Embracing Genetic Innovation for India’s Agricultural Future
Kartavya Desk Staff
Syllabus: Agriculture
Source: IE
Context: India faces international pressure to open its agriculture market to genetically modified (GM) crops, even as domestic biotech innovation remains restricted.
• Only Bt cotton is officially approved, while other GM crops like Bt brinjal and GM mustard face regulatory bottlenecks.
About Embracing Genetic Innovation for India’s Agricultural Future:
Current Status of Indian Agriculture:
• Declining Cotton Productivity: Cotton yield has dropped from 566 kg/ha (2013–14) to 436 kg/ha (2023–24), lagging far behind China and Brazil.
• Rising Import Dependency: India, once a net exporter, has become a net importer of cotton, with imports touching $0.4 billion in 2024–25.
• Biotech Saturation: Only Bt cotton is officially cultivated, while GM mustard, brinjal, soy, and corn await approvals.
• Widening Yield Gap: India’s average cotton yield is just 436 kg/ha, while China and Brazil achieve over 1,800–1,900 kg/ha.
• Technology Disparity: Though global GM acreage has crossed 200 million ha, India lags due to regulatory blockages and political hesitancy.
Government Interventions in Agriculture:
• Bt Cotton Launch (2002): Bt cotton approval under Vajpayee government led to a 193% rise in output in a decade.
• SPCO 2015: The Cotton Seed Price Control Order capped trait fees, reducing biotech firms’ incentives to invest.
• Conditional GM Mustard Clearance (2022): The GEAC gave a green light for environmental release, but commercialisation is stuck.
• Jai Anusandhan Initiative: Recent launch of a ₹1 lakh crore RDI fund aims to strengthen agriculture innovation ecosystems.
• Technology Transfer Mandates (2016): Government imposed rules for forced tech sharing and fee caps, discouraging private sector entry.
Key Challenges in Agricultural Development:
• Regulatory Delays: Bt brinjal (moratorium since 2009) and GM mustard face prolonged approval bottlenecks.
• Illegal HT-Bt Cotton Use: Despite a ban, HT-Bt cotton is grown across 5 major states, covering up to 25% of area.
• Rigid Policy Framework: Regulatory controls like trait fee caps and license terms have deterred innovation.
• Pest Infestation: Cotton is increasingly attacked by pink bollworms and whiteflies, causing yield losses.
• Farmer Vulnerability: Farmers using unregulated seeds face higher crop failure risk without legal protection or redress.
Arguments Against GM Crops in India:
• Ecological risks and biodiversity loss: Introduction of GM crops like Bt brinjal or GM mustard may lead to genetic contamination of native varieties and reduce biodiversity.
• Health uncertainties: Long-term health effects of consuming GM foods remain scientifically inconclusive, leading to public distrust and court cases.
• Undermining seed sovereignty: GM crops often come with intellectual property rights, making farmers dependent on large corporations for seed purchase every season.
E.g. Monsanto-Mahyco Bt cotton disputes highlight farmers’ loss of seed autonomy.
• Regulatory opacity and trust deficit: Lack of transparency in GEAC approvals and insufficient field trials have triggered protests from scientists and farmer unions.
E.g. Bt brinjal moratorium in 2009 followed mass opposition from states and civil society.
• Risk of monopolies and economic vulnerability: High-cost GM seeds may exclude small and marginal farmers, increasing inequality in access to technology.
Role of Innovation in Transforming Agriculture:
• Bt Cotton Success Story: Bt cotton increased productivity by 87% and boosted income, especially in Gujarat.
• Global GM Adoption: Over 76 countries now grow GM crops across 200+ million hectares, raising yields and reducing input costs.
• GM Mustard & Brinjal Potential: These crops can reduce pesticide use and enhance yields, improving food security.
• Innovation-Driven Growth: Initiatives like Jai Anusandhan can transform agriculture only if backed by market-facing policies.
• Biotech for Bharat: Vajpayee’s vision – “What IT is for India, BT is for Bharat”—emphasized biotech’s role in rural upliftment.
Conclusion:
India’s agricultural future depends on science-led innovation, not protectionism. Bridging the gap between regulation and on-ground demand is key to revitalising productivity. Commercialising tested GM crops will ensure food security, rural prosperity, and global competitiveness.