Embracing GM and Gene Editing Technologies for Indian Agriculture

India’s agricultural landscape is on the brink of a transformative shift, with the debate around genetically-modified (GM) and gene-edited technologies taking center stage. T Mohapatra, chairman of the Protection of Plant Varieties and Farmers’ Rights Authority, emphasizes that the key consideration in adopting these technologies should be the tangible benefits they offer to farmers.

In a recent address at the DialogueNEXT event in New Delhi, organized by the World Food Prize Foundation in collaboration with the Indian Council of Agricultural Research (ICAR), Mohapatra stressed the importance of aligning research outcomes with the actual needs of farmers. He highlighted the significance of proactive engagement between agricultural scientists and farmers to ensure that new technologies directly address the challenges faced by the agricultural community.

Mohapatra elucidated the distinction between GM and gene editing technologies, underscoring their unique strengths. While GM technology involves introducing foreign genes into a plant to express desired traits, gene editing focuses on precisely modifying existing genes within the plant. This targeted approach allows for more nuanced modifications, particularly when dealing with malfunctioning genes that require correction for improved plant performance.

Key Takeaways:
– Adoption of GM and gene editing technologies should prioritize farmer-centric benefits.
– Proactive engagement between scientists and farmers is crucial for tailoring research outcomes to real-world needs.
– Gene editing offers a targeted approach to genetic modification, allowing for precise corrections and enhancements.
– India’s agricultural innovation can lead to enhanced productivity and sustainability on a global scale.

In the realm of gene editing, Mohapatra highlighted the versatility of the technology beyond the traditional methods known as SDN 1 and SDN 2. He emphasized that gene editing enables the replacement of existing genes with superior variants and the introduction of entirely new genes, paving the way for enhanced crop characteristics and yields.

The recent approval of two gene-edited rice varieties in India, promising improved yields, underscores the potential of these technologies to revolutionize agricultural practices. While these varieties are yet to be commercially cultivated, their approval signals a significant step towards leveraging cutting-edge genetic advancements for agricultural progress.

DialogueNEXT 2025, themed “Take it to the Farmer,” echoes the Indian government’s “Lab to Land” initiative, emphasizing the importance of practical implementation and impact on the agricultural community. Bram Govaerts, Director-General of CIMMYT and Borlaug Institute for South Asia, commended India’s leadership and innovation in agriculture, highlighting the pivotal role of smallholder-centric solutions in driving productivity and sustainability.

Mangi Lal Jat, Director General of ICAR, emphasized the need for increased investments in innovative solutions and partnerships to address the evolving challenges in global agri-food systems. He emphasized that India’s rapid agricultural transformation positions it as a potential hub for smallholder agriculture innovation, with the capacity to drive positive change across the Global South.

As India navigates the complexities of modern agriculture, embracing a diverse range of technologies, including GM and gene editing, becomes imperative. By fostering collaboration, innovation, and a farmer-centric approach, India can chart a path towards sustainable agricultural practices that benefit both farmers and the environment.


In a world where agricultural innovation is paramount, India stands at the cusp of a transformative journey driven by cutting-edge technologies. Embracing the potential of GM and gene editing technologies holds the key to unlocking sustainable agricultural practices that cater to the evolving needs of farmers. As India’s agricultural landscape evolves, the convergence of science, innovation, and farmer-centric solutions paves the way for a brighter, more productive future in agriculture.

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