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Nuclear Science Enhances Indian Agriculture

The Bhabha Atomic Research Centre (BARC), under the Department of Atomic Energy (DAE), is harnessing nuclear science to revolutionize agriculture and food preservation in India. Through radiation-induced mutagenesis combined with cross-breeding techniques, BARC has developed 72 improved crop varieties across oilseeds, pulses, rice, jute, and banana, now released for commercial cultivation. These high-yield, stress-tolerant varieties are providing tangible benefits to farmers nationwide.

Recent Advances in Crop Varieties

In the last five years (2020-2025), BARC has successfully developed 23 new varieties for cultivation. These include 7 rice varieties, 5 mustard varieties, 3 black gram, 3 sorghum, 2 groundnut, 1 mung bean, 1 sesamum, and 1 banana variety. The breeder seeds produced for these crops amount to 1,680 quintals, enabling an estimated 18,05,300 quintals of seeds for farmer use through multiplication processes.

Radiation-Based Food Preservation

BARC has developed radiation-based food preservation technologies, complemented by cold storage, to extend shelf life and reduce post-harvest losses. Irradiation effectively eliminates insects and microbes in grains, spices, and other perishable produce, providing a chemical-free preservation method. This technology is aiding exports of mangoes, pomegranates, and other agricultural products to countries such as the USA and Australia, while also enhancing the marketability of spices, grains, vegetables, and processed food products.

Infrastructure and Industry Adoption

To facilitate large-scale deployment, 41 food irradiation and medical product sterilization facilities have been commissioned across private and state sectors. These centers provide radiation processing services on demand. BARC is also developing comprehensive Standard Operating Protocols (SOPs) for irradiation, ensuring safety, consistent results, and improved market value.

Research Collaborations and Global Standards

DAE and BARC conduct extensive R&D in nuclear agriculture in collaboration with State Agricultural Universities and ICAR research institutes. These initiatives not only help extend the shelf life of perishable crops but also enable India to meet international quarantine standards, facilitating access to high-value global markets. Export-oriented irradiation treatments have successfully allowed mangoes and pomegranates to reach markets in the USA, Australia, South Africa, and Malaysia.

Impact on Farmers and National Food Security

By integrating radiation science into agriculture, the government’s initiatives are strengthening food security, reducing wastage, and boosting farmer incomes. The combination of improved crop varieties, advanced preservation methods, and collaboration with global markets is positioning India as a leader in scientific agriculture and value-added agri-trade.

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