Editorials & Explained — 13 October 2026
Illegal Herbicide-Tolerant Cotton: When Regulation Stalls, Technology Goes Underground
An industry-commissioned study finds that a quarter or more of India’s cotton area is sown with GM hybrids carrying unapproved traits — herbicide tolerance (HT) and next-generation Bt. The editorial reads this as proof of farmer demand and blames regulatory paralysis; the issue sits where biosafety, farm economics and rule of law meet.
A genetically modified (GM) crop carries a gene from another organism, inserted to give it a new trait. Bt cotton carries genes from the soil bacterium Bacillus thuringiensis that make the plant produce proteins toxic to bollworm larvae, so farmers need fewer insecticide sprays.
- Bollgard I (2002) — single gene cry1Ac; Bt cotton remains the only GM crop approved for commercial cultivation in India.
- Bollgard II (2006) — two genes, cry1Ac + cry2Ab; today Bt hybrids cover over 90% of India’s cotton area.
- Pink bollworm resistance: by the mid-2010s the pest had evolved resistance to Bollgard II — the classic “pesticide treadmill” in which every single-trait solution erodes over time.
- HT trait: a gene such as cp4-epsps lets the crop survive the herbicide glyphosate, so weeds can be sprayed instead of hand-pulled. Its developer withdrew the HT-Bt cotton application from India’s approval process in 2016.
- Vip3A: a “vegetative insecticidal protein” from the same bacterium but with a different mode of action from Cry proteins — hence its value against Bt-resistant pink bollworm.
- Scale: unapproved HT and next-generation Bt genes were found in over half of seed/leaf samples from 16 districts of Maharashtra, Telangana, Andhra Pradesh and Rajasthan.
- Economics drive adoption: manual weeding costs ₹12,000–15,000 per acre, against ₹750–850 for 2–3 rounds of glyphosate.
- Illegal supply chain: traders and breeders have introgressed (bred in) the traits into local hybrids, bypassing biosafety review.
- Market shift: sales of approved Bt hybrid seed fell to 46.3 million packets in 2025-26, while the unauthorised HT-Bt market grew to an estimated 8.2–8.8 million packets.
- Verdict: the editorial holds the Government responsible, arguing that blocking field trials and commercial release on ideological grounds has turned India from a leading cotton exporter into a net importer.
GM organisms are regulated under the Rules, 1989 (Manufacture, Use, Import, Export and Storage of Hazardous Microorganisms, Genetically Engineered Organisms or Cells), framed under the Environment (Protection) Act, 1986. Seed sale falls under separate farm laws.
- IBSC (Institutional Biosafety Committee) — first-level review at the research institution.
- RCGM (Review Committee on Genetic Manipulation), under the Department of Biotechnology — approves contained research and trials.
- GEAC (Genetic Engineering Appraisal Committee), under the MoEFCC — the apex body for environmental release.
- States: agriculture is a State subject, and several States require a No-Objection Certificate before field trials.
- Seed laws: the Seeds Act, 1966; the Cotton Seed Price (Control) Order, 2015, which caps Bt seed prices and trait fees; and the PPV&FR Act, 2001 on plant varieties.
- Bt brinjal: cleared by GEAC in 2009, then placed under an indefinite moratorium in February 2010.
- GM mustard (DMH-11): GEAC approved environmental release in October 2022; in July 2024 the Supreme Court gave a split verdict, but both judges directed the Centre to frame a national policy on GM crops.
- Genome editing: in 2022, SDN-1 and SDN-2 genome-edited plants without foreign DNA were exempted from GM rules; India released two genome-edited rice varieties in May 2025.
- Glyphosate: classified “probably carcinogenic” (Group 2A) by the WHO’s IARC in 2015; India restricted its application to licensed pest-control operators in October 2022.
- Cotton economy: production has fallen from a peak of about 400 lakh bales (2013-14) to under 300 lakh bales recently, and Indian yields remain well below the world average.
- Farmer demand is not a safety test: widespread adoption shows economic value, not biosafety; the editorial’s case should not be read as an argument against appraisal itself.
- Source caution: the underlying study was commissioned by the seed industry, which has a direct stake in approvals; independent replication would strengthen it.
- Ecological risks: unchecked glyphosate use breeds herbicide-resistant weeds; illegal Vip3A seed without refuge planting could hasten pink bollworm resistance to the one trait still working.
- Labour effects: manual weeding is a major source of wage income for rural women; HT adoption shifts that income away.
- Enforcement gap: penalties under the Seeds Act, 1966 are weak, so illegal seed carries little risk for sellers and none of the accountability of licensed firms.
- Balanced reform path: time-bound, science-based GEAC decisions; transparent biosafety data; clear Centre–State rules on field trials; a modern seed law with real penalties; and trait stewardship (refuges, labelling, liability).
The spread of unapproved herbicide-tolerant cotton shows that regulatory delay does not stop technology adoption — it only drives it underground. Critically examine this statement and suggest reforms to India’s regulatory framework for genetically modified crops. 15 marks · 250 words
Equality at Entry, Exclusion at the Top: Why Reserved-Category Officers Rarely Reach Apex Civil Service Posts
Marking the start of the 60th year since Ram Manohar Lohia’s death (12 October 1967), a serving police officer argues that reservation opens the entry gate of the civil services but two neutral-looking rules — fixed inter-se seniority and a shorter service span — keep marginalised officers away from apex posts.
Ram Manohar Lohia (1910–1967) was a socialist thinker who argued that political equality is hollow without social and caste equality. He called for a large share of leadership and jobs for backward groups, warning that a nation drawing most of its leadership from a narrow social base would stagnate.
- Article 16(1) — equality of opportunity in public employment; Article 16(4) — reservation in appointments for backward classes not adequately represented.
- Article 16(4A) — reservation in promotion for SC/ST (77th Amendment, 1995), extended to consequential seniority by the 85th Amendment, 2001.
- Article 16(4B) — carry-forward of unfilled reserved vacancies (81st Amendment, 2000).
- Article 335 — SC/ST claims to be balanced with efficiency of administration; its proviso (82nd Amendment, 2000) allows relaxation in qualifying marks.
- Key cases: Indra Sawhney (1992) — 50% ceiling, creamy layer, no reservation in promotion; M. Nagaraj (2006) — upheld 16(4A) subject to data on backwardness, inadequacy and efficiency; Jarnail Singh (2018) — no need to prove SC/ST backwardness.
- Barrier 1 — Frozen inter-se seniority: an officer’s position within the batch on the civil list is fixed by UPSC rank and training performance, and stays unchanged until retirement. Reserved-category officers often enter lower in the batch, so they appear last when empanelment for top posts is considered.
- Barrier 2 — Shorter careers: age relaxation lets disadvantaged candidates enter later, but retirement at 60 is uniform, so they have fewer years of service and fewer chances to reach the top.
- “Administrative untouchability”: the author’s term for exclusion that works through neutral procedure rather than open prejudice.
- Social cost: the most capable officers from these communities are kept out of policy-making and informal power networks, weakening the community’s social capital.
- All India Services: created under Article 312 and governed by the All India Services Act, 1951; seniority of IAS officers is regulated by the IAS (Regulation of Seniority) Rules, 1987.
- Cabinet Secretary and Secretaries: appointed by the Appointments Committee of the Cabinet (ACC) from officers empanelled on a merit-cum-seniority basis; empanelment now also draws on a 360-degree (multi-source feedback) appraisal.
- DGP: under Prakash Singh v. Union of India (2006), the State chooses from three senior-most officers empanelled by the UPSC, with a minimum two-year tenure.
- Lateral entry: in August 2024, a UPSC advertisement for 45 lateral-entry posts was withdrawn after objections that single-post recruitment bypassed reservation.
- Theory hook (GS-IV): representative bureaucracy (J. Donald Kingsley, 1944) holds that a bureaucracy mirroring society is more legitimate and responsive; passive representation (who sits there) differs from active representation (whose interests are advanced).
- Equal service years for all, with retirement rules aligned to entry-age relaxation.
- Parity after training — treat all batchmates as equals, ending lifelong inter-se ranking.
- Let the UPSC exam decide entry only, not serve as a permanent judge of an entire career.
- Redesign the civil list on egalitarian lines.
- The diagnosis is strong: the service-span effect is plain arithmetic, and it compounds with seniority-based empanelment — a genuine structural issue rarely discussed.
- Constitutional hurdles: different retirement ages or abolishing merit-based seniority would face scrutiny under Articles 14 and 16(1) and the efficiency test of Article 335.
- Not all reserved officers enter low: many top the merit list, and candidates who qualify on general merit are counted in the open category — the effect is real but uneven.
- Seniority is not the only gate: apex appointments rely on empanelment and discretion; making those processes transparent may achieve more than rewriting the civil list.
- Data gap: caste-wise data on senior posts surfaces only sporadically, mostly through Parliamentary replies; regular publication would allow evidence-based reform.
- Middle path: publish representation data; widen the zone of consideration for apex posts; give weight to service record over batch position; and strengthen mentoring and choice-posting opportunities early in careers.
Reservation has improved representation at the entry level of the civil services, but not at its apex. Examine the structural reasons for this gap and suggest reforms that reconcile the constitutional goals of equality and administrative efficiency. 15 marks · 250 words
A Decade of Research and Innovation: Rising Investment, Persistent Gaps
The author reviews a decade of science policy built around the slogan “Jai Jawan, Jai Kisan, Jai Vigyan, Jai Anusandhan”, citing a rise in R&D spending, new funding institutions and mission-mode programmes. Read as an aspirant, the piece is a useful inventory of schemes — and a prompt to weigh outcomes against the gaps that remain.
The standard yardstick is Gross Expenditure on R&D (GERD) — total spending on research by government, business, universities and non-profits, usually expressed as a share of GDP. A second key measure is who funds it: in advanced economies, business typically funds the majority.
- Slogan lineage: “Jai Jawan, Jai Kisan” (1965) → “Jai Vigyan” added in 1998 after Pokhran-II → “Jai Anusandhan” added at the 106th Indian Science Congress, Jalandhar (January 2019).
- Global Innovation Index (GII): published by WIPO; India rose from 81st (2015) to 38th (2025), as cited by the author.
- Valley of Death: the funding gap between a lab-proven idea and a market-ready product — roughly the middle rungs of the 9-step Technology Readiness Level (TRL) scale, where risk and capital needs both rise.
- Anusandhan National Research Foundation (ANRF): set up under the ANRF Act, 2023, which repealed the SERB Act, 2008; planned spending of ₹50,000 crore over 2023–28, much of it expected from non-government sources. Funds research in universities, colleges and labs, and links academia with industry.
- Research, Development and Innovation (RDI) Fund: a ₹1 lakh crore corpus, approved in July 2025, offering long-term, low- or zero-interest finance and risk capital to push technologies across the Valley of Death.
- National Quantum Mission (2023) — ₹6,003.65 crore to 2030-31; spans computing, communication, sensing & metrology, and materials & devices.
- IndiaAI Mission (2024) — ₹10,371.92 crore; compute, datasets, foundation models, skilling and responsible AI.
- India Semiconductor Mission (2021) — under a ₹76,000 crore programme; the author cites 10 approved projects in six States (2 fabs, 8 packaging units).
- BioE3 Policy (2024) — Biotechnology for Economy, Environment and Employment; the author puts the bio-economy at about $195.3 billion in 2025, with a target of $300 billion by 2030.
- Deep Ocean Mission (2021) and Mission Mausam (2024) — resource and climate security.
- Space and nuclear opening: Indian Space Policy, 2023 and IN-SPACe (2020) for private space activity; the SHANTI Act, 2025 (Sustainable Harnessing and Advancement of Nuclear Energy for Transforming India) allows licensed private participation in nuclear energy.
- Women in science: WISE-KIRAN, GATI (Gender Advancement for Transforming Institutions) and Vigyan Jyoti.
- Start-ups: Startup India (2016); the author cites 2 lakh+ recognised start-ups and 130+ unicorns, making India the third-largest start-up ecosystem.
- Still below 1%: even at 0.84%, GERD trails China (about 2.6%), the US (about 3.5%) and South Korea and Israel (about 5–6%), and falls short of the long-standing national goal of 2% of GDP.
- Thin research workforce: India had about 262 researchers per million people (2020), a small fraction of leading research economies.
- Enrolment is not careers: women are well represented in science enrolment, but made up only about 18.6% of R&D personnel (2020-21) — a leaky pipeline the slogans do not capture.
- Universities under-resourced: higher-education institutions perform a small share of GERD; ANRF’s success depends on reaching state universities, not only elite institutes.
- Outcome evaluation: missions are announced faster than they are evaluated; independent reviews of patents commercialised, products launched and jobs created are needed.
- Perspective: the piece is written in an achievement register; an answer should pair its numbers with these gaps for balance.
India’s spending on research has tripled in a decade, yet it remains below 1% of GDP. Evaluate how institutions such as the Anusandhan National Research Foundation and the RDI Fund seek to bridge the gap between research and commercialisation, and identify what more is needed. 10 marks · 150 words


