Ghana’s soybean sector is set for a productivity boost as the Council for Scientific and Industrial Research–Savanna Agricultural Research Institute (CSIR–SARI) unveils new high-yield, high pod clearance soybean lines designed to improve profitability, promote mechanization, and enhance climate resilience.
The demonstration, held in Salaga in the East Gonja Municipality of the Savannah Region, forms part of CSIR-SARI’s strategy to bridge the gap between research and on-farm adoption of improved technologies, an essential step toward expanding Ghana’s oilseed economy and meeting both domestic and export market demands.
The event showcased the Participatory Varietal Selection (PVS) approach, which allows farmers to actively evaluate, rank, and select improved soybean lines based on practical traits such as yield potential, pod clearance, early maturity, pest resistance, and drought tolerance.
According to Dr. Ophelia Asirifi Amoako, Agronomist and Senior Research Scientist at CSIR–SARI, the participatory approach ensures that scientific innovations are directly tailored to farmers’ needs and business realities.
“Our goal is to move innovations from the research shelf to the farmer’s field,” she said. “When farmers are part of the selection process, they understand the traits and are more likely to adopt the varieties commercially.”
The demonstration featured both mother and baby trials, the mother trials managed by researchers to illustrate improved agronomic practices such as row planting, fertilizer use, and optimal spacing; while baby trials allowed farmers to test the new lines on their own plots and compare results with traditional varieties.
Dr. Charles Nelimor, Soybean Breeder at CSIR–SARI, revealed that two innovative lines were under evaluation, one with high pod clearance to support mechanized harvesting, and another with early maturity to help farmers adapt to unpredictable rainfall patterns caused by climate change.
He explained that the high pod clearance line will enable farmers to use combine harvesters, reducing labour costs and post-harvest losses, two key challenges in soybean production.
“This innovation moves farmers closer to full-scale mechanization, improving both productivity and profitability,” he added.
Farmers who participated in the trials observed visible improvements, noting healthier plants, better pod formation, and higher yields compared to local varieties.
While the improved lines promise higher economic returns, stakeholders emphasized the need for stronger market incentives to sustain production.
Dr. Francisca Addae-Frimpomaah, Head of the Soybean Breeding Team at CSIR–SARI, called for a review of the ban on soybean exports, arguing that the policy has constrained the market and discouraged private investment.
“The export ban has made it difficult for farmers to sell their produce, as bulk buyers who previously exported are no longer purchasing from them,” she said. “Revising this policy could reopen access to international markets, drive up prices, and motivate farmers to scale up production.”
Analysts note that Ghana’s soybean production potential, currently estimated at under 200,000 metric tonnes annually remains well below regional demand.
With the introduction of climate-smart, high-yield varieties, the sector could contribute significantly to feed manufacturing, agro-processing, and foreign exchange earnings, particularly if linked to regional value chains within ECOWAS.
For local farmers like Mr. Osman Suleman, who assisted CSIR–SARI with field operations, the demonstration was a practical turning point.
“Manual harvesting causes delays and losses. These high pod clearance varieties will allow us to use harvesters and reduce waste,” he said.
He appealed to the Ministry of Food and Agriculture (MoFA) and other stakeholders to provide mechanization support, especially planters and harvesters, to enable farmers to take full advantage of the new technologies.
The CSIR–SARI soybean demonstration represents a broader shift toward science-led agribusiness development in Northern Ghana.
By combining farmer participation, mechanization, and policy advocacy, the initiative aims to transform soybeans into a commercially competitive and export-ready crop.
Experts say that if coupled with favourable trade policies and investment in input supply chains, the innovations could double yields, create new agribusiness opportunities, and strengthen Ghana’s position as a regional supplier of sustainable oilseeds.
