The Hindu
Important News Articles & Editorial Analysis
Daily Current Affairs · Raman Academy, Shimla
India, Nepal hold talks on post-flood reconstruction and a reset in bilateral ties
External Affairs Minister S. Jaishankar’s meeting with Nepal’s Finance Minister Swarnim Wagle marks a pivot in bilateral ties. Grounded in India’s ‘Neighbourhood First’ policy, the outreach addresses humanitarian relief after catastrophic Himalayan flash floods while laying groundwork for a reset ahead of Prime Minister Balen Shah’s visit to New Delhi. The engagement matters because Kathmandu’s government is new: Shah took office in March 2026 after his party’s landslide win, following the interim administration that governed after the youth-led protests of September 2025.
Core Analysis
The August flash floods caused heavy casualties and structural devastation estimated to exceed $5 billion, underlining the need for collaborative disaster management frameworks. India’s immediate medical and technical assistance reinforces its position as the region’s preferred first responder — a role that has consistently done more for Indian standing in the neighbourhood than formal agreements have.
Talks emphasised expanding multi-modal connectivity — cross-border rail, roads and energy grids — and resolving long-pending airspace and overflight permissions for Nepali airports. The overflight question is the sleeper issue here: it determines whether Nepal’s newer international airports can operate viable routes at all.
Nepal’s push for international climate compensation at the UN General Assembly highlights the exposure of Himalayan ecosystems to warming. This brings climate justice into regional diplomacy, and it is an argument India and Nepal can make together rather than separately — both are downstream of the same retreating glaciers.
Past hurdles — boundary delineation and trade imbalances — require pragmatic economic diplomacy rather than declaratory friendship. Engaging a newly elected leadership is an opportunity to institutionalise trust so that the relationship does not reset itself with every change of government in Kathmandu.
Nepal’s administration is led by a party that did not exist a few years ago, headed by a 36-year-old former mayor, with an economist at Finance. India’s traditional channels ran through established parties; a generational and institutional shift in Kathmandu means the relationship has to be rebuilt with people who owe nothing to the old arrangements. That is both the risk and the opportunity in the word “reset”.
Nepal’s Political Transition, 2025–26
| When | What happened | Why it matters |
|---|---|---|
| September 2025 | Youth-led protests over corruption and a social media ban bring down the government | A leaderless, digitally coordinated movement forces a change of regime |
| September 2025 | Sushila Karki, a former Chief Justice, heads an interim government; the House is dissolved | First woman to lead a government in Nepal; mandate limited to holding elections |
| December 2025 | Balen Shah, then Mayor of Kathmandu, joins the Rastriya Swatantra Party | A non-traditional figure enters national politics |
| March 2026 | General election; the RSP wins a large majority in the House of Representatives | A landslide for a party formed only in 2022 |
| 27 March 2026 | Balen Shah sworn in as Prime Minister; Swarnim Wagle takes Finance | Generational transition; at 36, among the youngest serving heads of government anywhere |
| August 2026 | Catastrophic Himalayan flash floods; damage estimated above $5 billion | The first major test of the new government, and of regional disaster cooperation |
| September 2026 | Jaishankar meets Wagle; reset discussed ahead of Shah’s New Delhi visit | India engages the new establishment early rather than waiting |
Static Dimensions to Revise
- Bilateral framework: The India-Nepal Treaty of Peace and Friendship, 1950; the open border and free movement of people; Gorkha recruitment; the Eminent Persons Group and the long-standing demand to review the 1950 Treaty.
- Connectivity: Cross-border rail links including Jaynagar–Kurtha–Bijalpura and Jogbani–Biratnagar; the Motihari–Amlekhgunj petroleum pipeline, South Asia’s first cross-border petroleum products pipeline; integrated check posts.
- Energy: India–Nepal power trade and Nepal’s hydropower exports to India; the India–Nepal–Bangladesh trilateral power arrangement; transmission interconnections.
- Groupings: Nepal is a member of SAARC, BIMSTEC and BBIN, and a dialogue partner — not a member — of the SCO. That distinction is a standard examination trap.
- Rivers and disputes: The Koshi, Gandak and Mahakali treaties; the Trishuli and Koshi basins; the Kalapani, Lipulekh and Susta boundary questions.
- Disaster and climate: The Sendai Framework; the SAARC Disaster Management Centre; the Loss and Damage Fund and the case made by mountain states and least developed countries for climate compensation.
India Implications
- Disaster response is India’s most effective neighbourhood instrument, because it is visible, immediate and politically uncontroversial in the receiving country. It buys goodwill that connectivity projects, with their long timelines, rarely deliver in the same news cycle.
- The reset framing carries an implicit admission — that the relationship has been episodic and personality-dependent. Institutionalising it means agreements that survive elections in both capitals.
- Nepal’s climate compensation argument is one India can support without cost and gains from: the Himalayan vulnerability case strengthens the position of every downstream state, including India’s own mountain regions.
- There is a cross-reference worth making in an answer: Nepal is the clearest recent instance of the Gen Z protest phenomenon translating into a change of government — the movement that emerged in September 2025 produced the administration India is now negotiating with.
- HP AngleHimachal Pradesh understands transboundary Himalayan flooding better than most Indian states, because it has lived it. The Sutlej valley in Kinnaur has twice been struck by floods originating outside Indian territory — the devastating flash flood of August 2000 and the Parechu lake outburst of 2005, both traced to the formation and breach of a lake on the Sutlej’s upper course in Chinese-controlled territory. HP’s exposure is therefore structurally identical to Nepal’s: the hazard forms upstream, across a border, where the affected state has no monitoring access and no legal standing. Everything the article says about early warning systems, data sharing and regional cooperation for climate resilience applies to the Sutlej and Chenab basins exactly as it does to the Koshi and Trishuli. For an HPAS answer this is the sharpest available formulation: for a Himalayan state, upstream hydrological data is a security question, not a scientific courtesy.
Conclusion: The evolving partnership shows that mutual economic interdependence and disaster resilience can override legacy geopolitical friction. By institutionalising cooperation in energy, green infrastructure and climate advocacy — and by engaging Nepal’s new establishment early rather than reactively — both countries can build a framework for regional stability that outlasts individual governments.
Q. With reference to India-Nepal relations, consider the following statements:
- Nepal shares an open-border arrangement with India.
- India and Nepal are connected through cross-border railway projects.
- Nepal is a member of the Bay of Bengal Initiative for Multi-Sectoral Technical and Economic Cooperation (BIMSTEC).
- India and Nepal are both members of the Shanghai Cooperation Organisation (SCO).
How many of the statements given above are correct?
Click to reveal answer
Statements 1, 2 and 3 are correct — the open border is the defining feature of the relationship, cross-border rail links such as Jaynagar–Kurtha are operational, and Nepal is a BIMSTEC member. Statement 4 is wrong on a fine but frequently tested point: India is a full member of the SCO, while Nepal is only a dialogue partner. Keep the three SCO tiers distinct — member state, observer, and dialogue partner.
Q. “India-Nepal relations require a transition from episodic political engagement to institutionalised economic and strategic interdependence.” Discuss in the context of India’s Neighbourhood First policy.
10 Marks · 150 WordsA homegrown innovation ecosystem is taking root
India is shifting from being primarily a technology consumer and service provider toward becoming an indigenous creator of advanced technology. Recent patent filing trends and strategic breakthroughs suggest the innovation landscape is coalescing around three pillars: public research institutions, corporate R&D, and deep-tech entrepreneurship. The interesting part of the story, though, is not the achievement but the bottleneck — India files a great many patents and converts remarkably few into products.
Core Analysis
India’s framework integrates public laboratories such as DRDO, academic incubators at the IISc and the IITs, and private enterprise. For the first time, private R&D spending has overtaken government-led allocation — a genuine marker of maturation, since in most developing economies the state remains the dominant research funder long after the rhetoric changes.
Indigenous mastery of Gallium Nitride (GaN) Monolithic Microwave Integrated Circuits (MMICs) — previously denied to India under foreign offset provisions — shows how domestic research converts directly into strategic autonomy in defence, space systems and next-generation communications. Technology denial, historically, has been India’s most reliable stimulus to indigenous capability.
Domestic patent applications have surged past 1,43,000, with local applicants accounting for nearly 70%. Yet total patents in force remain low against peers such as China and the United States. The structural bottlenecks are specific: low grant rates, high abandonment rates, and weak translation from patent to commercialised product. A filing is an intention; a patent in force that earns revenue is an outcome.
Breakthroughs in affordable healthcare — notably indigenous CAR-T cell therapy for cancer at a fraction of international cost — and private space ventures in hyperspectral imaging and reusable launch vehicles show India combining frontier technology with frugal engineering. That combination, rather than raw research spending, is India’s distinctive advantage.
The constraint is sub-1% of GDP spent on R&D and persistent commercialisation gaps. The fixes named are administrative rather than glamorous: scaling patent examiner capacity, streamlining technology-transfer terms, and bridging the funding chasm between laboratory prototype and market-ready product — the stage investors call the valley of death.
Reading India’s Innovation Indicators
| Indicator | Position | What it actually tells you |
|---|---|---|
| Patent applications filed | Past 1,43,000 | Rising awareness and institutional activity — an input measure |
| Share filed by domestic applicants | Nearly 70% | Indigenous origination, not just foreign firms protecting markets in India |
| Patents in force | Low against China and the U.S. | Grants lag filings; many patents lapse for non-payment of renewal fees |
| Grant and abandonment rates | Low grants, high abandonment | Examination capacity and filing quality are both constraints |
| R&D spending | Below 1% of GDP | Well under the levels of countries India compares itself with |
| Private share of R&D | Now exceeds government allocation | The most genuinely new development in this story |
| Commercialisation | Weak lab-to-market translation | The gap that decides whether any of the above produces economic value |
Static Dimensions to Revise
- Intellectual property: The Patents Act, 1970 and the criteria of novelty, inventive step and industrial application; Section 3(d) on incremental innovation; compulsory licensing; the distinction between patents, copyrights, trademarks, designs and geographical indications; TRIPS obligations.
- Institutions: CSIR, DRDO, ISRO, BIRAC, the Anusandhan National Research Foundation, and technology-transfer mechanisms from publicly funded laboratories to industry; the Office of the Controller General of Patents, Designs and Trade Marks.
- Policy: The Science, Technology and Innovation Policy; Startup India and the Fund of Funds; the National Deep Tech Startup Policy; production-linked incentives for research-intensive sectors.
- Concepts: The triple helix model of university-industry-government linkage; the valley of death in research commercialisation; frugal innovation and jugaad; Technology Readiness Levels; India’s position on the Global Innovation Index.
India Implications
- The single most useful analytical point for an answer is the distinction between input and outcome measures. Patent filings, R&D spend and incubator counts are inputs; patents in force, licensing revenue and products in market are outcomes. India is improving faster on the first set than the second.
- Private R&D overtaking public spending is the structural turning point, because private research is disciplined by the need to sell something — which is precisely the commercialisation link that publicly funded research has struggled to close.
- The GaN example is worth carrying into any answer on strategic autonomy: denial regimes generate capability. Technologies India was refused are disproportionately represented among those it has since built.
- Patent examiner capacity is an unglamorous but decisive constraint. A backlog converts a granted monopoly into a delayed one, and delay is fatal in fast-moving fields.
- HP AngleFor a state like Himachal Pradesh the relevant intellectual property conversation is not really about patents at all — it is about geographical indications and biological resources, which is where the state's actual IP assets lie. HP holds a cluster of GI registrations including Kangra tea, the Kullu shawl, the Chamba rumal, Kinnauri shawls, Himachali chulli oil and Lahauli knitted socks and gloves, alongside a Himalayan medicinal plant base governed by the access and benefit-sharing provisions of the Biological Diversity Act. And the commercialisation gap the article identifies for patents reproduces itself exactly here: a GI is registered, and then very little happens — no premium realised, no enforcement against misuse, no organised producer body converting the tag into price. On the research side, CSK HP Agricultural University at Palampur and Dr. Y.S. Parmar University of Horticulture and Forestry at Nauni generate varietal and process innovation that mostly reaches farmers through extension rather than through licensing. The HPAS-relevant question is therefore the same one the article asks nationally, transposed: India converts too few patents into products, and Himachal converts too few GIs into prices.
Conclusion: India’s journey toward becoming a global innovation power remains unfinished, constrained by R&D spending below 1% of GDP and persistent commercialisation gaps — but the foundational architecture is in place. Sustaining momentum will require scaling patent examiner capacity, streamlining technology-transfer terms, and bridging the funding gap between laboratory prototypes and market-ready products.
Q. With reference to India’s innovation ecosystem, consider the following statements:
- Public-funded research institutions can contribute to technological innovation through technology transfer to industry.
- Deep-tech startups generally involve technologies based on substantial scientific or engineering research.
- Private-sector R&D has no role in achieving strategic technological autonomy.
- Collaboration among government laboratories, universities and industry can accelerate commercialisation of research.
Which of the statements given above are correct?
Click to reveal answer
Statements 1, 2 and 4 are correct. Statement 3 is the odd one out, and it fails on the absolute word “no role” — private R&D is central to strategic autonomy, and this article’s headline finding is precisely that private research spending has now overtaken government allocation. Statement 4 describes the triple helix model of government-academia-industry collaboration.
Q. “India’s challenge is no longer merely generating scientific knowledge but converting scientific knowledge into economic and strategic value.” Discuss.
10 Marks · 150 WordsNo hard ceilings: the EPFO minimum pension question
The Union Cabinet’s decision to raise the EPFO wage ceiling from ₹15,000 to ₹25,000 a month brings over 51 lakh additional workers into the statutory safety net after a twelve-year gap. This follow-up piece makes a different argument from the coverage-expansion story: the ceiling moved, but the minimum pension did not — and for a large share of pensioners, that is the number that actually determines whether old age is survivable.
Core Analysis
Extending mandatory coverage to employees earning between ₹15,000 and ₹25,000 gives a larger share of the organised workforce access to predictable provident fund savings, life insurance under EDLI, and pension security under the Employees’ Pension Scheme. Coverage is the achievement; adequacy is the unfinished part.
Despite the ceiling revision, the baseline minimum pension under EPS remains frozen at ₹1,000 a month, fixed in 2014. With nearly 45% of pensioners drawing this minimum, parliamentary panels and labour groups have argued it is entirely inadequate against living and healthcare costs. Two clocks are running at different speeds — the ceiling has moved twice since 1952 in real terms, while the floor has not moved at all in twelve years.
Balancing pension payouts requires reconciling fiscal sustainability with social welfare. EPFO authorities have repeatedly cautioned that the pension fund does not possess unlimited resources. The article’s specific demand is procedural and reasonable: make the actuarial assessment findings public, so that the debate about what the fund can afford rests on published numbers rather than assertion.
The reform raises liabilities for MSMEs through higher mandatory employer contributions, alongside a marginal dip in immediate take-home pay for newly covered employees. Without stringent enforcement, the predictable response is compliance default — under-reporting wages or restructuring employment to stay outside the threshold.
Bringing a worker into a pension system that pays ₹1,000 a month at the end of it delivers formal status rather than retirement security. The measure of a social security system is not how many people it enrols but what it pays them — which is why the article treats the frozen floor as the more urgent of the two numbers.
Two Numbers, Two Trajectories
| Parameter | Position | Last changed |
|---|---|---|
| Mandatory coverage wage ceiling | Raised from ₹15,000 to ₹25,000 a month | 2026 — previously 2014 |
| Minimum pension under EPS | ₹1,000 a month | 2014 — unchanged since |
| Share of pensioners on the minimum | Nearly 45% | — |
| Newly covered workers | Over 51 lakh | Consequence of the 2026 revision |
| EPS contribution | 8.33% of the employer’s share, applied up to the wage ceiling | Rises mechanically with the ceiling |
| The structural tension | A higher ceiling raises both contributions and future entitlements — which is exactly why the fund’s actuarial position, and its publication, matters | |
Static Dimensions to Revise
- Statutory framework: The Employees’ Provident Funds and Miscellaneous Provisions Act, 1952; the three schemes — EPF, EPS (1995) and EDLI (1976); the tripartite Central Board of Trustees; the concept of a statutory wage ceiling and the “excluded employee”.
- Constitutional basis: Article 41 (public assistance in old age) and Article 43 (living wage and decent conditions of work) among the Directive Principles.
- Reform context: The Code on Social Security, 2020 and its extension toward gig and platform workers; the distinction between contributory social insurance (EPFO, ESIC) and non-contributory social assistance (the National Social Assistance Programme and state old-age pensions).
- Pension economics: Defined benefit against defined contribution systems; actuarial valuation and funding ratios; indexation of benefits to inflation; the replacement rate as the measure of pension adequacy.
India Implications
- The most examinable idea here is the difference between coverage and adequacy. India’s social security debate has focused heavily on the first because it is easier to legislate and easier to count; the second requires money every year, in perpetuity.
- Indexation would end the recurring argument. Both the ceiling and the minimum pension are revised through political decisions at irregular intervals, which guarantees long periods of erosion between revisions.
- The demand for publishing actuarial assessments is a transparency argument with wide application: where a fund’s capacity is asserted rather than demonstrated, neither the case for raising benefits nor the case against it can be properly tested.
- Enforcement is the quiet determinant of whether any of this reaches workers. A statutory entitlement that employers can avoid through wage restructuring protects the compliant employer’s competitors, not the worker.
- HP AngleThe adequacy-versus-sustainability tension this article describes at the EPS level is being worked out in Himachal Pradesh in its most consequential form. The state restored the Old Pension Scheme in 2023, moving its employees from a defined-contribution arrangement back to a defined-benefit one — which is the same trade-off the article poses about EPS, only at far greater fiscal scale, since pension and salary commitments already absorb a very large share of HP’s revenue expenditure. The arguments run in both directions and an answer should carry both: a defined benefit indexed to pay delivers genuine retirement adequacy, which is precisely what the frozen ₹1,000 EPS floor fails to do; and a defined benefit creates an open-ended future liability of exactly the kind EPFO’s actuaries caution about. Separately, for the large majority of Himachalis who never enter the contributory system at all — orchard labour, self-employed farmers, the informally employed — the operative floor is not EPS but the state’s own non-contributory social security pension, which HP has revised upward several times over the same twelve years in which the EPS minimum has stayed still. That contrast is the sharpest HPAS-relevant observation available here: for most workers in this state, the real old-age floor is set in Shimla, not in the EPFO’s actuarial tables.
Conclusion: Raising the EPFO wage ceiling is a commendable stride toward strengthening the safety net for the formal workforce, but it must be complemented by a comprehensive review of the baseline minimum pension. Bridging the gap between expanded coverage and adequate post-retirement sustenance is what prevents retirees from falling into poverty despite a lifetime of contributions.
Q. With reference to the Employees’ Provident Fund Organisation (EPFO), consider the following statements:
- EPFO administers social-security schemes relating to provident fund, pension and insurance for covered employees.
- The Employees’ Pension Scheme (EPS) is administered within the EPFO framework.
- The Employees’ Deposit Linked Insurance Scheme (EDLI) provides life-insurance-related benefits to eligible EPFO members.
- EPFO is directly responsible for implementing the Mahatma Gandhi National Rural Employment Guarantee Scheme.
Which of the statements given above are correct?
Click to reveal answer
Statements 1, 2 and 3 correctly describe the three schemes EPFO administers. Statement 4 is wrong: MGNREGS is implemented by the Ministry of Rural Development through State governments and panchayati raj institutions, and has no connection to EPFO, which functions under the Ministry of Labour and Employment. Note the structural difference too — EPFO runs contributory social insurance for formal employees, while MGNREGS is a rights-based employment guarantee funded from the budget.
Q. “Expanding the coverage of contributory social security is necessary but not sufficient; adequacy of benefits is the real test.” Examine with reference to the wage ceiling and minimum pension under the EPFO framework.
10 Marks · 150 WordsFSSAI initiates legal action against Nestlé India
The Food Safety and Standards Authority of India has initiated three separate adjudication cases against Nestlé India Ltd. for alleged non-compliance with statutory norms governing infant nutrition products. The proceedings are at the adjudication stage — these are allegations being tested, not findings recorded — and the company has stated its products are fully compliant. What makes the case instructive is the legal architecture it invokes, which is unusually strict by the standards of Indian food regulation.
Core Analysis
The regulator flagged promotional claims made on e-commerce platforms — references to “5 HMOs” and “Whey Protein” for one infant formula product, and a description of whey protein as easy to digest for another. FSSAI’s position is that these violated Regulation 4(2) of the Food Safety and Standards (Foods for Infant Nutrition) Regulations, 2020 and Section 3 of the Infant Milk Substitutes Act, 1992, which prohibit advertisement and promotional material intended to increase the saleability of infant foods.
Separately, a sample of a follow-up formula was found sub-standard on laboratory analysis owing to lower-than-prescribed Biotin (Vitamin B7) content, a finding the report says was reaffirmed by a referral laboratory on re-analysis. This is a compositional question rather than a marketing one, and it is tested against a prescribed standard rather than against interpretation.
Nestlé India has said its products are fully compliant with applicable laws, that the labels had previously been cleared by an expert committee of the FSSAI, and that the statements on its packaging are factual and supported by scientific literature. The prior-clearance argument is the substantive one: if a label was approved, whether its reproduction in an online listing constitutes prohibited promotion is a genuine legal question.
Most food law regulates misleading claims. The IMS Act goes much further and restricts promotion as such, however accurate the claim. The rationale is the international consensus that marketing of breast-milk substitutes displaces breastfeeding, and that an infant cannot choose, and a parent under commercial persuasion is choosing for someone else. Truthfulness is not a defence in the way it would be for an ordinary packaged food.
The case reflects the tension between food companies using scientific marketing terminology and regulators enforcing protective public health statutes. It also raises a practical enforcement question the article implies: the alleged promotion occurred on e-commerce listings, a channel that did not exist when the 1992 Act was drafted.
The Legal Architecture of Infant Food Regulation
| Instrument | Year | What it governs |
|---|---|---|
| Infant Milk Substitutes, Feeding Bottles and Infant Foods Act | 1992 (amended 2003) | Prohibits advertisement and promotion of infant milk substitutes, feeding bottles and infant foods; regulates labelling and donations |
| Food Safety and Standards Act | 2006 | Consolidating food law; establishes FSSAI; provides for standards, licensing, adjudication and penalties |
| FSS (Foods for Infant Nutrition) Regulations | 2020 | Compositional standards and labelling requirements for infant nutrition products; Regulation 4(2) on promotion |
| WHO International Code of Marketing of Breast-milk Substitutes | 1981 | The global template the Indian statute draws on |
| Adjudication route | — | Proceedings before an Adjudicating Officer under the FSS Act; appeal lies to the Food Safety Appellate Tribunal |
| Regulatory ministry | — | FSSAI functions under the Ministry of Health and Family Welfare — not Consumer Affairs |
Static Dimensions to Revise
- Institutional: FSSAI under the Food Safety and Standards Act, 2006; the Commissioner of Food Safety in each State; designated officers and food safety officers; notified and referral laboratories; the adjudication and appellate structure.
- Infant nutrition policy: The IMS Act, 1992; the WHO Code of 1981; the Mothers’ Absolute Affection programme; exclusive breastfeeding recommendations for the first six months and complementary feeding thereafter.
- Consumer protection: The Consumer Protection Act, 2019; the Central Consumer Protection Authority and its power over misleading advertisements; guidelines on endorsements; the Legal Metrology (Packaged Commodities) Rules.
- Nutrition science: Micronutrients and their prescribed levels; Biotin (Vitamin B7) and deficiency effects; the distinction between infant formula, follow-up formula and complementary foods.
- Related debate: Ultra-processed foods and front-of-pack labelling — the same regulator, the same protective logic, applied to a wider population.
India Implications
- The case tests whether a statute written in 1992 for print and television reaches e-commerce listings and algorithmic product pages. That question will recur across consumer regulation, and it is the genuinely novel element here.
- India’s infant food law is stricter than its general food law by deliberate design — a useful example in any answer on why regulation is calibrated to the vulnerability of the consumer rather than applied uniformly.
- The prior-clearance defence raises a real administrative question about regulatory consistency: if an expert committee approved a label, enforcement against its reproduction needs to be explained clearly or it undermines the value of clearance.
- Enforcement capacity is the binding constraint. Regulations are national; inspection, sampling and prosecution are carried out by State food safety administrations with very uneven staffing.
- HP AngleThe detail that matters most for Himachal Pradesh is that the alleged promotion took place on e-commerce platforms — because that is the channel through which packaged infant nutrition now reaches parts of the state where no shop ever stocked it and no inspector routinely visits. A listing visible in Pangi, Kinnaur or Lahaul-Spiti is regulated in principle by the office of the Commissioner of Food Safety, Himachal Pradesh, but the product is warehoused outside the state, the marketing is national, and the physical sampling capacity in remote blocks is thin. Set against that is a genuine state strength: HP’s anganwadi network under ICDS and Poshan 2.0 reaches into those same villages with breastfeeding counselling and supplementary nutrition, and it is the one public institution positioned to counter commercial messaging at the household level. For an HPAS answer the point generalises usefully: in a hill state, consumer protection increasingly has to be delivered through health outreach rather than through market inspection, because the outreach reaches places the inspection does not.
Conclusion: The proceedings signal a firm regulatory approach toward safeguarding infant nutrition and curbing improper commercial promotion. The outcome will turn on contested questions of interpretation, but the wider principle is not in doubt: strict adherence to compositional standards and transparent labelling is what sustains public health and consumer trust in the food sector, most of all where the consumer cannot speak for itself.
Q. With reference to the regulation of infant food in India, consider the following statements:
- The Infant Milk Substitutes, Feeding Bottles and Infant Foods Act, 1992 restricts the advertisement and promotion of infant milk substitutes.
- The Food Safety and Standards Authority of India was established under the Food Safety and Standards Act, 2006.
- The Food Safety and Standards Authority of India functions under the Ministry of Consumer Affairs, Food and Public Distribution.
Which of the statements given above are correct?
Click to reveal answer
Statements 1 and 2 are correct. Statement 3 is a classic ministry mix-up: FSSAI functions under the Ministry of Health and Family Welfare, not Consumer Affairs. The confusion is understandable because food is a consumer product, but the statute treats food safety as a public health subject — which is exactly why infant nutrition is regulated so much more strictly than ordinary packaged food.
Q. “Food safety regulation is an essential component of preventive public health governance.” Discuss with reference to vulnerable populations such as infants and children.
10 Marks · 150 WordsDeep-sea discovery and environmental responsibility
Context
As India scales up its oceanographic capability under the Deep Ocean Mission — marked by the MATSYA-6000 submersible and extensive polymetallic nodule exploration — marine biologist P. Ragavan poses a question that is ethical before it is technical: should everything that can be technologically exploited necessarily be exploited? His argument is that scientific prowess must be matched by ecological restraint, and that India should decouple deep-sea exploration from commercial mining.
Core Analysis
Technological progress creates a presupposition that if an ecosystem can be mined, it must be mined. But the deep ocean remains poorly understood, and large-scale mechanical disturbance can cause irreversible damage to fragile, slow-growing habitats where recovery is measured in centuries rather than seasons. Capability is not a justification; it is only a capacity.
Minerals such as nickel, copper, cobalt and manganese are genuinely critical for renewable energy and electric mobility. But strategic importance should not automatically translate into ecological clearance. True necessity must first be established by exhausting the alternatives — recycling, efficiency improvement and circular economy models — before a case for seabed extraction is even reached.
India’s engagement with the International Seabed Authority and its discovery of new marine species demonstrate that scientific exploration can advance ecological knowledge and establish environmental baselines without culminating in commercial extraction. Separating the two is the editorial’s central practical proposal, and it is the distinction to carry into an answer.
India has an opportunity to champion a new model of global ocean governance, proving that civilisational maturity lies as much in knowing where not to drill as in demonstrating that one can. A country that has built the capability and then declines to use it commercially speaks with far more authority than one that never had the option.
Underlying the whole argument is an epistemic point worth stating plainly: environmental impact cannot be assessed where the baseline is unknown. Much of the abyssal plain has never been surveyed, species there are still being described, and an impact assessment conducted without knowing what lives on a site is a formality rather than a safeguard.
What Lies on the Seabed — and the Objection to Taking It
| Element | Why it is wanted | The counter-argument |
|---|---|---|
| Nickel | Battery cathodes for electric vehicles | Demand can be moderated through chemistry change and recycling |
| Cobalt | Battery cathodes; superalloys | Terrestrial supply is concentrated but not exhausted; recovery rates from used batteries are rising |
| Copper | Electrification of everything | Among the most recyclable metals in existence |
| Manganese | Steel and battery chemistries | Widely available terrestrially |
| Where they sit | Polymetallic nodules on the abyssal plain, formed over millions of years | Nodules are the habitat — removing them removes the ecosystem, and they do not regrow on any human timescale |
| Governing body | The International Seabed Authority, established under UNCLOS, regulates the “Area” beyond national jurisdiction | The Area is the common heritage of mankind; a mining code remains under negotiation, and several states have called for a moratorium |
Static Dimensions to Revise
- Deep Ocean Mission: Implemented by the Ministry of Earth Sciences; the Samudrayaan project and the MATSYA-6000 crewed submersible; ocean climate change advisory services; deep-sea biodiversity exploration; India’s exploration contracts in the Central Indian Ocean Basin.
- Ocean governance: UNCLOS and its zones — territorial sea, contiguous zone, EEZ, continental shelf, and the Area; the International Seabed Authority; the common heritage of mankind principle; India’s status as a pioneer investor and its exploration licences.
- Resources: Polymetallic nodules, polymetallic sulphides and cobalt-rich ferromanganese crusts; gas hydrates; the link to India’s critical minerals strategy.
- Environmental principles: The precautionary principle; intergenerational equity; environmental impact assessment and the problem of absent baselines; the BBNJ Agreement on marine biodiversity beyond national jurisdiction; SDG 14 on life below water.
- Policy anchors: Mission LiFE and sustainable consumption; circular economy and extended producer responsibility; urban mining and battery recycling rules.
India Implications
- The editorial offers a genuinely unusual position for a developing country: build the capability, then choose restraint. That is a stronger diplomatic posture than either abstention or extraction, and it is available to India precisely because it has MATSYA-6000 and the ISA contracts.
- The exhaust-alternatives-first test is the most rigorous formulation in the piece. It converts “critical mineral” from a conversation-ending phrase into a claim that has to be demonstrated against recycling and efficiency options.
- There is a tension in India’s own position worth acknowledging honestly in an answer: the same critical minerals argument India makes when seeking supply security — as at the BRICS summit earlier this month — is the argument that would justify seabed mining. Restraint at sea is easier to advocate when terrestrial supply is assured.
- The common heritage of mankind principle gives developing states standing in this debate that they lack in most resource questions, since no country owns the Area. That is leverage India can use.
- HP AngleThe editorial’s central proposition — that technological capability to exploit a natural resource does not by itself establish an ecological justification for exploiting it — has a Himachali translation so exact that it is worth teaching them together. Himachal Pradesh can, technically, dam very nearly every stretch of flowing water it has. The engineering is proven, the potential in the Satluj, Beas, Chenab and Ravi basins is well mapped, and a large share of it stands allotted or under development. The question the state has been forced to confront, particularly after the severe monsoon damage of recent years, is the deep-sea question in another register: what is the cumulative effect of many individually cleared projects on a single river basin, where each was assessed in isolation and none against the whole? Tunnelling, muck disposal, slope destabilisation and altered flow regimes are the Himalayan equivalents of disturbing an abyssal plain whose baseline nobody measured. For an HPAS answer the transferable principle is identical and can be stated in one line: the fact that a river can be dammed, like the fact that a seabed can be mined, settles the engineering question and leaves the ecological one entirely open.
Conclusion: Sustainable development demands that nature be treated as the foundational capital on which human progress depends, not as an inventory awaiting extraction. By integrating the principles of Mission LiFE and circular consumption, India can use its scientific achievements not to convert nature into commodities but to set a global benchmark in preserving vulnerable frontiers — and the authority to argue that case comes precisely from having built the capability to do otherwise.
Q. “Technological capability to exploit a natural resource does not automatically establish an ecological justification for its exploitation.” Discuss with reference to deep-sea mining.
15 Marks · 250 WordsQ. Distinguish between deep-sea exploration and deep-sea exploitation. Examine the role of the International Seabed Authority and the common heritage of mankind principle in governing the seabed beyond national jurisdiction.
10 Marks · 150 Words