Vienna, Austria
September 29, 2022
At the IAEA Seibersdorf laboratories, a training course participant feels the texture of a mutant barley head — one of the contrasting features — as other participants look on (Photo: D. Calma/IAEA)
Food and nutrition security — or regular access to sufficient, safe and nutritious food — continue to be challenged by often overlapping factors, including droughts, floods or harmful insects. Nuclear techniques offer the means to help meet the growing demand for food and provide better access to healthy diets, participants agreed at an event today organized on the sidelines of the IAEA’s 66th General Conference. Delegates from Africa and other regions of the world came together to review the progress attained in the agricultural sector towards adapting to climate change on the African continent with the help of nuclear science and technology.
“The continent faces substantial challenges in ensuring food security and improving nutrition. An even closer collaboration across countries and institutions in the region and at the international level is needed to address these challenges effectively,” said Hua Liu, IAEA Deputy Director General and Head of the Department of Technical Cooperation, who opened the event. “As the IAEA, we take a holistic and integrated approach as we support member states through their national, regional and interregional technical cooperation programmes.”
The event, titled 'Enhancing Capacities of Member States in Africa to Achieve Food Security Through the Peaceful Use of Nuclear Techniques', included a panel discussion that brought together experts from Germany, Kenya, Morocco, Namibia and the High-Level Steering Committee of the AFRA Agreement to address ways in which nuclear science and technology help increase the efficiency of agricultural production, protect soil and water resources, ensure the safety and quality of food, and facilitate export and trade of agricultural produce.
Experts' presentations at the event included a case study on Namibia’s experience with drought-tolerant crops through the use of plant mutation breeding; Morocco’s successes in agricultural soil and water management using fallout radionuclides and the stable isotope technique; regional initiatives on climate-smart agriculture using nuclear technology to enhance sustainability, and human resource development in nuclear science and technology in Africa.
“The AFRA Human Resources Development (HRD) Committee has developed a draft strategy to substantially increase the availability of young professionals with the technical and vocational skills needed to implement climate-smart agriculture, deploy isotopic techniques and produce new plant varieties using radiation technology,” said Professor James Kahindi, Deputy Vice Chancellor at Pwani University in Kenya. “The draft HRD policy will also connect nuclear establishments with academic institutions to promote the work conducted with nuclear techniques and to ensure synergy between both sectors.”
Making food healthier and more accessible
The IAEA jointly with the Food and Agriculture Organization of the United Nations (FAO) cooperates with more than 400 research institutions and laboratories to support countries by providing them with the necessary expertise, training and equipment to protect and enhance their agricultural production and improve food and nutrition security.
By sharing knowledge and technology through its technical cooperation programme, the IAEA helps countries with implementing nuclear and related techniques in the agricultural sector. In Uganda, for example, experts have used plant mutation breeding to tackle brown streak disease that endangers the root vegetable, cassava. In Nigeria, drip irrigation systems have helped farmers to decrease water consumption by 45 per cent while increasing yields of cucumber, watermelon and okra by 60 per cent in comparison to other methods. In Ghana, molecular and nuclear-derived techniques have been applied to swiftly diagnose and assist in early containing bird flu in 2018, averting a major economic blow to the region’s poultry industry.
The IAEA has been closely cooperating with the African Union on the applications of nuclear technology in agriculture to support the continent of 1.4 billion people. Currently, the IAEA works with 47 African countries to increase agricultural productivity, build the resilience of food systems to climate change, reduce greenhouse gas emissions in agriculture and ensure food and nutrition security, considering national and local specificities.
“While addressing the issue of food security we must look at the entire value chain — from farm to fork,” said Najat Mokhtar, IAEA Deputy Director General and Head of the Department of Nuclear Sciences and Application, at the event. “Nuclear techniques play a role in food and agriculture aiming to contribute to global food security and sustainable agricultural development.”
In many arid countries, barley is a preferred crop for cultivation due to its relative drought tolerance. With support from the IAEA, training course participants and fellows are routinely trained in the development of newer, resilient varieties. (Photo: D. Calma/IAEA)
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