In-Depth PIB Analysis3 Items Core TopicImportantConcise Governance & Social JusticeGS Paper II 01Swachhata Hi Seva 2026 & the Swachh Bharat Mission02PM Vishwakarma — Three Years, 30 Lakh Artisans Economy & StatisticsGS Paper III 03Labour Market Snapshot of Selected Districts Governance & Social JusticeGeneral Studies Paper II 01 Swachhata Hi Seva 2026: where India’s sanitation mission stands, twelve years on GS-II · Government Policies & Welfare SchemesPrelims + MainsPIB Backgrounder · MoHUA & Ministry of Jal Shakti The annual Swachhata Hi Seva campaign has been rolled out across ministries, with a PIB backgrounder setting out where the Swachh Bharat Mission has reached. Almost every ministry has simultaneously announced Special Campaign 6.0, running 2–31 October 2026. ◈ Start from the basics: what the mission actually is The Swachh Bharat Mission (SBM) was launched on 2 October 2014. It is not one scheme but two parallel missions run by different ministries, and confusing them is a common error. SBM – Gramin (rural): run by the Department of Drinking Water and Sanitation, Ministry of Jal Shakti. SBM – Urban: run by the Ministry of Housing and Urban Affairs (MoHUA). Phase I (2014–2019) was about building toilets and ending open defecation. India declared itself ODF on 2 October 2019. Phase II shifted to the harder problem — ODF Plus, meaning sustaining ODF status and managing solid and liquid waste. SBM-U 2.0 was launched on 1 October 2021 with the goal of garbage-free cities. Swachhata Hi Seva itself began in 2017 as an annual public-participation campaign in the run-up to 2 October, Gandhi Jayanti. ◈ The vocabulary you must be able to distinguish ODF — no person in the village defecates in the open; toilets exist and are used. ODF Plus — ODF status sustained, plus arrangements for solid and/or liquid waste management. It has three rungs: Aspiring (waste management arrangements in place), Rising (arrangements functioning), and Model (visual cleanliness achieved and messaging displayed). Source segregation — separating wet, dry and hazardous waste at the household, which is what makes composting and recycling possible at all. Faecal Sludge and Septage Management (FSSM) — safe emptying, transport and treatment of septic-tank waste. Crucial where there is no sewer network, which is most of India. GOBARdhan — Galvanizing Organic Bio-Agro Resources Dhan, launched in 2018, converts cattle dung and organic waste into biogas and bio-slurry, linking sanitation to clean energy and farm inputs. Waste to Energy — plants that burn or digest municipal solid waste to generate power; technically attractive but dependent on segregated, high-calorific-value feedstock. Figure 1 — Urban sanitation: the position as of 17 September 2026 Note the asymmetry: door-to-door collection has reached far more wards than segregation at source — the step on which composting and waste-to-energy actually depend. Infographic courtesy Press Information Bureau, Ministry of Housing & Urban Affairs; reproduced with credit for educational use. Figure 2 — Rural sanitation: the position as of 17 September 2026 Of the 5.69 lakh ODF Plus villages, 5.25 lakh have reached Model status — the highest rung. Infographic courtesy Press Information Bureau, Ministry of Jal Shakti; reproduced with credit for educational use. ▤ The numbers on the dashboards, in one place Urban — 95,478 wards with 100% door-to-door solid waste collection; 83,963 wards with 100% segregation at source; 3,254 solid-waste-to-compost plants; 60 waste-to-energy plants; 1,112 sewage treatment plants; 1,131 faecal sludge treatment plants; 37,766 operational public toilets; 25,512 operational community toilets. Rural — 5.69 lakh ODF Plus villages, of which 5.25 lakh are ODF Plus Model; 5.38 lakh villages with solid waste management and 5.65 lakh with liquid waste management; 12.22 crore individual household toilets; 1,314 operational GOBARdhan biogas plants; 98,273 household biogas plants. Read the gap: roughly 11,500 wards have collection but not full segregation — and unsegregated waste is precisely what makes compost plants underperform and landfills grow. Toilets are not the story any more. With 12.22 crore household toilets built, the binding constraint has moved to treatment capacity — only 1,112 STPs and 1,131 FSTPs for the whole urban country. Figure 3 — How the mission has evolved: from toilets to treatment 2 Oct 2014SBM launchedPhase I — build anduse toilets2 Oct 2019ODF declaredOpen defecation freestatus announced2020–21SBM-G Phase IIODF Plus — solid andliquid waste management1 Oct 2021SBM-U 2.0Garbage-free cities;legacy dump remediation2026Treatment capacityis the frontierThe difficulty rises at every step: building a toilet is an engineering task, and sustaining its use is abehavioural one — but treating what it collects is an infrastructure and finance problem. Each phase is harder than the one before — which is why the later numbers move more slowly. The supporting framework worth knowing Swachh Survekshan — the annual cleanliness survey and ranking of cities, which introduced competitive federalism into municipal sanitation. Linked to the Star Rating Protocol for Garbage Free Cities. Solid Waste Management Rules, 2016 — make source segregation into wet, dry and domestic hazardous waste a legal duty of the waste generator, and introduce user fees and spot fines. Plastic Waste Management Rules, 2016, with Extended Producer Responsibility and the 2022 ban on identified single-use plastic items. AMRUT and AMRUT 2.0 — the parallel urban mission funding water supply and sewerage and septage management. 15th Finance Commission grants to rural and urban local bodies are partly tied to sanitation and drinking-water outcomes — an important fiscal lever. Constitutional anchor: sanitation is a function devolved to local bodies under the Eleventh and Twelfth Schedules (Articles 243G and 243W) — which is why capacity at the panchayat and municipal level decides outcomes. The critical view Segregation is the weak link. Collection has outrun segregation, and a compost or waste-to-energy plant fed mixed waste operates far below design capacity. The 60 waste-to-energy plants must be read against this. Treatment capacity is thin. A little over 2,200 sewage and faecal sludge treatment plants for the urban population implies that a large share of urban wastewater is still discharged untreated — with direct consequences for river water quality. Sustaining ODF is a behavioural problem, not a construction one. Slippage, non-use and defunct toilets are documented risks, and verification by self-declaration has attracted scrutiny. Sanitation workers. The mission’s labour rests on manual scavenging-adjacent work; the Prohibition of Employment as Manual Scavengers Act, 2013 and the NAMASTE scheme address mechanisation and worker dignity, and any full answer on SBM should mention them. Operations and maintenance financing. Capital grants build plants; user charges and municipal revenues keep them running. This is the unresolved question behind almost every sanitation asset in India. ✎ Mains Practice Question “The Swachh Bharat Mission has succeeded in building sanitation infrastructure but its second-generation challenges are behavioural and financial.” Critically examine this statement with reference to source segregation, waste treatment capacity and the sustainability of ODF status. 15 marks · 250 words 02 PM Vishwakarma completes three years with 30 lakh artisans registered GS-II · Welfare Schemes & GS-III · Informal SectorPrelims + MainsPIB · Ministry of Micro, Small & Medium Enterprises The PM Vishwakarma scheme has completed three years, with 30 lakh artisans registered. It targets a group that most credit and skilling schemes have historically missed — the family-based traditional artisan working with hand tools in the unorganised sector. ◈ Basics: who is a ‘Vishwakarma’, and why a separate scheme? The scheme is named for Vishwakarma, the divine craftsman of tradition; it was launched on Vishwakarma Jayanti, 17 September 2023, by the Ministry of MSME. The target group: artisans and craftspeople who work with hands and tools, on a self-employed basis in the unorganised sector, in a trade passed down within the family — the guru-shishya tradition. Why they were excluded before: they have no collateral, no formal accounts, no enterprise registration and frequently no credit history, which makes them invisible to conventional bank lending. 18 trades covered: carpenter, boat maker, armourer, blacksmith, hammer and tool-kit maker, locksmith, goldsmith, potter, sculptor/stone carver, cobbler, mason, basket/mat/broom maker and coir weaver, traditional doll and toy maker, barber, garland maker, washerman, tailor, and fishing-net maker. Not a subsidy scheme alone. It bundles recognition, skilling, tools, credit, digital incentive and market linkage — the argument being that any one of these alone fails. ▤ Scheme at a Glance — PM Vishwakarma Launched: 17 September 2023. Ministry: Micro, Small and Medium Enterprises, implemented jointly with the Ministries of Skill Development & Entrepreneurship and Finance (Department of Financial Services). Type: a Central Sector Scheme — fully funded by the Union Government. Period: FY 2023-24 to FY 2027-28, with an outlay of ₹13,000 crore. Recognition: a PM Vishwakarma certificate and ID card, giving the artisan a formal identity for the first time. Skilling: basic training of 5–7 days and optional advanced training of 15 days or more, with a stipend of ₹500 per day. Toolkit incentive: up to ₹15,000 as an e-voucher at the start of basic training. Credit: collateral-free enterprise development loans in two tranches — up to ₹1 lakh (repayable in 18 months) and then up to ₹2 lakh (30 months) — at a concessional 5% interest, with the interest subvention borne by the Government. Digital incentive: ₹1 per digital transaction, for up to 100 transactions a month. Marketing support: branding, e-commerce onboarding, quality certification, advertising and trade fair linkage. Eligibility: aged 18 or above, engaged in one of the 18 trades, and not having availed a loan under similar central schemes such as PMEGP, PM SVANidhi or Mudra in recent years. Registration is free, through Common Service Centres. Three-stage verification: Gram Panchayat or Urban Local Body → District Implementation Committee → Screening Committee. Figure 4 — The artisan’s journey through the scheme 1 · RegisterFree, at a CommonService Centre2 · VerifyPanchayat/ULB →District Committee →Screening Committee3 · RecogniseCertificate andID card issued4 · Skill + toolsTraining with ₹500a day stipend;₹15,000 toolkit voucher5 · Credit₹1 lakh, then ₹2 lakh;collateral-free,5% interest6 · MarketBranding, qualitycertification, e-commerce,trade fairsRECOGNITION FIRST, CREDIT LAST — THE DESIGN LOGIC OF THE SCHEMEThe ID card is the pivot. Without a formal identity an artisan cannot be assessed for a loan; with one, the collateral-free tranche becomes possible.This is why registration numbers and disbursement numbers are different measures — and why only the second tells you whether the scheme is working. The sequence matters as much as the components: each stage unlocks the next. Static background: what came before SFURTI — Scheme of Fund for Regeneration of Traditional Industries, which organises traditional artisans into clusters with common facility centres. ASPIRE — promotes innovation and rural entrepreneurship through livelihood business incubators. PMEGP — the credit-linked subsidy programme for setting up micro-enterprises, run through KVIC. PM SVANidhi — collateral-free working capital for street vendors; a close design cousin, and the reason the two schemes have mutual exclusion clauses. e-Shram — the national database of unorganised workers, the broader identity project into which artisan registration fits. Constitutional and policy context: Article 43 (DPSP) speaks of promoting cottage industries; the informal sector accounts for the overwhelming majority of India’s workforce, which is why formalisation-through-identity has become the dominant policy instrument. The critical view Registration is not benefit. 30 lakh registrations is an input measure. The meaningful tests are how many completed training, how many received toolkits and, above all, how many actually drew the credit tranches — conversion has been the recurring concern in artisan credit schemes. The verification chain can exclude. Requiring panchayat or ULB endorsement gives local functionaries discretionary power over who is recognised as a traditional artisan — a known route to exclusion errors. The 18-trade list is closed. Many artisanal occupations — several weaving, dyeing, bamboo, lacquer and metal-craft traditions — sit outside it, and inclusion depends on administrative revision rather than a right. The demand-side problem. A better-tooled potter still needs buyers. Cheap machine-made substitutes are the structural pressure on handicrafts, which is why market linkage and design intervention matter more than the loan size. Family-based eligibility can sit awkwardly with mobility: it recognises the artisan within an inherited occupation, and critics ask whether welfare should reinforce hereditary occupational identity, particularly given its caste associations. ✎ Mains Practice Question PM Vishwakarma seeks to formalise traditional artisans through recognition, skilling and collateral-free credit. Examine the design logic of this approach, and assess whether identity-led formalisation can address the structural challenges facing India’s handicraft economy. 15 marks · 250 words Economy & StatisticsGeneral Studies Paper III 03 MoSPI releases a Labour Market Snapshot of selected districts GS-III · Economy — Employment & Data GovernancePrelims + MainsPIB · Ministry of Statistics & Programme Implementation The Ministry of Statistics and Programme Implementation (MoSPI) has released a Labour Market Snapshot of Selected Districts — a significant step, because India’s official employment statistics have historically stopped at the State level. ◈ Basics: the three ratios every employment question turns on Labour Force Participation Rate (LFPR) — the share of the population that is either working or seeking work. A person who is neither is outside the labour force. Worker Population Ratio (WPR) — the share of the population that is actually working. Unemployment Rate (UR) — the share of the labour force (not of the population) that is seeking work but not getting it. This distinction is the single most common error. The trap it creates: unemployment can fall simply because discouraged people stop looking for work and exit the labour force. LFPR and UR must always be read together. Two reference periods: usual status looks back over the preceding 365 days; current weekly status (CWS) looks back over the preceding 7 days. CWS captures short-term and seasonal joblessness that usual status misses, so CWS unemployment is generally higher. ▤ Static background: how India measures employment Until 2011-12, employment data came from the NSS Employment-Unemployment Surveys, conducted roughly once every five years — far too infrequent for policy. The Periodic Labour Force Survey (PLFS) was launched in April 2017 by the National Statistical Office, with its first annual report for 2017-18. It gave quarterly urban estimates and annual all-India estimates. From January 2025 the PLFS was revamped to generate monthly estimates covering both rural and urban areas, with a larger sample and a rotational panel design. Other sources: EPFO/ESIC payroll data (formal-sector additions), the e-Shram portal (unorganised workers), the Annual Survey of Industries, and the Quarterly Employment Survey. Why district data is hard: a sample designed to be representative at the State level is usually too small to give reliable district estimates. Producing them requires either a much larger sample or small-area estimation techniques that borrow strength from administrative data. Why a district-level snapshot matters Because policy is delivered at the district. MGNREGA works allocation, skilling centres, industrial cluster siting and migrant support are district decisions made, at present, largely without district labour data. Because State averages conceal enormous variation. A State with a healthy average can contain districts of acute distress, and an average cannot show you which. Because it enables evaluation. Repeated district snapshots make it possible to ask whether an intervention changed anything in the place it was applied. The cautions: smaller samples mean wider margins of error; district figures should be read as indicative, and compared over time rather than ranked against each other with false precision. ✎ Mains Practice Question “Employment policy in India is made at the district level but measured at the State level.” Discuss the significance of generating district-level labour market statistics, and examine the methodological challenges involved. 15 marks · 250 words

Editorials, Opinions & Explained2 Items Core TopicImportantConcise Opinions & IdeasGS Paper III 01India’s Innovation Ecosystem — Three Emerging Strands02Deep-Sea Mining — Capability and Ecological Restraint Opinions & IdeasGeneral Studies Paper III · Science, Technology & Environment 01 A homegrown innovation ecosystem is taking root: the evidence, and the gap between filings and value Core TopicOpinionGS-III · Science & Technology, Indigenisation, IPRPrelims + MainsThe Hindu · Op-Ed · Mukundan Chakrapani & Gaurav Jain · 19 September 2026 The argument is structural rather than celebratory. Three institutional foundations of an innovation economy — public research, corporate R&D and deep-tech entrepreneurship — are advancing at the same time for the first time. The authors hold that the architecture is now visible, while the transformation remains incomplete. ◈ Preliminary distinctions: what a patent statistic does and does not measure Much of this article turns on a distinction that is frequently collapsed in public discussion. Three different quantities are often reported as though they were one. Filings — applications submitted. A filing is an intention to claim, not a right. Grants — applications that survive examination. India’s patents are examined substantively for novelty, inventive step and industrial applicability under the Patents Act, 1970. Patents in force — granted patents on which renewal fees continue to be paid. This is the only one of the three that reflects patents their owners judge worth maintaining, and it is therefore the closest available proxy for commercial value. Why the gap opens: a filing may be abandoned, rejected, or allowed to lapse for non-payment of renewal fees. A wide gap between filings and patents in force indicates low grant rates, high abandonment, or both. A related instrument: the Patent Cooperation Treaty (PCT), administered by the World Intellectual Property Organization (WIPO), allows a single international application to preserve filing rights across member states. India has been a party since 1998. PCT rankings are therefore a measure of international ambition, not of domestic activity. ▤ The quantitative picture presented Filings: from just over 1,10,000 in 2024-25 to more than 1,43,000 in 2025-26 — an increase of 30.2%. Domestic applicants now account for nearly seven in ten filings, a reversal of the historical pattern in which foreign applicants dominated the Indian register. Patents in force: just over 2,40,000 in India (2025), against 5.7 million in China, 3.5 million in the United States and 2.1 million in Japan (2024 data). Research intensity: India spends just under 1% of GDP on research and development, against about 2.4% in China and 3.5% in the United States. A structural shift: private R&D spending exceeded the combined spending of all levels of government for the first time in 2024, and is expected to account for about 55% through 2025-26. Figure 1 — Patents in force: the scale of the gap 5.7 mnChina (2024)3.5 mnUnited States (2024)2.1 mnJapan (2024)0.24 mnIndia (2025)PATENTS IN FORCE — NOT FILINGSIndia files at scale but maintains comparatively few patents. The contrast between a 30.2% rise in filings and a stock of 2.4 lakhpatents in force is the central empirical observation of the article.Research intensity for the same countries: India just under 1% of GDP; China about 2.4%; the United States about 3.5%. Filings measure activity; patents in force measure what owners consider worth paying to keep. Strand one: long-gestation public research, and the gallium nitride case The breakthrough. In March 2023, DRDO scientists at the Solid State Physics Laboratory (SSPL), Delhi and the Gallium Arsenide Enabling Technology Centre (GAETEC), Hyderabad announced the fabrication of gallium nitride (GaN) monolithic microwave integrated circuits (MMICs). The strategic context. By widely reported accounts, the know-how for these circuits was refused to India under the offset provisions of the Rafale acquisition from France. GaN is a tightly export-controlled technology. Why GaN matters technically. It is a wide-bandgap semiconductor: it tolerates higher voltages, frequencies and temperatures than silicon, which makes it indispensable for active electronically scanned array radar, satellite communication, electronic warfare and high-efficiency power conversion. Diffusion into the civilian economy. The DRDO is transferring GaN High Electron Mobility Transistor (HEMT) MMIC technology for use in 5G/6G wireless infrastructure, on-board chargers for electric vehicles and renewable energy inverters. The membership claim. India is described as one of seven countries to have mastered the technology, alongside China, France, Germany, Russia, South Korea and the United States. The commercial handoff. AGNIT Semiconductors, a spin-off from the Centre for Nano Science and Engineering (CeNSE) at the Indian Institute of Science, Bengaluru, is translating the technology into commercial applications. Figure 2 — The innovation pipeline, as illustrated by the GaN case Public laboratoryDRDO — SSPL, Delhi andGAETEC, Hyderabadfoundational capabilityAcademic institutionCeNSE, Indian Instituteof Science, Bengalurutalent and research baseSpin-off enterpriseAGNIT Semiconductorscommercial translationApplicationsRadar and space systems;5G/6G; EV chargers;solar invertersA DENIED TECHNOLOGY, DEVELOPED DOMESTICALLY AND THEN CIVILIANISEDThe sequence is the article’s model of how an innovation ecosystem should function: the State absorbs the risk of long-gestation research, theuniversity supplies the trained researchers, and a spin-off carries the technology to a paying customer. Each handoff is a point at which thepipeline can break — which is why the authors call for standardised technology-transfer terms for publicly funded intellectual property. The same three-stage sequence recurs in the biomedical examples discussed below. Strand two: corporate R&D and the shift from implementer to standard-setter The Bharat 6G Alliance (B6GA) has stated the objective of contributing 10% of global 6G patents by 2030. Per a review by the Union Minister for Communications, B6GA members have made more than 7,700 patent filings across 5G and 6G technologies, including over 4,400 foreign filings. The authors’ own qualification is worth reproducing: these are applications, not grants, and not declared standard-essential patents; their eventual impact remains to be established. Nearly 3,000 technical contributions were made to 3GPP last year — a fifteen-fold increase over 2020. In WIPO’s 2025 PCT rankings, Jio Platforms Limited entered the top 20 international filers for the first time, rising more than 300 places to 19th. The analytical point. Participation in standards bodies and ownership of intellectual property determine who captures value from future communication networks. The claim is that India is moving from standard-implementer to standard-setter. ◈ Background: why standards bodies matter more than patent counts 3GPP — the Third Generation Partnership Project, the body in which mobile communication standards from 3G to 6G are negotiated. Technical contributions are the currency of influence there. A standard-essential patent (SEP) is a patent that cannot be avoided by anyone implementing the standard. SEP holders license on FRAND terms — fair, reasonable and non-discriminatory — and earn royalties from every device built to that standard. The consequence: a country that implements standards pays royalties; a country that sets them receives them. This is the value-capture asymmetry the article identifies. Strand three: deep-tech entrepreneurship Capital: government commitment to Research, Development and Innovation (RDI), alongside more than USD 2.5 billion in deep-tech commitments from members of the India Deep Tech Alliance (IDTA). Space — earth observation: Pixxel Space, founded by two BITS Pilani alumni, works in hyperspectral imaging, with six satellites in orbit and a planned constellation of 18 to 24. Space — launch: Skyroot Aerospace’s Vikram-1 low earth orbit launch, and Agnikul Cosmos, nurtured at IIT Madras, working towards fully reusable launch vehicles. Biomedical: ImmunoACT, incubated at IIT Bombay in partnership with the Tata Memorial Centre, developed NexCAR19 — India’s first indigenous CAR-T cell therapy — delivering treatment at about a tenth of typical costs. Medical devices: Bengaluru-based Remidio Innovative Solutions, supported early by BIRAC, uses smartphone-enabled retinal imaging with AI against preventable blindness from diabetic retinopathy and glaucoma. On CAR-T, for context: chimeric antigen receptor T-cell therapy involves extracting a patient’s own T-cells, genetically engineering them to recognise a tumour antigen, and reinfusing them. Cost has been the principal barrier to access worldwide, which is why the price differential is the salient claim. The authors’ assessment of what remains undone Standardising technology-transfer terms for publicly funded intellectual property — at present these are negotiated case by case, which raises transaction costs for spin-offs. Expanding examiner capacity at the patent office — directly relevant to the filings-to-grants gap identified earlier. Funding the translational gap between a granted patent and a first paying customer — the stage at which most publicly funded inventions stall. The measured conclusion: these examples do not by themselves make India an innovation superpower. What they demonstrate is that three strands are converging. The journey is unfinished; the contours are forming. ✎ Mains Practice Question Rising patent filings are frequently cited as evidence of India’s growing innovative capacity. Critically examine the limitations of this indicator, and discuss the institutional reforms required to convert research output into commercially sustained intellectual property. 15 marks · 250 words 02 Deep-sea discovery and environmental responsibility: should everything technologically possible be exploited? Core TopicOpinionGS-III · Environment & S&T · GS-II · International GovernancePrelims + MainsThe Hindu · Op-Ed · P. Ragavan · 19 September 2026 The author poses a question of principle rather than of capability. As India acquires the means to reach and mine the deep seabed, he argues that the relevant question is not how much can be extracted, but whether capability should be treated as permission. ◈ Background: the legal geography of the seabed Deep-sea mining is governed by a legal architecture distinct from that applying to a country’s own waters, and the distinction is essential to the argument. Under the United Nations Convention on the Law of the Sea (UNCLOS), 1982, a coastal state has sovereign rights over resources in its Exclusive Economic Zone, extending 200 nautical miles from the baseline, and over its continental shelf. The seabed beyond national jurisdiction is termed ‘the Area’. Under Part XI of UNCLOS it is the common heritage of mankind — it cannot be appropriated by any state, and its resources are to be administered for the benefit of humanity as a whole. The International Seabed Authority (ISA), headquartered at Kingston, Jamaica, administers the Area and issues exploration contracts. India’s activity discussed here lies in the Area, not in Indian waters. Exploration is not exploitation. An exploration contract permits survey, sampling and technology testing. Commercial extraction requires a separate exploitation contract, and the ISA’s Mining Code governing exploitation remains under negotiation. Three resource types are distinguished in the Area: polymetallic nodules (potato-sized concretions lying on abyssal plains), polymetallic sulphides (at hydrothermal vents) and cobalt-rich ferromanganese crusts (on seamount flanks). ▤ India’s deep-sea position, as set out in the article Three ISA exploration contracts covering approximately 95,000 square kilometres, across the Central Indian Ocean Basin, the Central Indian Ridge and the Carlsberg Ridge. Resource estimate: about 366 million tonnes of polymetallic nodules, containing nickel, copper, cobalt and manganese. Technology: under the Deep Ocean Mission, India is developing deep-sea mining technology, underwater robotics and the MATSYA-6000 human submersible. Demonstrated capability: the National Institute of Ocean Technology (NIOT) has tested a mining machine at a depth of about 5,270 metres. Biological work: biodiversity surveys across 19 seamounts have studied around 1,300 deep-sea organisms, of which nearly 23 species are reported as new to science. Context worth adding: the Deep Ocean Mission is run by the Ministry of Earth Sciences; MATSYA-6000, the submersible of the Samudrayaan programme, is designed to carry three persons to 6,000 metres. India was the first country to be designated a Pioneer Investor by the UN, in 1987. Figure 3 — Where the activity takes place: a schematic of the ocean column NATIONAL JURISDICTIONTerritorial sea, EEZ up to 200 nm,continental shelfcoastal State has sovereign rights‘THE AREA’ — BEYOND NATIONAL JURISDICTIONCommon heritage of mankind under Part XI, UNCLOS;administered by the International Seabed Authority, KingstonIndia holds three exploration contracts, about 95,000 sq km200 nmPolymetallic nodules on the abyssal plainDEPTHS DEMONSTRATED5,270 m — NIOT mining machine tested6,000 m — MATSYA-6000 design depthEXPLORATION IN THE AREA — A LEGAL AND PHYSICAL SCHEMATIC, NOT TO SCALEBiodiversity surveys across 19 seamounts have examined about 1,300 organisms, of which nearly 23 are reported as new to science —the empirical basis for the argument that the ecosystem remains insufficiently understood. The diagram is schematic and not drawn to scale; it is intended only to locate the jurisdictional and physical setting. The structure of the argument The premise questioned. Technological progress can generate the assumption that what can be exploited should be. The author holds that the deep ocean tests this reasoning, because the ecosystem is complex and poorly understood. The epistemic point. India’s own biodiversity research continues to identify unknown organisms. The consequences of large-scale seabed disturbance therefore cannot be predicted with confidence. This is presented explicitly as an argument for more science before intervention, not against science. On strategic necessity. Deep-sea minerals may carry genuine strategic importance for renewable energy, electric mobility and advanced manufacturing. But, in the author’s formulation, strategic importance cannot automatically become ecological permission. The test proposed before extraction: whether the minerals are genuinely necessary at the proposed scale; whether alternatives exist; and whether demand can be reduced through recycling, efficiency, substitution and a circular economy. Necessity must be demonstrated, not presumed. On the limits of adaptive management. Exploration advances knowledge without disturbing the seabed; mining physically disturbs it. Adaptive management — adjusting practice as evidence accumulates — cannot by itself guarantee protection where the effects may be irreversible. The reframing. The question should shift from “How can we mine with minimum damage?” to “Do we need to mine at all?” Since India’s activity remains at the exploration stage, the author regards this as the appropriate moment to set a high ecological threshold for any future decision. The wider claim. Investment in deep-ocean science need not imply a commitment to commercial mining; India could lead in deep-sea ecological governance as well as in deep-sea technology, treating the deep ocean as an ecological asset whose value may exceed its mineral wealth. ◈ The principles the argument draws upon The precautionary principle — Principle 15 of the Rio Declaration, 1992: where there are threats of serious or irreversible damage, lack of full scientific certainty shall not be used as a reason for postponing cost-effective preventive measures. Indian courts have read this principle into environmental jurisprudence. Mission LiFE — Lifestyle for Environment, which locates environmental responsibility in demand-side behaviour rather than supply expansion alone. Circular economy — reducing primary extraction through reuse, recycling and substitution, so that material need is met without proportionate mining. Nature-based Solutions and the Sustainable Development Goals — particularly SDG 14, Life Below Water, and SDG 12 on responsible consumption and production. Related instruments for context: the BBNJ Agreement (2023) on marine biodiversity beyond national jurisdiction, and India’s domestic interest in critical minerals through the National Critical Mineral Mission — the demand pressure against which this argument is directed. Considerations on the other side, for a balanced answer Substitution has limits. Recycling supplies a share of demand but cannot meet growth in a rapidly expanding battery and grid-storage sector; some primary extraction is likely to remain necessary. The comparative footprint question. Terrestrial mining of the same metals carries its own well-documented costs — deforestation, tailings, displacement and, in the case of cobalt, serious labour concerns. A full assessment compares seabed extraction with the alternative, not with no extraction at all. Strategic dependence. Supply of several of these metals is concentrated in a few jurisdictions, and import dependence is itself a risk that governments weigh against ecological cost. Abstention is not neutral. If India refrains while others proceed, the seabed may be disturbed regardless, with India holding neither the resource nor influence over the standards adopted — an argument for engagement in the ISA rather than withdrawal from it. The common ground: both positions accept that the exploitation regime is not yet settled and that environmental baselines must be established first. The disagreement concerns where the burden of proof should lie. ✎ Mains Practice Question “Strategic importance cannot automatically become ecological permission.” In the context of India’s Deep Ocean Mission and its exploration contracts with the International Seabed Authority, critically examine the case for establishing a high ecological threshold before any decision to permit commercial seabed mining. 15 marks · 250 words

In-Depth News Analysis7 Items Core TopicImportantConcise Governance & Social JusticeGS Paper II 01Jan Aushadhi — Beyond Medicines02Kishau Multipurpose Project — Six States Sign Economy & TechnologyGS Paper III 03US Fed Raises Rates — Hawkish or Dovish?04PHEVs and the EV Family — BEV, HEV, FCEV Environment & EcologyGS Paper III 05Eco-Sensitive Zones — Notified but Unmanaged06FAO — Forests for Food Report07Himalayan Monal — Noise Alters Bird Calls Governance & Social JusticeGeneral Studies Paper II 01 Jan Aushadhi goes beyond medicines: surgicals, devices and everyday care products GS-II · Health & Government Welfare SchemesPrelims + MainsPIB · Department of Pharmaceuticals The Pradhan Mantri Bhartiya Janaushadhi Pariyojana (PMBJP) is widening its basket beyond generic medicines — into surgicals, consumables and medical devices covering infancy, post-partum recovery, routine monitoring and elderly care. ◈ Start from the basics: what is a generic medicine? A generic medicine contains the same active ingredient, in the same strength and dosage form, as a branded drug, and is sold after the original patent has expired. It is sold under its chemical (salt) name rather than a brand name. Why it is cheaper: the manufacturer does not have to recover the cost of drug discovery or heavy brand promotion. The medicine itself is not inferior. The persistent misconception: that ‘generic’ means lower quality. Quality is a function of manufacturing standards, not of branding — which is why the scheme relies on WHO-GMP certified suppliers and batch testing in NABL-accredited laboratories. A third category confuses many: the branded generic — an off-patent drug still sold under a company brand at a premium. Most of India’s retail pharmaceutical market runs on branded generics, which is exactly the price gap Jan Aushadhi targets. Why this matters: medicines are one of the largest components of out-of-pocket health expenditure in India — the money a household pays directly at the point of care, rather than through insurance or the government. ▤ Scheme at a Glance — PMBJP Origin: begun as the Jan Aushadhi Campaign in 2008, relaunched and expanded as PMBJP in 2015-16. Ministry: Department of Pharmaceuticals, Ministry of Chemicals and Fertilizers. Implementing agency: the Pharmaceuticals & Medical Devices Bureau of India (PMBI). Outlets: over 20,000 Jan Aushadhi Kendras (JAKs) across the country. Product basket (August 2026): 2,110 medicines and 315 surgicals, consumables and devices, spanning cardiovascular, anti-cancer, anti-diabetic, anti-infective, anti-allergic and gastro-intestinal groups, plus nutraceuticals. Sales: ₹7,873.85 crore over the five years 2021-22 to 2025-26. Savings to citizens: approximately ₹37,200 crore — the difference between Jan Aushadhi prices and prevailing branded prices. Two named sub-baskets: Janaushadhi Bachpan for infant care, and Jan Aushadhi Swabhiman, a dedicated range of adult diapers for the aged and bedridden. Figure 1 — The basket, stage by stage of life Note the design logic: the scheme follows a household through infancy, childhood, monitoring and old age rather than treating each purchase separately. Infographic courtesy Press Information Bureau, Ministry of Chemicals & Fertilizers; reproduced with credit for educational use. The products and prices cited Newborn and baby care: baby diapers in several sizes; baby wipes at ₹45 for a pack of 20; feeding bottles (250 ml); manual breast pumps; infant feeding tubes; hot water bags. Pregnancy and post-partum: abdominal belts for post-delivery support and cervical pillows at ₹525. Childhood care: electrical nebuliser machines at ₹937.50 and child nebuliser masks with tubing at ₹200 — relevant where respiratory illness requires home management. Everyday monitoring: glucometer test strips at ₹500 for 25, and pulse oximeters, which measure blood oxygen saturation. Ageing and long-term care: adult diapers under Jan Aushadhi Swabhiman — a recurring purchase, where even small unit savings compound over months. In the pipeline: range-of-motion knee brace, sit-to-stand support walker, medical steam vaporiser, foot elevator pillow, pregnancy back support belt and cervical collar — extending into mobility and rehabilitation. Figure 2 — Healthcare essentials beyond medicines Consumables and devices, not drugs — the category that ordinary health-insurance cover and price control both tend to miss. Infographic courtesy Press Information Bureau, Ministry of Chemicals & Fertilizers; reproduced with credit for educational use. Static background: how medicine prices are controlled in India NPPA — the National Pharmaceutical Pricing Authority, set up in 1997, fixes and revises prices of controlled formulations. DPCO, 2013 — the Drugs (Prices Control) Order issued under the Essential Commodities Act, 1955. It caps prices of medicines in the National List of Essential Medicines (NLEM) by a market-based formula, and limits annual price increases for others. Two different instruments, often confused: the DPCO caps what a seller may charge; Jan Aushadhi supplies an inexpensive alternative. One regulates price, the other creates competition. AMRIT pharmacies — Affordable Medicines and Reliable Implants for Treatment — run at selected hospitals for cancer, cardiac drugs and implants, under the Health Ministry. Related architecture: AB PM-JAY for hospitalisation cover, Ayushman Arogya Mandirs for primary care, and free drugs and diagnostics initiatives under the National Health Mission. The critical view Savings are an estimate, not a receipt. The ₹37,200 crore figure is computed as the difference against branded prices for equivalent volumes. It is a reasonable method, but it assumes the same quantity would have been bought at branded prices. Prescription behaviour is the binding constraint. A Kendra can stock a drug, but a patient buys what the prescription names. The Medical Council’s requirement to prescribe by generic name is unevenly followed. Kendra economics. Outlets run on a margin on a deliberately low-priced basket; viability, stock-outs and supply continuity have been recurring operational concerns. Devices are outside most price control. That is precisely why adding surgicals and consumables matters — but also why quality assurance for devices is a harder problem than for tablets. The larger measure of success is whether the share of out-of-pocket spending in total health expenditure falls. Access to a cheap outlet helps only if it displaces a costlier purchase. ✎ Mains Practice Question High out-of-pocket expenditure remains a defining feature of healthcare financing in India. Examine the role of the Pradhan Mantri Bhartiya Janaushadhi Pariyojana in addressing it, and discuss why expanding the basket beyond medicines to devices and consumables is significant. 15 marks · 250 words 02 Six States sign the Kishau agreement: a 232.6-metre dam on the Tons, and the questions around it GS-II · Federalism & GS-III · Environment, InfrastructurePrelims + MainsDown To Earth · Ministry of Jal Shakti & MHA On 15 September 2026, the Chief Ministers of Uttar Pradesh, Uttarakhand, Himachal Pradesh, Rajasthan, Delhi and Haryana signed an agreement on the long-pending Kishau Multipurpose Project in the Yamuna basin. Environmental researchers have simultaneously raised questions on seismic risk, displacement data and missing impact studies. ◈ Basics: the geography and the legal framework The river: the Tons is the largest tributary of the Yamuna, flowing along the Uttarakhand–Himachal Pradesh border. The Yamuna itself rises at Yamunotri in Uttarakhand and joins the Ganga at Prayagraj. The dam type: a concrete gravity dam holds water back by its own sheer weight. At 232.6 metres, Kishau would rank among India’s tallest dams — for comparison, Tehri, at about 260 m, is the tallest. ‘Multipurpose’ means the project serves more than one function — here irrigation, drinking water and hydropower together. ‘National project’ status is a funding category: the Centre bears up to 90% of the cost, the States sharing the remaining 10%. Why an agreement is needed at all: water is a State subject (Entry 17, State List), subject to Union regulation of inter-State rivers (Entry 56, Union List). Article 262 allows Parliament to provide for adjudication of inter-State river water disputes, under the Inter-State River Water Disputes Act, 1956 — but a negotiated agreement avoids a tribunal altogether. The parent instrument: a 12 May 1994 agreement on the upper Yamuna basin, which provided that separate agreements would be signed for each storage project. An in-principle agreement among the six States was reached on 16 June 2026. Figure 3 — The Kishau site in the upper Yamuna basin The site sits on the Tons, upstream of the existing Lakhwar, Vyasi, Dakpathar and Asan structures — part of a cascade rather than a standalone dam. Map as published with the source article; reproduced with credit for educational use. ▤ The project, by the Government’s figures Storage capacity: 1,562 million cubic metres (MCM). Irrigation: 97,000 hectares. Power: 1,476 million units of hydropower. Cost: estimated in media reports at ₹15,000–₹15,624 crore; the Home Ministry statement did not state a figure. A notable swap: Himachal Pradesh’s share of water is to be allocated to Delhi and Rajasthan; in return those two States bear the cost of Himachal’s share of the electricity component. Claimed environmental benefit: the Government states that 25% of the Yamuna’s water would become available as environmental flow, assisting Yamuna cleaning. Delhi is described as the biggest beneficiary. Political framing: the MHA describes this as the tenth water dispute taken up for resolution during the present government’s tenure. The objections raised Seismic risk. Himanshu Thakkar of the South Asia Network on Dams, Rivers and People (SANDRP) argues that the entire Himalayan region is unstable and highly seismic, and that a dam of this height could cause significant damage in the event of even a modest earthquake. He adds that climate change compounds the risk. On the Yamuna-cleaning claim. He calls it misleading — a dedicated rejuvenation programme is needed, rather than diluting pollution by regulating flow. He suggests greater emphasis on rainwater harvesting instead. Displacement data is old. Mansi Ashar of the Himdhara Environmental Research and Action Collective notes that estimates of 5,498 people from 701 families derive from a 2014 field study and 2018 report, have not been verified afresh, and the real figure may be higher. Impacts beyond submergence. The dam would affect agriculture, animal husbandry, forests, fisheries and livelihoods across the Tons valley — ginger and tomato cultivation particularly — on land supporting three to four crops a year. Missing studies. The Environmental Impact Assessment, feasibility report and physical impact assessments should, they argue, be completed and made public before the project takes shape. ▤ The discrepancies in the record — a good Mains example Installed capacity: the 47th Expert Appraisal Committee document of the Environment Ministry (January 2026) lists 422 MW (four units of 105.5 MW). The Himachal Pradesh Power Corporation website in 2018 and the 29th EAC agenda of June 2022 both listed 660 MW (four units of 165 MW). The difference is unexplained. Submergence: unchanged at 2,950 hectares across both periods — but the classification differs. The 2018 record showed 512 ha private agricultural land and 2,438 ha forest (689 ha community/private forest, 1,749 ha State forest). The 2026 EAC document lists only 689 ha of forest, split into 250 ha reserve forest and 439 ha civil forest. The status of the missing 1,749 ha is unclear. Water benefit: the January 2026 EAC document lists 1,324 MCM — Haryana 633, Uttar Pradesh 411, Rajasthan 124, Delhi 80, Himachal 42, Uttarakhand 34 MCM — while the 15 September statement cites storage of 1,562 MCM. Storage capacity and allocated benefit are different quantities, but the gap deserves explanation. What still has to happen Union Cabinet approval — the 15 September statement did not confirm it had been received. Forest land diversion under the Van (Sanrakshan Evam Samvardhan) Adhiniyam (the Forest Conservation Act, 1980, as amended in 2023). Environmental clearance under the EIA Notification, 2006, following appraisal by the Expert Appraisal Committee. A detailed rehabilitation plan, governed by the LARR Act, 2013 and its Second Schedule on resettlement entitlements. The realistic assessment: a project discussed since the 1940s has now cleared a political and financial hurdle. Clearances, forest transfer and rehabilitation remain, and no public timeline has been announced. ✎ Mains Practice Question Negotiated agreements between riparian States are increasingly preferred to tribunal adjudication in resolving India’s water disputes. Examine this shift with reference to the Kishau Multipurpose Project, and discuss the environmental and rehabilitation safeguards that must precede construction of large dams in the Himalayan region. 15 marks · 250 words Economy & TechnologyGeneral Studies Paper III 03 The US Fed raises rates by 25 basis points: reading a decision that cuts both ways GS-III · Economy — Monetary Policy & Global LinkagesPrelims + MainsThe Indian Express · Economics column · U.S. Federal Reserve The Federal Reserve has raised the Federal Funds Rate (FFR) by 25 basis points to a range of 3.75%–4%, from 3.5%–3.75% — its first increase in three years. The interest lies in how differently the same decision can be read. ◈ Basics: the vocabulary of this story Basis point (bp) — one hundredth of a percentage point. 25 bp = 0.25%. Federal Funds Rate — the rate at which US banks lend to each other overnight. Raising it makes interbank borrowing costlier, so all bank loans become costlier, demand cools, and price pressure eases. It is the American analogue of India’s repo rate. The Fed’s dual mandate — price stability and maximum employment. Price stability carries a numerical target of 2% inflation; employment carries none. Contrast with the RBI, whose statutory target is 4% CPI inflation with a ±2% band. Hawkish — a stance primarily concerned with holding inflation down, typically implying higher rates. Dovish — a stance prioritising growth and job creation, typically implying lower rates. FOMC — the Federal Open Market Committee, the 12-member body that decides US monetary policy. Four times a year it publishes the Summary of Economic Projections (SEP) — members’ median projections for growth, unemployment, inflation and the appropriate policy rate. Figure 4 — The Fed’s Summary of Economic Projections (median), with June projections beneath each row VARIABLE (%)2026202720282029LONGER RUNChange in real GDP2.32.42.22.12.0June projection2.22.32.2—2.0Unemployment rate4.14.14.14.14.2June projection4.34.34.2—4.2Inflation3.72.32.12.02.0June projection3.62.32.0—2.0Federal Funds Rate4.14.13.93.63.2June projection3.83.63.4—3.1Read the table as a set of revisions: growth revised up, unemployment revised down, inflation revised slightly up, and the expected policyrate revised up across every year. Inflation is not projected to return to the 2% target before 2029.Recreated from the U.S. Federal Reserve’s Summary of Economic Projections. US inflation was last below 2% in February 2021. Four readings of one decision Hawkish. A first hike in three years suggests the new Fed Chair, Kevin Warsh, has seen enough price pressure from the West Asia crisis and tariffs — and is willing to act against the US President’s stated preference, months before midterm elections. His own framing: activity is expanding, unemployment has changed little, but inflation has remained elevated. Not so hawkish. Given projections of stronger-than-trend growth, better-than-long-run unemployment and inflation not returning to target until 2029, a genuinely hawkish committee would have signalled several more hikes. The Fed has pencilled in only one further 25 bp hike over the next year, while many in the market expect three. Actually dovish. On that reading the hike is the bare minimum. Since the Fed is unlikely to move in the October review so close to the midterms, it did the least it could now. Not dovish enough. President Trump publicly demanded rates of 1% or less, having earlier criticised Warsh’s predecessor, Jerome Powell, for being “too late” to cut. Why this matters for India Capital flows. Higher US rates narrow the interest rate differential with India, which can pull portfolio capital out of emerging markets and towards US assets. The rupee. Outflows and a stronger dollar tend to weaken the rupee, which raises the rupee cost of imported crude and fertiliser — a channel through which US monetary policy reaches Indian inflation. Bond yields and borrowing costs. Rising US Treasury yields raise the benchmark against which Indian sovereign and corporate borrowing abroad is priced. Policy constraint. The RBI’s Monetary Policy Committee sets rates for domestic conditions, but cannot ignore the external account entirely — the classic impossible trinity of a fixed exchange rate, free capital movement and independent monetary policy, of which only two can be held at once. Central bank independence is itself the live theme here: the article documents open political pressure on the Fed, a question equally relevant to any inflation-targeting central bank. ✎ Mains Practice Question Monetary policy decisions in advanced economies transmit rapidly to emerging markets. Examine the channels through which a US Federal Reserve rate increase affects the Indian economy, and discuss the policy options available to the Reserve Bank of India in responding. 15 marks · 250 words 04 India’s first mainstream plug-in hybrid: understanding the EV alphabet soup GS-III · Economy, Energy & EnvironmentPrelims + MainsThe Indian Express · Explained The launch of India’s first mainstream plug-in hybrid (PHEV) SUV — claimed to deliver over 115 km of electric-only range, a combined efficiency above 40 kmpl and over 1,100 km on a full tank and full charge — is a useful occasion to sort out a set of terms that are routinely confused. ◈ Basics: the textbook definition, and why it is not enough Strictly, an electric vehicle is one powered by an electric motor drawing current from a battery that can be charged from an external source. In practice, several part-electrified categories are grouped under the EV umbrella. China calls the whole group New Energy Vehicles (NEVs). ICE — internal combustion engine; the conventional petrol or diesel vehicle. BEV — battery electric vehicle. Battery only, no engine. Must be plugged in. HEV — hybrid electric vehicle, or ‘strong hybrid’. Engine plus electric motor. The battery is charged by the engine and by regenerative braking — recovering energy that would otherwise be lost as heat during braking. It cannot be plugged in. PHEV — plug-in hybrid. Same hybrid drivetrain, but with a larger battery that can also be charged from an external socket. That single difference is the whole distinction from an HEV. FCEV — fuel cell electric vehicle, which generates electricity on board from hydrogen, emitting only water. Figure 5 — Five drivetrains, one distinguishing question each DRIVETRAINEngine?Electric motor?Can plug in?Tailpipe emissionsICEYesNoNoFullHEV (strong hybrid)YesYesNoReducedPHEV (plug-in hybrid)YesYesYesLow when chargedBEVNoYesYes — requiredZeroFCEV (hydrogen)NoYesRefuels hydrogenWater vapourThe single question that separates an HEV from a PHEV is the one in the maroon column: can it be charged from an external socket? Everything else about the two hybrids is similar; the plug is the difference. Why the PHEV occupies a particular place in the transition It addresses range anxiety — the fear of the battery running out with no charger nearby — which remains the principal obstacle to BEV adoption in India. It combines two advantages: the long-journey range of combustion with the lower running cost and cleaner operation of electric drive. The trade-off: a PHEV is costlier to buy than both an equivalent petrol car and a plain HEV, because the battery is larger. The conditional benefit: the environmental gain materialises only if the owner actually charges it. An unplugged PHEV is a heavy hybrid carrying a battery for nothing. The policy question for India: current incentives are designed mainly around BEVs, and hybrids attract higher tax. Whether PHEVs should be treated as a transitional technology deserving support — or as a distraction that delays full electrification — is a live debate, with relevance for the charging infrastructure gap and for crude import dependence. ✎ Mains Practice Question Plug-in hybrid vehicles are described as a bridge between conventional hybrids and battery electric vehicles. Examine their relevance to India’s energy security and emission goals, and discuss whether fiscal policy should treat them differently from battery electric vehicles. 10 marks · 150 words Environment & EcologyGeneral Studies Paper III 05 Eco-Sensitive Zones: notified, filed and forgotten GS-III · Conservation & GS-II · GovernancePrelims + MainsDown To Earth · Analysis Almost every State forest department holds the gazette notification of an Eco-Sensitive Zone (ESZ). The argument here is that for most protected areas the story ends at the notification — because the Zonal Management Plan that was supposed to give it effect was never written. ◈ Basics: what an ESZ is, and what it is not Definition: an area immediately surrounding a national park or wildlife sanctuary, declared to be managed as a protective buffer against incompatible development. Legal basis: notified by the Union Environment Ministry under the Environment (Protection) Act, 1986. The concept traces to the National Wildlife Action Plan (2002-2016) and detailed MoEFCC guidelines of 2011. It is not a prohibition zone. The ESZ regulates the character, scale and design of activity rather than banning it. Notifications classify activities as prohibited, regulated or permitted. Why a buffer is needed: a park boundary is an administrative line, not an ecological one. Elephants in South India range over 300 to 600 sq km; few parks approach that. Tiger territories cross administrative lines. And every park sits in a watershed whose streams originate outside its boundary — so paving or draining the catchment degrades the park’s hydrology without a single tree inside being touched. The key instrument: the Zonal Management Plan, to be prepared after notification, which specifies extraction limits, setbacks, design standards, wildlife crossing structures, lighting norms and mitigation requirements. The governance failure, as described The notification categorises but does not specify. It lists activities as permitted or prohibited, while setting no limits on scale or intensity, no design standards, no mitigation requirements, and no mechanism to assess cumulative impact. The Zonal Management Committee — the body meant to provide operational oversight — is in most cases either not constituted or exists in name only, without budget, secretariat or real authority. A jurisdictional gap. Forest officers who nominally chair these committees have legal jurisdiction only up to the park boundary. The ESZ falls between the Wild Life (Protection) Act, which applies inside the park, and the revenue and urban-planning laws that govern the surrounding land but do not refer to the ESZ at all. Master Plans do not carry ESZ overlays, so developers, highway agencies and municipal authorities take decisions within ESZ areas with no binding ecological check. The formulation worth quoting: a managed transition zone without management is simply land that has been labelled and then abandoned. ▤ Three parks in one city: the illustration used KBR National Park, Hyderabad — about 390 hectares of Deccan scrub forest. It lost land from inside its own boundary for a ring road before its ESZ was even contemplated; the ESZ was then drawn to the geometry of that road rather than to any ecological assessment. Road widening and commercial frontage development have followed, each justified by roads being a permitted activity. Mrugavani National Park — physically divided by the Outer Ring Road; ESZ declaration deferred indefinitely, leaving the surrounding land free to develop. Mahavir Harina Vanasthali Wildlife Sanctuary — a municipal solid waste dump operated adjacent to it for years, drawing stray dogs that entered the sanctuary and preyed on its spotted deer. Residential colonies and a national highway run along its edge; a functioning ESZ is yet to be declared. The invisible stressors — a useful Mains point Water: cities discharge mixed stormwater and sewage into channels flowing into urban parks, carrying nutrient loads that drive eutrophication, pathogens that threaten wildlife health, and persistent toxics that enter the food chain. Noise: chronic traffic and construction noise suppresses bird species richness, disrupts predator-prey communication and shifts habitat composition towards noise-tolerant generalists. The monitoring vacuum: water-quality monitoring at drainage entry points of urban protected areas is essentially absent, and noise monitoring within ESZs does not exist. The conclusion drawn: an ESZ should function as an active attenuation zone, not merely a line on a land-use map. The reforms proposed Evidence before boundary: no ESZ should be notified without a prior ecological baseline — wildlife movement patterns, hydrological mapping of the catchment, and a water-quality audit of incoming drainage — with the boundary drawn to that evidence rather than to the nearest infrastructure footprint. A statutory two-year deadline for preparing the Zonal Management Plan, through public consultation by a multi-disciplinary team, made the operative instrument for all development decisions in the zone. Real committees: constituted within mandatory timelines, with secretariats, budgets and powers to act on applications rather than merely observe them. Legal integration: amendment of State Town and Country Planning Acts to make ESZ restrictions mandatory overlays in Master Plans, and, for cities with parks, a cross-departmental authority spanning forest, urban planning and municipal domains. Expansion: degraded reserve forests around many parks retain recovery potential; regeneration requires the removal of pressure rather than an intact forest to begin with. ✎ Mains Practice Question “A managed transition zone without management is simply land that has been labelled and abandoned.” Critically examine the implementation record of Eco-Sensitive Zones in India, and suggest institutional reforms to make them effective instruments of conservation. 15 marks · 250 words 06 FAO’s ‘Forests for Food’: forests as part of the food system, not just the environment GS-III · Environment, Food Security & LivelihoodsPrelims + MainsDown To Earth · FAO report, 15 September 2026 A report titled Forests for food: Nourishing people, sustaining the planet, released on 15 September 2026 by the Food and Agriculture Organization with the Landscape Alliance, argues that forests’ contribution to feeding people is largely missing from national statistics and policy frameworks. ◈ Basics: two ideas the report rests on Agrifood systems — the whole chain from production through processing, distribution and consumption. The report’s central ask is that forests be counted inside this system rather than treated as a separate environmental category. Provisioning versus regulating services. Forests provide food directly (fruits, nuts, tubers, mushrooms, edible insects, wild meat) and also regulate the conditions farming depends on — water, soil fertility, nutrient recycling, pollination and pest control. The safety-net function: during food shortages and economic crises, forests supply food and income when other sources fail — a role invisible in production statistics. For India, the corresponding legal term is Minor Forest Produce (MFP) — non-timber produce of plant origin, rights over which are recognised under Section 3(1)(c) of the Forest Rights Act, 2006. ▤ The findings worth carrying into an answer More than 5 billion people worldwide depend on forests and trees to some extent for their livelihoods. Over 50,000 wild species are used for food and medicine, including at least 10,000 consumed directly as food. Forest resources provide as much as 20% of rural incomes in some areas. Woodfuel remains essential for cooking or water sterilisation for about a quarter of the global population; more than 1 billion people rely on medicinal plants for healthcare. Regional variation: in parts of Africa, some communities obtain up to 80% of daily protein from wild meat. In Gabon, about 200 grammes of five specific forest fruits can meet up to 100% of young people’s daily requirement for several nutrients. In the Amazon, fish account for 44% of total food consumed by weight. In Asia: India’s Indigenous communities are major users of wild forest foods; children in areas of greater forest cover show more diverse diets and lower stunting, and a study in eastern India linked wild-food consumption to higher dietary diversity among women, particularly in the lean season. In Europe: across 28 countries, 90% of respondents consume at least one forest food a year and over a third eat game meat annually. In North America, wild meat is largely recreational. The threat: an estimated 10.9 million hectares of forest were deforested annually in the decade to 2025. What FAO recommends, and the Indian connections FAO’s asks: sustainable forest management, agroforestry, better land-use planning, secure land rights, stronger data systems, integrated agriculture-and-forestry policy, and participation of forest-dependent communities in decisions. India’s corresponding instruments: the Forest Rights Act, 2006; the MSP for Minor Forest Produce scheme; Van Dhan Vikas Kendras under TRIFED; the National Agroforestry Policy, 2014 — India being the first country to adopt one. The data point to pair it with: India’s forest and tree cover is reported biennially in the India State of Forest Report by the Forest Survey of India; FAO’s own global counterparts are the Global Forest Resources Assessment and The State of the World’s Forests. About FAO: a specialised agency of the United Nations, founded in 1945, headquartered in Rome. The analytical caution: counting forest foods in nutrition policy also raises a sustainability question — wild harvesting and wild meat consumption carry their own extraction and zoonotic-risk limits, which is precisely why the report couples the claim with sustainable management. ✎ Mains Practice Question Forests contribute to nutrition and rural incomes in ways that national food-security statistics rarely capture. Discuss this contribution in the Indian context, and examine how forest rights and agroforestry policy can strengthen food and nutritional security. 15 marks · 250 words 07 Human noise is changing the calls of the Himalayan monal GS-III · Environment — Biodiversity & PollutionPrelims + MainsThe Indian Express · Hemvati Nandan Bahuguna Garhwal University study Researchers have found that the Himalayan monal, the State bird of Uttarakhand, is calling at higher frequencies in areas made noisier by tourism and traffic — a finding with possible, though not yet established, consequences for its mating success. ◈ Basics: the species and the science The bird: a striking ground-dwelling landfowl (a pheasant), found across the Himalaya including Jammu & Kashmir, Himachal Pradesh, Uttarakhand and Sikkim. It is not endangered. It is also the national bird of Nepal, where it is called the danphe, and it is protected under the Wild Life (Protection) Act, 1972. Acoustic masking — the core concept. When background noise occupies the same frequency band as an animal’s call, the call is drowned out. Traffic and crowd noise is concentrated at low frequencies, so shifting a call higher is a way of escaping the masking band. Passive acoustic monitoring — the method used: recording devices left in the field across seasons, capturing calls without human presence disturbing the animals. Why calls matter: for the monal they carry communication, social behaviour and reproduction — the male makes the mating call and the female responds. The study and its finding Researchers: Rajeev Lochan, Dinesh Kumar Sharma and Anand Kumar of Hemvati Nandan Bahuguna Garhwal University. The comparison: two areas within the Kedarnath Wildlife (Musk Deer) Sanctuary in Uttarakhand — Madmaheshwar Valley, with little human activity and no road, against Chopta Valley, which has a road, tourists and heavy pilgrim footfall. The result: monals in the noisier area used higher-frequency calls, with greater amplitude. The difference was strongest at the higher end of the birds’ call frequencies, suggesting some ability to adjust calls to surroundings. The concern: a male’s mating call may fail to reach females if it is masked by noise. The researchers stress that the consequences for breeding and survival are not yet established and require further work. Their prescription: not to stop tourism, but to manage how human activity affects these landscapes — including noise management in heavily visited areas. ▤ The wider frame for an answer Noise as a pollutant: regulated in India under the Noise Pollution (Regulation and Control) Rules, 2000, framed under the Environment (Protection) Act, 1986, with ambient standards by area category — industrial, commercial, residential and silence zones. The gap this study exposes: those standards were written for human health in settled areas. There is no comparable framework for noise inside protected areas or on pilgrimage routes. Related pressure: Chopta lies on the route to Tungnath and Chandrashila; the broader question of carrying capacity in Himalayan pilgrimage and tourism circuits connects directly to this finding. A comparable concept: the Lombard effect — the tendency of animals, including humans, to raise vocal effort in noise — and the broader field of bioacoustics, increasingly used as a low-cost biodiversity monitoring tool. ✎ Mains Practice Question Anthropogenic noise is an under-regulated form of pollution with measurable effects on wildlife. Examine this proposition with reference to Himalayan tourism and pilgrimage circuits, and suggest measures to incorporate noise into the management of protected areas. 10 marks · 150 words