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 experts and policymakers seek ways to raise farm productivity and make the country’s food system more resilient to climate and production shocks.
The call emerged from the fourth International Conference of the Nigerian Plant Breeders Association, held in Abuja from September 23 to 24, where Agriculture and Food Security Minister Abubakar Kyari urged increased investment in plant breeding innovations, agricultural research and institutional partnerships.
The conference brought together plant breeders, researchers, government representatives, universities, seed companies, farmers, processors, investors, financial institutions and development partners 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 as Nigeria faces a difficult combination of climate variability, high agricultural input costs, insecurity in some farming areas, pressure on farmland and continuing food-security concerns.
The Food and Agriculture Organisation’s latest country assessment said production prospects for Nigeria’s 2026 cereal crops are uncertain in several areas. It reported that dry spells had affected crops in parts of the southwest, Middle Belt and northern states, while conflict has disrupted agricultural activity in several important cereal-producing areas.
Against that backdrop, the focus on plant breeding is not simply about producing more varieties. The wider objective is to develop and distribute crops that can perform under the increasingly varied conditions confronting Nigerian farmers, while connecting those varieties to functioning seed systems, finance, extension services, processing and markets.
Minister Calls for Research to Reach the Farm
Kyari, represented at the Abuja conference by Bukar Musa, Director of the Federal Department of Agriculture, said plant breeding should be connected directly to the practical needs of farmers and the wider agricultural economy.
According to the minister, scientific crop improvement will have limited value if innovations remain inside laboratories or research stations without reaching farmers, processors and markets.
He called for stronger connections between research institutions and agribusiness investors, improved seed multiplication and distribution, technology-transfer arrangements, effective extension services, financing and greater private-sector participation.
The minister also said improved varieties must be capable of performing under different stresses while maintaining productivity, quality and market relevance.
That distinction is important because agricultural productivity is affected by more than the amount of land cultivated.
A farmer may plant more hectares but still struggle with poor yields if the crop variety is poorly suited to local soil conditions, vulnerable to disease, unable to withstand periods of drought or excessive heat, or lacks the characteristics demanded by processors and consumers.
Plant breeding seeks to address those biological constraints by developing crop varieties with characteristics that can improve performance under specific farming conditions.
The Nigerian Plant Breeders Association says its members work on improved varieties of field crops, vegetables and tree crops, including varieties designed to perform under both stress and non-stress environments.
For Nigeria, the potential application is broad because farming conditions differ significantly across the country.
Crops are grown in humid southern zones, the Middle Belt and increasingly dry northern environments, creating different requirements for drought tolerance, disease resistance, maturity periods, soil adaptation and other characteristics.
A variety that performs well in one ecological zone may not necessarily produce the same result in another.
This makes locally adapted breeding and seed distribution important components of agricultural planning.
Climate Pressure Is Changing the Farming Equation
The timing of the Abuja conference is significant because weather variability is already affecting production expectations for the 2026 season.
FAO’s September 16 country brief said cumulative rainfall between April and July was generally near average in southern and central bimodal rainfall areas, supporting crop development.
However, it also reported several dry spells between mid-May and late July in parts of Oyo, Kwara, Osun, Ekiti, Ondo and Edo states, with satellite observations showing below-average vegetation conditions in some areas.
In northern Nigeria, the organisation said the onset of seasonal rains was generally timely, although some northeastern locations experienced delays of up to one month.
It reported that rainfall later became adequate across much of the far north, producing generally favourable vegetation conditions and yield prospects, while dry spells in July and August affected parts of the Middle Belt and several northern states.
Weather forecasts for September and October indicate a likelihood of average to above-average rainfall across much of central and northern Nigeria, which could support crop development but also increase the risk of localised flooding.
For farmers, such uncertainty makes crop characteristics increasingly important.
A crop variety that can tolerate a period of water stress may perform differently from one that requires a more consistent rainfall pattern.
Likewise, varieties with resistance to specific pests or diseases can reduce the vulnerability of farms when outbreaks occur.
This is one reason plant breeders and agricultural researchers are increasingly discussing resilience alongside yield.
The challenge is not simply to produce a crop that gives a high yield under ideal conditions.
It is to develop crops that can continue producing acceptable yields when conditions are less than ideal.
Food Inflation Adds Pressure
The pressure on farmers is also financial.
FAO reported that Nigeria’s annual food inflation rate reached 20.3 per cent in July 2026, up from 8.9 per cent in January, although it remained below the 26.2 per cent recorded a year earlier.
The organisation also reported that agricultural input costs are constraining production.
Between February and May 2026, fertiliser prices were estimated to have risen by 12 per cent for NPK and 43 per cent for urea, according to FAO.
The agency said rising fuel prices had also increased transportation and production costs, while higher fertiliser prices were likely to have reduced application rates, with potential consequences for yields.
This creates a difficult calculation for farmers.
Every additional bag of fertiliser, litre of fuel, hired labourer, transport journey or seed purchase represents an expense that must eventually be recovered from the harvest.
If yields remain low, rising production costs can make farming less profitable.
For that reason, agricultural innovation increasingly has to be judged not only by biological performance but also by whether it can contribute to economically viable farming.
A higher-yielding variety that requires inputs beyond the reach of smallholders may have limited impact unless financing and extension systems enable farmers to use it effectively.
That was part of the broader message from the Abuja conference: improved genetics must operate within a functioning agricultural value chain.
AfDB Pushes Integration With Agribusiness
The African Development Bank reinforced that point during the conference.
Dr Martin Fregene, the bank’s Officer-in-Charge of its Agriculture, Human and Social Development Complex, called for stronger integration of plant breeding, seed delivery systems, agro-industrialisation and private-sector investment.
In his keynote address, titled “Agro-Industrialization and Agribusiness Investments in Nigeria: Opportunities for Plant Breeding, Seed Delivery Systems and Sustainable Partnerships,” Fregene said improved seeds and agricultural technologies would need supporting systems including markets, infrastructure, finance, insurance, logistics and processing industries to deliver their full potential.
The message points to a major issue in agricultural development: a seed is only one part of a production system.
A farmer may have access to a productive variety but still struggle to obtain fertiliser at planting time.
After harvest, the farmer may face inadequate storage.
Even when production is successful, poor roads or expensive transport can reduce the value received at the farm gate.
If processing facilities are unavailable, perishable crops may deteriorate before reaching consumers.
If financial institutions do not provide suitable agricultural finance, farmers may be unable to expand production.
And without reliable markets, higher production does not automatically translate into higher income.
That is why the conference linked plant breeding with stable supply chains and agribusiness investment rather than treating crop improvement as an isolated scientific activity.
From Laboratory to Farmer
One of the central questions now facing Nigeria is how quickly agricultural research can move from laboratories into commercial production.
The Nigerian Plant Breeders Association has argued that the country cannot address food-security pressures simply by expanding cultivated land.
Its president, Prof. Victor Adetimirin, had earlier identified climate change, emerging pests and diseases, declining soil productivity, pressure on farmland, disrupted supply chains and rising production costs among the challenges confronting Nigerian agriculture.
Adetimirin said investment in plant breeding and agricultural innovation should be aimed at improving productivity, resilience and profitability.
He also stressed that the association’s conference was intended to bring researchers and other participants together to explore how scientific advances could become products, enterprises, investment opportunities and measurable agricultural outcomes.
The emphasis on translation matters because agricultural research can take years and significant resources to produce results.
A new crop variety must undergo research and evaluation before it can be widely distributed.
Seed multiplication must then occur at sufficient scale.
Farmers need access to authentic seed.
Extension officers and other agricultural advisers may need to explain recommended production practices.
Markets and processors must also recognise the characteristics of the crop.
Without those links, scientific advances can remain underused.
Modern Breeding Technologies
The conversation around faster crop improvement also includes newer technologies.
Earlier this month, NPBA officials said modern breeding technologies could shorten the time required to develop improved crop varieties, while still being subjected to relevant laboratory, field, food-safety and environmental assessments.
Dr Ijeoma Akaogu, an NPBA official, said technologies including genetic modification and genome editing could be used to accelerate crop improvement rather than waiting for conventional processes to take many years.
The discussion is broader than any single technology.
Modern plant breeding can combine conventional selection with genetic information, biotechnology, data analysis and other scientific tools.
The NPBA describes plant breeding as the use of scientific principles to improve the genetic potential of plants by selecting and combining characteristics that can contribute to better performance.
The association’s work covers field crops, vegetables and tree crops, with breeding programmes aimed at both normal and stress environments.
In practical terms, this can mean seeking varieties that mature earlier, resist particular diseases, tolerate drought or heat, improve nutritional characteristics or provide qualities demanded by processors.
The exact objective depends on the crop and the production environment.
Seed Systems Remain Critical
Developing a better crop variety does not automatically put better seed into the hands of farmers.
Seed multiplication, quality control, certification, distribution and affordability all influence whether farmers can actually adopt improved varieties.
This is why the federal government’s call for stronger seed multiplication and dissemination was a significant part of the Abuja discussions.
Kyari also identified the need for stronger links between research institutions and investors and clearer mechanisms for technology transfer.
The issue has also been recognised in broader agricultural investment programmes.
In March, the World Bank approved a $500 million International Development Association credit for Nigeria’s Sustainable Agricultural Value-Chains for Growth project.
The six-year AGROW project is designed to increase smallholder productivity, strengthen agricultural value chains and create jobs while improving food and nutrition security.
The project includes support for improved and climate-resilient seeds, agricultural research and extension, early-generation seed supply, seed and fertiliser regulatory systems and private-sector seed production.
The World Bank said the project is expected to benefit up to one million smallholder farmers and mobilise an additional $220 million in private agribusiness investment over the project period.
Its priority value chains include rice, maize, cassava and soybeans.
That provides an example of how research, seed systems and private investment can be combined rather than funded as completely separate activities.
The Bigger Food-Security Picture
Nigeria’s need for higher agricultural productivity is occurring against a significant food-security challenge.
FAO currently estimates that 34.7 million people in Nigeria are projected to face high levels of acute food insecurity, classified as IPC Phase 3 or above.
The organisation identifies conflict, climate variability and disrupted livelihoods among the factors driving the crisis.
Conflict has a direct agricultural effect.
When farmers cannot safely reach their fields, planting and harvesting may be reduced.
FAO reported that insecurity has disrupted farming activities in several Nigerian states, including Benue, Borno, Kaduna, Katsina, Niger, Plateau, Sokoto and Zamfara.
It said attacks by non-state armed groups, levies and cultivation restrictions have forced some farming households to reduce cultivated areas or suspend agricultural activity.
This means that agricultural innovation cannot be treated as a substitute for security.
A drought-tolerant variety cannot solve the problem of a farmer who cannot safely reach a field.
Likewise, improved seed cannot address the lack of a functioning road, storage facility or market.
Instead, crop improvement has to form part of a larger agricultural strategy that addresses production, security, finance, infrastructure, logistics and markets at the same time.
Research Institutions and Private Sector
The Abuja conference also highlighted the need for closer cooperation among institutions that traditionally operate in different parts of the agricultural system.
The participants included research institutes, universities, seed companies, agribusinesses, government agencies, financial institutions, development partners and investors.
NPBA said such cooperation is necessary to turn scientific research into products and enterprises that can reach farmers at scale.
The association also supported 30 students through its 2026 Students Travel Grants, reflecting an effort to strengthen the next generation of plant-breeding researchers.
The conference included technical presentations, discussions and engagements across the agricultural value chain, alongside a research innovation exhibition where agricultural innovations could be presented to investors and other potential users.
Building that human-capital pipeline is important because agricultural research requires specialists who understand genetics, crop science, biotechnology, seed systems, data and field-level production.
If Nigeria wants a sustained domestic capacity for crop improvement, it needs researchers capable of developing and adapting technologies to local farming conditions.
What the New Approach Could Mean for Farmers
For farmers, the success of the renewed emphasis on plant breeding will ultimately be measured in practical terms.
That means whether improved seed becomes available when needed.
It means whether the seed performs under local conditions.
It means whether farmers can afford it.
It means whether extension services explain how best to use it.
It means whether fertiliser, irrigation, mechanisation and other complementary inputs are available.
And it means whether farmers can sell the resulting harvest at prices that justify their investment.
These factors are interconnected.
A better seed can raise production, but higher production without storage can increase post-harvest losses.
A good harvest can generate income, but high transportation costs can reduce the farmer’s share.
A climate-resilient variety can reduce production risk, but it still needs a viable market.
The World Bank’s AGROW framework similarly combines improved seeds with extension, digital advisory services, post-harvest handling, aggregation, value addition and market access.
The broader agricultural objective is therefore moving from simply producing crops toward building an integrated system capable of delivering food from research and farms through processing and distribution to consumers.
Nigeria’s Agricultural Opportunity
Despite the challenges, Nigeria retains a large agricultural base and substantial potential for productivity gains.
The World Bank describes agriculture as Nigeria’s largest source of employment and notes that low productivity, limited access to quality inputs, climate shocks and weak market linkages have constrained the sector’s potential.
Its AGROW programme is designed around the premise that smallholder farmers can become more commercially successful when productivity improvements are combined with stronger value chains and private investment.
Research can contribute to that transition by ensuring that crops are developed for actual market and environmental conditions.
For example, a processor may need a particular crop characteristic for industrial production.
A farmer may need a variety that matures within a shorter growing season.
A region facing recurring disease outbreaks may need resistant varieties.
A drought-prone area may need crops that maintain productivity under water stress.
Plant breeding can help bring those requirements into the crop-development process.
But the research must begin with clear understanding of the farmer and market.
That is why the conference’s emphasis on partnerships is significant.
The Road Ahead
The immediate challenge is to convert the discussions held in Abuja into sustained investment and practical programmes.
Kyari urged conference participants to identify collaborations, investment opportunities and policy actions that can continue beyond the event.
He also called for stronger South-South and international collaboration while building Nigeria’s own agricultural research and innovation capacity.
For the Nigerian Plant Breeders Association, the next stage involves maintaining collaboration among researchers, seed companies, farmers, investors and government institutions.
The association’s stated role includes scientific exchange, professional development, collaboration, advocacy and the advancement of plant breeding as part of agricultural development and national food security.
The African Development Bank’s position adds another dimension: breeding innovation needs to be connected to agro-industrialisation and private investment if it is to produce broad economic effects.
The World Bank’s current agricultural investment framework similarly places research, improved seed, market access and value-chain development within the same programme.
Together, those approaches point toward a more integrated model of agricultural development.
From Better Seeds to Better Food Systems
Nigeria’s food-security challenge cannot be solved by one intervention.
Farmers need secure access to land and fields, reliable inputs, suitable technologies, financing, extension services, roads, storage, processing facilities and markets.
But the quality of the seed planted at the beginning of the process remains fundamental.
A crop cannot produce beyond its genetic potential simply because more fertiliser is applied or more land is cultivated.
That makes plant breeding one component of the productivity equation.
The current push is therefore about building a system in which scientific research produces varieties that respond to real agricultural challenges, seed companies can multiply and distribute them, farmers can afford and use them, processors can create demand for them, and financial and infrastructure systems support the entire chain.
That is the challenge now before Nigeria following the Abuja conference.
The country has researchers developing improved crops, institutions seeking stronger partnerships, international organisations financing agricultural transformation and government officials calling for greater investment.
The test will be whether these efforts can move beyond conferences and policy statements into fields across the country.
FAO’s latest assessment shows why that transition matters. Nigeria’s 2026 crop prospects remain uneven, with weather variability, insecurity and high input costs creating risks for production.
At the same time, food inflation remains elevated and millions of people face acute food insecurity.
In that environment, improving the productivity and resilience of crops is not merely a research objective.
It is part of the wider effort to make farming more reliable, strengthen food supplies, support rural incomes and reduce the vulnerability of Nigeria’s food system to shocks.
The plant breeders’ message from Abuja is therefore straightforward: Nigeria’s agricultural future will depend not only on how much land it cultivates, but also on the quality of the science, seed systems, investment and partnerships connecting that land to the food economy.
The next step is to turn those innovations into seed that farmers can obtain, crops they can grow successfully and harvests that can move efficiently from farms to markets.
That is where the promise of plant breeding will ultimately be tested.
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