Nigeria Turns To Indigenous Crops For Climate-Resilient Agriculture

By Johnson Emmanuel

Agricultural stakeholders have called for renewed focus on indigenous crops and stronger farmer-scientist collaboration to build climate-resilient agriculture in Nigeria.

The position was articulated at a joint Farmer–Scientist Engagement Programme and Policymakers Summit hosted at Michael Okpara University of Agriculture, Umudike.

DECISION HIGHLIGHT      
The central recommendation is the integration of indigenous crop systems into national agricultural strategy, supported by research investment, policy alignment, and stakeholder collaboration.

Carol Ibe, Researcher at the University of Cambridge, noted that resilient local crops remain underutilised despite their adaptive advantages.

DECISION MEMO
The push for indigenous crops reflects a strategic reassessment of Nigeria’s agricultural model under climate stress. Current systems, heavily reliant on conventional staples and imports, are increasingly vulnerable to drought, input cost volatility, and supply disruptions.

Ibe’s argument introduces a structural alternative. Indigenous crops such as Bambara beans, cocoyam, and local yam variants are naturally adapted to local climatic conditions, requiring fewer inputs and offering higher resilience to environmental shocks.

However, their marginalisation is policy-driven. Limited research funding, weak value chains, and low commercialisation have confined these crops to subsistence levels. The proposed shift requires repositioning them within formal agricultural markets through research, processing, and market access.

Olayinka Nwachukwu, Professor at Michael Okpara University of Agriculture, emphasised bridging the gap between scientific research and farm-level application. This highlights a systemic disconnect where innovations fail to translate into productivity gains due to weak extension systems.

Kingsley Uzoma, Senior Special Assistant to the President on Agribusiness and Innovation, outlined ongoing policy efforts, suggesting that government intervention is evolving but remains fragmented.

The broader implication is that climate resilience in agriculture is less about new technologies and more about reconfiguring existing systems to align with ecological realities.

DATA BOX

• Africa food imports: ~$75 billion annually
• Programme duration: 2 days
• Core focus: indigenous crops, climate resilience, research collaboration

WHO WINS / WHO LOSES
Farmers benefit from lower input dependency and improved resilience to climate variability.

Local agribusinesses gain opportunities in processing and value addition of indigenous crops.

Research institutions and extension systems gain relevance through applied innovation.

Import-dependent food supply chains may face reduced demand if local alternatives scale.

POLICY SIGNALS
The discourse signals a shift towards localisation in agricultural policy, prioritising crops suited to domestic ecological conditions.

It also reflects increasing emphasis on integrating research, policy, and practice within agricultural systems.

INVESTOR SIGNAL
Emerging opportunities exist in indigenous crop value chains, including seed development, processing, and distribution.

Climate-resilient agriculture is becoming a priority investment theme, particularly where it intersects with food security and import substitution.

RISK RADAR
Adoption risk remains significant, particularly due to entrenched preferences for conventional crops and weak market structures.

There is also policy execution risk, as fragmented interventions may limit scalability.

Commercial viability risk persists if value chains for indigenous crops are not sufficiently developed to support large-scale investment.