stronger links between breeding, seed systems and agribusiness, places implementation at the centre of the next phase.

If those connections are strengthened, plant breeding can become an increasingly important component of Nigeria's broader agricultural strategy—alongside irrigation, fertiliser, mechanisation, extension, finance, infrastructure, storage and market development.

The outcome will ultimately be measured not by the number of conferences held or varieties developed, but by whether farmers can obtain the right seed, plant it successfully, harvest more reliably and connect that production to consumers and businesses.

For Nigerian agriculture, that transition—from scientific discovery to widespread farm-level use—is now the central challenge.