India’s Seed Bill Faces a New Test: Can Gene Editing Move Beyond the GM Debate?

India’s proposed Seed Bill could determine how the country regulates the next generation of agricultural biotechnology. Industry bodies are seeking explicit legal recognition for gene editing, arguing that technologies such as molecular breeding, genomic selection and AI-assisted breeding can accelerate the development of higher-yielding and climate-resilient crop varieties. But the proposal faces political and regulatory sensitivities, particularly around genetically modified and transgenic seeds. With the government having finalised the Bill after receiving more than 14,000 public submissions, the question now is whether India can create a regulatory framework that encourages scientific innovation while addressing concerns around agricultural safety and public acceptance.

India's seed sector is approaching an important regulatory moment. The government has finalised the proposed Seed Bill, which is awaiting political approval for introduction in Parliament, after its draft released for public consultation in November 2025 received more than 14,000 suggestions and views. Agriculture Minister Shivraj Singh Chouhan has indicated that the legislation is ready to be placed before the House. At the centre of the emerging debate is not simply how India regulates seeds, but whether the country's legal framework will be capable of accommodating newer technologies that are increasingly influencing global agriculture.

Among the strongest demands from the private sector is clearer legal backing for gene editing. Industry representatives argue that advanced breeding technologies—including molecular breeding, genomic selection, gene editing, speed breeding, digital phenotyping and artificial-intelligence-enabled breeding analytics—could significantly reduce the time required to develop new crop varieties. ASSOCHAM, in a report prepared with Grant Thornton Bharat, has called for these technologies to be scaled up, arguing that they could help shorten the traditional 10–15-year varietal development cycle while improving genetic gains. The demand comes as India attempts to strengthen agricultural productivity, climate resilience and competitiveness in the global seed economy.

The debate becomes more complicated because of India's experience with genetically modified crops. GM technology has not been commercially permitted for cultivation in any food crop in India, although genetically modified cotton was commercialised in 2002. Industry representatives therefore appear keen to establish a clearer legal pathway for gene editing without allowing the regulatory uncertainty surrounding GM crops to automatically extend to newer breeding technologies. The distinction is important because gene editing and conventional transgenic modification are not necessarily identical technological processes. Yet the political debate surrounding biotechnology remains highly sensitive, as demonstrated by the opposition to the word “transgenic” in the draft legislation from the Bharatiya Kisan Sangh, which called for its removal and said transgenic or genetically modified seeds should not be considered.

The issue also has an immediate economic dimension. Former ICAR director-general R. S. Paroda has warned that India's cotton sector has been losing global leadership and argued for the adoption of next-generation GM technologies through science-based regulatory reforms. He has linked rising cotton imports with potential geopolitical and market risks, particularly in a crop where India was once the world's largest producer. At the same time, the ASSOCHAM report deliberately focused on gene editing and other advanced breeding technologies rather than calling for a broader acceptance of GM technology. That distinction illustrates the larger challenge facing policymakers: India wants agricultural innovation, but it has yet to reach a broad political consensus on how far biotechnology should be allowed to go.

The Seed Bill therefore has the potential to become more than another agricultural regulation. It could establish how India approaches the relationship between scientific innovation, farmer interests, food security and regulatory caution for years to come. The government's eventual treatment of gene editing—whether explicitly in the legislation or through subsequent rules—will signal how willing India is to embrace emerging agricultural technologies. For a country facing rising food demand, climate pressures and growing competition in global agricultural markets, delaying innovation carries its own risks. But technological progress will also require credible regulation, transparent scientific assessment and public confidence. The real test for the Seed Bill will be whether it can provide all three.