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Bihar Makhana Farming Set for Revolution, Scientists Develop Thorn-Free Variety to Reduce Farmers’ Risk and Cost

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Bihar Agricultural University scientist Dr. Reema Kumari is developing a thorn-free Makhana variety using DNA technology. The innovation aims to reduce injury risk, lower farming costs, and boost global competitiveness.

Bihar’s globally famous Makhana, also known as fox nuts, is set to undergo a major scientific transformation that could completely change the way it is cultivated and harvested. Known for its health benefits and international demand, Makhana farming has long been associated with a painful and labor-intensive harvesting process. Farmers and workers often suffer injuries due to sharp thorns on the plant during collection and processing. However, a new scientific breakthrough from Bihar Agricultural University, Sabour, promises to eliminate this long-standing challenge.

A senior scientist, Dr. Reema Kumari, has received research funding from the central government to develop a thorn-free variety of Makhana. The project aims to modify the plant structure in such a way that its stems and leaves do not develop sharp spines. This innovation is expected to make cultivation safer, more efficient, and economically viable for thousands of farmers across Bihar.

A Painful Harvesting Process Set for Change

At present, Makhana cultivation involves significant physical risk. During harvesting and processing, workers often suffer cuts and injuries caused by the sharp thorns present on the plant. This makes the entire process highly labor-intensive and dependent on skilled manpower. Despite being one of Bihar’s most valuable agricultural products, the difficult harvesting conditions have remained a major challenge for decades.

Dr. Reema Kumari’s research focuses on eliminating this problem at its root. The project aims to identify the specific genes responsible for the development of thorns in the Makhana plant. Once these genes are identified, scientists will use advanced DNA-based modification techniques to alter the plant’s genetic structure. The goal is to develop a new, improved variety of Makhana that is completely free from thorns.

DNA Technology Driving Agricultural Innovation

The project is based on modern genetic science and biotechnology. By studying the plant at the molecular level, researchers are working to understand how thorn formation is controlled within its genetic code. After identifying the responsible genes, genetic engineering techniques will be used to modify or deactivate them, resulting in a safer and more farmer-friendly crop.

This scientific advancement is expected to be a major breakthrough not only for Bihar but for global agriculture as well. Once successful, the new variety could significantly reduce the risks associated with harvesting and make the entire production process more efficient.

Reduction in Farming Costs and Increased Efficiency

One of the biggest advantages of this innovation will be a reduction in production costs. Currently, Makhana harvesting requires specialized manual labor due to the risk of injury, which increases overall expenses. With a thorn-free variety, mechanized harvesting methods such as harvesters could be introduced for the first time in Makhana farming.

This shift towards mechanization would save both time and labor costs. It would also reduce crop damage during harvesting and improve overall yield efficiency. Farmers would benefit from higher productivity and lower operational costs, making Makhana cultivation more profitable in the long run.

Strengthening Bihar’s Global Position in Makhana Trade

Bihar is already the world’s largest producer of Makhana, contributing nearly 80 percent of global production. Districts such as Darbhanga, Madhubani, and Purnea are key centers of cultivation, where thousands of rural families depend on this crop for their livelihood.

Over the years, Bihar’s Makhana has gained significant international recognition. It is exported to countries across Europe, the United States, and the Middle East, where it is valued as a superfood due to its nutritional benefits. The Geographical Indication (GI) tag awarded to “Mithila Makhana” on August 16, 2022, further strengthened its global identity.

With the introduction of a thorn-free variety, Bihar’s position in the global Makhana market is expected to become even stronger. Easier cultivation and lower production costs will enhance competitiveness, allowing farmers to expand production and tap into larger international markets.

A New Era for Farmers in Bihar

The success of this research could bring transformative changes to thousands of villages across Bihar where Makhana farming is a primary source of income. By reducing physical risk and increasing efficiency, the new variety has the potential to improve the socio-economic conditions of farmers.

Experts believe that this innovation could mark the beginning of a new agricultural era in Bihar, where traditional farming practices are upgraded with scientific solutions. The combination of biotechnology and agriculture may pave the way for more such innovations in other crops as well.

Conclusion

The development of a thorn-free Makhana variety represents a significant step forward in agricultural science and rural development. If successful, it will not only make farming safer and more efficient but also strengthen Bihar’s dominance in the global superfood market. For farmers, it offers hope of reduced hardship and increased income, while for the state, it signals a new chapter of scientific agricultural advancement.

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