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Nuclear techniques for climate-smart agriculture










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    Monitoring soil-water-nutrient interactions for healthy soils 2016
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    Soil, water and nutrients are vital for life and food security. Isotopic technologies play a crucial role in assessing the impacts of changing weather patterns on soil and agricultural water resources. The Joint Food and Agriculture Organization of the United Nations/ International Atomic Energy Agency (FAO/IAEA) Division of Nuclear Techniques in Food and Agriculture assists member countries to use nuclear and isotopic techniques to effectively measure real-time changes in soil and water quantit y and nutrient movement, thereby improving farming practices that keeps the soil healthy, save water and nutrients and optimize crop yields.
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    In action - Nuclear applications in agriculture
    On-the-ground success, Part V
    2021
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    The FAO-IAEA partnership, through the Joint FAO/IAEA Centre of Nuclear Techniques in Food and Agriculture, is a powerful example of interagency cooperation, unique in the UN family - a fusion of complementary mandates, common targets, joint programming, co-funding and coordinated management. Its close cooperation with both parent organizations has brought with it greater efficiency and shared approaches, responding to the needs of Member Countries and providing services and results to them and the international community at large. The Joint FAO/IAEA Centre's activities are carried out through two major delivery mechanisms: coordinated research projects and technical cooperation projects. Coordinated research projects are funded by the Joint Centre's regular budget and are implemented through global research networks; technical cooperation projects are funded by the IAEA's technical cooperation programme through voluntary contributions from Member Countries to carry out technology transfer and capacity building. A key strength of the capacity building, technology transfer and research tools supported by the Joint Centre derives from the intimate links between on-ground demand and adaptive research, as well as between institutions and farmers in Member Countries. This facilitates continuous feedback between R&D activities and field validation, as well as remedial action, if necessary, at any stage in the capacity building and technology transfer process. Through its focus on nuclear applications in food and agriculture, the Joint Centre provides dedicated solutions that contribute towards national, regional and global attainment of the Sustainable Development Goals. In a world dealing with changing climates and associated extreme weather events; with emerging diseases that impact human and animal health and spread at unimaginable speed through global travel and trade; with growing populations dealing with poverty and hunger and facing scarce resources and disappearing biodiversity - this portfolio of issues and risks brings to light the urgent need for innovative technologies. Innovative technologies are providing for a better world and continue to have a major impact on finding solutions and delivering results for the global attainment of the United Nations' 2030 Agenda for Sustainable Development. The application of these technologies is helping to provide better nutrition, better production, a better environment and better livelihoods (the Four Betters) for the planet. This and related stories are highlighted in this biennial publication.
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    Addressing Food Safety and Quality with Nuclear Techniques 2016
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    Food safety and quality are a global concern, especially in addressing food security. The Joint FAO/IAEA Division conducts research and supports capacity building on nuclear and isotopic techniques to support food safety/ quality control systems. A significant constraint among many countries is limited laboratory capability and lack of reliable and cost effective analytical methods meeting national/international standards and guidelines.

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