By Jones Gadama
Access to agricultural research findings is crucial for transforming the agricultural sector in Malawi, according to Laurent Pungulani, Senior Deputy Director in the Department of Agriculture Research Services. Speaking during the release of 21 integrated agricultural technologies in Lilongwe, Pungulani emphasized the need for scientists to publish their research findings to ensure that key stakeholders, including policymakers and farmers, can access and benefit from them.
The technologies were developed by scientists under the European Union-funded DeSIRA research project, aimed at countering the effects of climate change, improving soil fertility, and dealing with diseases and pests. Pungulani noted that failure to publish agricultural research findings has contributed to reduced agricultural productivity in the country.
DeSIRA Project Manager, Gbenga Akinwale, said the newly released technologies are applicable to all crops and are expected to increase crop productivity by 70 to 85 percent.
These technologies have the potential to revolutionize Malawi’s agricultural sector, improving food security and the livelihoods of farmers.
The release of these technologies is a significant step towards addressing the challenges facing Malawi’s agricultural sector.
By making research findings accessible to key stakeholders, the country can harness the power of science to drive agricultural transformation and improve the lives of its citizens.
The DeSIRA project is a vital initiative that aims to promote sustainable agriculture and improve food security in Malawi.
The project’s focus on climate change, soil fertility, and disease management is critical to addressing the challenges facing the country’s agricultural sector.
With the release of these 21 integrated agricultural technologies, Malawi is one step closer to achieving its agricultural transformation goals.
It is now up to policymakers, farmers, and other stakeholders to work together to ensure that these technologies are adopted and utilized to their full potential.
