- Why in news
- On 26 July 2026, TAAS, ICAR and FSII held a roundtable in India on reforming the regulation and approval of GM and genome-edited crops. Its recommendations will go to the concerned Ministries and regulators as a policy document.
- What it is
- GM crops in India are regulated under the Environment (Protection) Act, 1986 and the 1989 Rules, through several bodies. The Genetic Engineering Appraisal Committee (GEAC) in the Environment Ministry is the apex body that approves the environmental release of GM organisms. Genome-edited crops raise the question of whether they need the same strict rules as transgenic crops.
- Legal basis
- The framework for transgenic crops rests on the Environment (Protection) Act, 1986 and the Rules of 1989.
- Who sits where
- RCGM works under the Department of Biotechnology. GEAC works under the Environment Ministry (MoEFCC). IBSCs are institution-level committees. FSSAI and ICAR are also part of the system.
- Differentiated approach
- India already treats certain categories of gene-edited products differently, but participants said clarity, harmonization and predictability still need improvement.
- Roundtable ask
- It called for a risk-proportionate framework with streamlined, time-bound approvals open to public and private innovators.
- GEAC approval
- GEAC is the body that approves the environmental release of GM organisms; the Environment Ministry chairs it through a Special Secretary or Additional Secretary.
Don’t confuse with GEAC vs RCGM: GEAC (MoEFCC) gives approval for environmental release of GM organisms. RCGM (DBT) oversees research and lab-level biosafety.
Don’t confuse with GM vs genome-edited crops: GM (transgenic) crops carry foreign genes. Genome editing such as CRISPR-Cas makes targeted changes to the plant's own genes, and may be regulated differently.
Laws, judgments and statutory bodies: 30 Prelims questions since 2013 (what the law says, who chairs, legal basis). In Mains, 44 news-triggered questions, most in GS2, asking for provisions and challenges.
Why it matters
- Faster, predictable approvals could support climate resilience, productivity, nutritional security and farmer incomes.
- A risk-proportionate system can let public and private innovators bring safe crops to farmers.
Problems
- Many regulators and guidelines overlap, which complicates testing and approval.
- Biosafety, biodiversity and consumer-safety concerns must be balanced against speed.
Way forward
- Review and simplify the multiple guidelines and testing procedures, with time-bound approvals.
- Build accredited labs, raise DBT funding, and frame a national biotechnology policy.
Put in your answer
Regulatory architecture: Multi-tier system under the EPA 1986 and 1989 Rules, with IBSC, RCGM, GEAC and others.
Policy suggestion: Call to review multiple guidelines to simplify testing procedures.
- 2021Mains GS3 · Q14Challenges to crop diversification and how emerging technologies offer opportunities.
- 2024Mains GS3 · Q5Global IPR scenario on life materials and reasons for weak commercialization of patents.
- 2026Mains GS3 · Q5Explain two examples of biotechnology helping farmers process perishable crops.
- 2017Prelims Q45How genome sequencing can help crop improvement: markers, faster variety development, host-pathogen studies.
- 2019Prelims Q99What is Cas9 protein, the molecular scissors used in gene editing?
UPSC’s own questions that come close to this issue, from our Prelims and Mains banks.
No practice question for this one; the card may still help an answer. Why: Lasting topic: GEAC, RCGM and the Environment (Protection) Act framework for GM crops. The release is a roundtable with no decision, so a question is unlikely now.
Worth revising until Prelims 2028: most news questions come within two years of the event.