The Africa Rice Center (AfricaRice) and the African Agricultural Technology Foundation (AATF) have entered a five-year strategic partnership aimed at accelerating the adoption of improved agricultural technologies across Africa’s rice sector, as the continent seeks to narrow a widening gap between domestic rice production and rapidly growing demand.
The agreement, signed on 21 July 2026, brings together AfricaRice’s scientific expertise in rice breeding, agronomic research and locally adapted innovations with AATF’s extensive experience in delivering agricultural technologies to smallholder farmers across 32 African countries. The collaboration seeks to improve farmer access to improved seed varieties, mechanisation, modern farming practices and technical support, strengthening one of Africa’s most important staple food value chains.
The partnership comes at a critical time for Africa’s food systems. According to data from the OECD-FAO Agricultural Outlook, the continent continues to produce substantially less rice than it consumes. Between 2023 and 2025, Africa recorded average annual rice production of 27.6 million tonnes, against annual consumption averaging 45.3 million tonnes, leaving a supply gap of nearly 18 million tonnes that is largely met through imports from Asia. The growing dependence on imported rice has significant implications for African economies. Rising import bills expose countries to international price volatility, exchange rate pressures and global supply disruptions, while increasing pressure on governments seeking to strengthen food security and reduce trade deficits through higher domestic agricultural production.
Improving productivity has therefore become a strategic priority. According to the OECD-FAO Agricultural Outlook, Africa’s average rice yield stood at less than two metric tonnes per hectare in 2025, well below the global average of nearly three tonnes per hectare. Closing this productivity gap is regarded as essential if African producers are to compete more effectively with imported rice while meeting the continent’s expanding food demand. According to AfricaRice, one of the principal barriers to higher productivity remains limited farmer access to improved seed varieties, modern farming technologies and extension services. Although research institutions have developed high-yielding and climate-resilient rice varieties suited to African conditions, adoption has remained uneven due to weak seed distribution systems, financing constraints and limited access to agricultural knowledge.
The new partnership seeks to address these challenges by accelerating the transfer of research outputs from laboratories to farmers’ fields. Through joint programmes, the two organisations will promote improved crop varieties alongside technologies that enhance productivity, strengthen resilience to climate variability and improve overall farm performance. Mechanisation also forms a central component of the initiative. Rice production across many African countries remains highly dependent on manual labour, limiting farm expansion, increasing production costs and reducing competitiveness.
AfricaRice Director General Dr Baboucarr Manneh said the collaboration would support the development and wider adoption of agricultural machinery capable of improving land preparation, harvesting and post-harvest processing while reducing labour requirements and improving the quality of locally produced rice. Improved mechanisation is increasingly viewed as an important pathway towards modernising African agriculture, particularly as rural labour shortages emerge in several countries and producers face mounting pressure to increase efficiency while adapting to climate-related production risks.
The timing of the partnership reflects longer-term shifts in global food demand. According to the OECD-FAO Agricultural Outlook, Africa and Asia are expected to account for most of the increase in global rice consumption over the next decade, driven primarily by population growth, urbanisation and changing dietary patterns. Average rice consumption across Africa currently stands at approximately 26 kilograms per person annually, making it the world’s second-largest rice-consuming region after Asia, where annual per capita consumption averages 72 kilograms. By 2035, African consumption is projected to rise further to 29.6 kilograms per person, increasing pressure on domestic production systems.
Meeting this growing demand will require more than scientific innovation alone. While improved technologies can significantly increase yields, agricultural experts note that sustained productivity gains will depend on stronger seed systems, improved access to affordable financing, expanded rural infrastructure and more effective agricultural extension services capable of supporting widespread technology adoption.
The partnership therefore reflects a broader recognition that agricultural transformation depends on strengthening entire value chains rather than focusing solely on crop improvement. Better seed varieties, mechanisation, farmer training, market access and investment in rural infrastructure must work together if African countries are to achieve greater food self-sufficiency.
For Africa, improving rice productivity carries wider economic significance beyond agriculture. Rice has become one of the continent’s fastest-growing staple foods, and reducing dependence on imports could strengthen foreign exchange reserves, improve trade balances and enhance resilience against global food supply disruptions. Increased domestic production would also create opportunities for agribusiness development, value addition, rural employment and greater private-sector investment across agricultural value chains.
As governments continue prioritising food security under the African Union’s Comprehensive Africa Agriculture Development Programme (CAADP) and broader Agenda 2063 objectives, partnerships between research institutions and technology delivery organisations are expected to play an increasingly important role in translating scientific innovation into measurable improvements in agricultural productivity, farmer incomes and national food resilience.
