In-Depth PIB Analysis2 Items Core TopicImportantConcise Tribal Rights & GovernanceGS Paper II 01Forest Rights Act — Third Regional Review Conference, Srinagar Economy — Agriculture & EnergyGS Paper III 02Agrivoltaics Backgrounder and AWC 2026 Conclusion Tribal Rights & GovernanceGeneral Studies Paper II — Vulnerable Sections; Paper III — Forests 01 Forest Rights Act at 20: Review Conference in Srinagar Flags 10.45 Lakh Pending Claims and Slow Community Forest Rights GS-II · Welfare of Scheduled Tribes; Statutory Rights; Gram SabhaGS-III · Forest Governance and ConservationPrelims + MainsPIB · Ministry of Tribal Affairs · 23 Oct 2026 The Ministry of Tribal Affairs (MoTA) held the third and final regional review of the Forest Rights Act, 2006 (FRA) in Srinagar on 23 October 2026, covering Maharashtra, Gujarat, Himachal Pradesh, Uttar Pradesh, Goa, Rajasthan and Jammu & Kashmir. Earlier rounds were held in Bengaluru (10 September) and Kolkata (9 October). ◈ From Basics — Why a Forest Rights Act? Colonial forest laws, beginning with the Indian Forest Act, 1865 (and later 1878 and 1927), declared vast forests as State property. Communities who had lived in and used these forests for generations were recorded as “encroachers”. The FRA’s Preamble calls this a “historical injustice” and seeks to correct it. Full name: the Scheduled Tribes and Other Traditional Forest Dwellers (Recognition of Forest Rights) Act, 2006; in force from 31 December 2007, with Rules in 2008 (amended 2012). Who is eligible: Forest-dwelling STs resident before 13 December 2005; Other Traditional Forest Dwellers (OTFDs) must show residence for three generations (75 years). Nodal Ministry: Ministry of Tribal Affairs; forests are administered with the Ministry of Environment, Forest and Climate Change. Constitutional link: “Forests” moved from the State List to the Concurrent List (Entry 17A) by the 42nd Amendment (1976); the FRA complements the Fifth Schedule and PESA, 1996, which empower Gram Sabhas in tribal areas. ▤ The Rights Under FRA at a Glance Individual Forest Rights (IFR): to hold and cultivate forest land occupied before the cut-off date — capped at 4 hectares. Community Rights (CR): collection of minor forest produce (ownership included), grazing, fishing and use of water bodies, and access for nomadic and pastoral communities. Community Forest Resource Rights (CFRR) — Section 3(1)(i): the right to protect, regenerate, conserve and manage a customary community forest. Habitat rights — Section 3(1)(e): for Particularly Vulnerable Tribal Groups (PVTGs) and pre-agricultural communities. Development facilities — Section 3(2): diversion of up to 1 hectare of forest land for schools, dispensaries, drinking water and other basic facilities. Protection from eviction — Section 4(5): no forest dweller may be evicted until recognition and verification are complete — the basis of J&K’s July 2026 circular. Figure 1 — How a forest rights claim is decided Gram Sabhainitiates; passesresolutionForest RightsCommitteeverifies on siteSDLCsub-division level;hears petitionsDLCdistrict level;final decisionTitleentered in revenue& forest recordsState Level Monitoring Committee (Chief Secretary) — oversightThe Gram Sabha, not the Forest Department, is the starting authority (Section 6)A rejection must carry a reasoned order, with the claimant’s right to petition preserved A three-tier, bottom-up process — the main reason incorporation into land records often lags behind title distribution. ~54 lakh Claims received nationally (31 Aug 2026) 80.64% Claims disposed of (43.56 lakh) 25.42 lakh Titles over ~238 lakh acres 11 of 75 PVTGs with habitat rights recognised Figure 2 — National status of forest rights claims (lakh, as on 31 August 2026) Titles — 25.42 (47%)Rejected — 18.13 (34%)Pending — 10.45Of ~54 lakh claims, about one in three has been rejected — hence the Ministry’s call to review rejections with reasoned ordersBar segments drawn to scale Disposal is high, but the rejection rate and the pendency of over 10 lakh claims are the main concerns. Figure 3 — Individual titles as a share of individual claims, by State/UT Gujarat55%Maharashtra52%Rajasthan41%Goa39%Uttar Pradesh24%Himachal Pradesh17%Jammu & Kashmir*13%*J&K: all titles ÷ all claims. Computed from PIB figures; scale: 4 px = 1% Recognition varies widely — from over half of claims in Gujarat and Maharashtra to about one in eight in Jammu & Kashmir, where FRA has applied only since 2019. State highlights Maharashtra: CFR rights over about 13.87 lakh acres, 7,518 CFR committees; separate village forms (7-E, 12-E) help IFR holders access crop loans, Kisan Credit Cards and insurance. Gadchiroli (Maharashtra): 5.16 lakh hectares under CFR rights; non-timber forest produce potential estimated at ₹98 crore a year. The district’s Mendha-Lekha was among the first villages to receive CFR rights (2009). Gujarat: satellite verification with the GEER Foundation; PVTGs include Kotwalia, Kolgha, Kathodi, Siddi and Padhar. Jammu & Kashmir: 48,287 claims, 6,178 titles, mostly community rights; a circular bars eviction of eligible families before due process — relevant for pastoral communities with seasonal movements. Uttar Pradesh: reviewing rejected claims in Sonbhadra and Chandauli; the Buxa PVTG identified in Bijnor. Convergence and support schemes Entry into land records lets title-holders access PM-KISAN, crop loans and livelihood schemes. Dharti Aaba Janjatiya Gram Utkarsh Abhiyan (DA-JGUA, 2024): ₹15 lakh per CFR Management Plan, plus ₹1 lakh for technical support. Support to Tribal Research Institutes: ₹25 lakh per State for FRA mapping. MoTA–MoEFCC joint communication (July 2026): to align CFR Management Plans with Forest Department Working Plans — a long-standing friction point. Digital: integration with the National FRA Portal through APIs; FRA courses on iGOT. The critical view High rejection rate: about 18 lakh rejections, often without reasoned orders or communication to claimants. Institutional friction: Forest Departments’ Working Plans and CFR plans by Gram Sabhas can conflict; overlapping laws (e.g. compensatory afforestation) complicate rights. Weak CFR and habitat recognition: CFR remains a fraction of its estimated potential, and habitat rights cover only 11 of 75 PVTGs. Judicial context: in Wildlife First v. Union of India, the Supreme Court’s 2019 order to evict rejected claimants was stayed after States were asked to review rejections. In Orissa Mining Corporation (Niyamgiri), 2013, the Court upheld the Gram Sabha’s role in decisions affecting forest rights. ✎ Mains Practice Question Nearly two decades after its enactment, the Forest Rights Act, 2006 has recognised individual rights far more readily than community and habitat rights. Examine the reasons and suggest measures to realise the Act’s objective of democratising forest governance. 15 marks · 250 words Economy — Agriculture & EnergyGeneral Studies Paper III 02 Agrivoltaics: PIB Backgrounder Maps India’s Projects and Potential as the World Conference Concludes; France to Host in 2027 GS-III · Agriculture — Land Use; Energy — RenewablesPrelims + MainsPIB · Backgrounder & MNRE · 23 Oct 2026 A PIB Backgrounder sets out India’s agrivoltaics landscape — 36 operational projects (37.54 MW) and 10 pilots as of August 2025 — while the 7th AgriVoltaics World Conference closed in New Delhi on 23 October 2026, handing the 8th edition (2027) to France. (For the science of agrivoltaics, PM-KUSUM’s components and the critical view, see the PIB Analysis of 22 October 2026.) Figure 4 — How an agrivoltaic system works Shaded soil retains moisture while exposed soil loses more through evaporation; livestock can graze under panels too. Infographic courtesy PIB Backgrounders (AI-generated illustration, as labelled by PIB); reproduced with credit for educational use. ◈ From Basics — Reading India’s Land-Use Numbers Reporting area: 306.96 million hectares (2023–24), of which about 55% is agricultural land. Land is classified under the nine-fold land-use classification. Net Sown Area (NSA): 138.99 Mha — land sown at least once a year. Gross Cropped Area (GCA): 217.88 Mha — counts land sown more than once each time. Cropping intensity = GCA ÷ NSA × 100 ≈ 157% — on average, cropped land carries about 1.6 crops a year. Agriculture’s weight: livelihood for about 46.1% of the population; agriculture and allied GVA estimated at ₹52.08 lakh crore in 2025–26. ▤ What’s New in the Backgrounder Deployment: 36 operational projects, 37.54 MW installed, 10 pilots — using elevated, interspace and tracking designs. Potential: estimates range from 3,000 GW to nearly 14,000 GW; GIS screening identified 47.35 Mha of “restricted cropland” as suitable. Income: in some cases, annual earnings could rise from about ₹60,000 to over ₹1 lakh per acre. Best-suited crops: fruits, vegetables, spices and medicinal plants. Centre of Excellence: set up by the National Institute of Solar Energy (NISE), Gurugram, with ICAR–IARI, New Delhi; includes a 100 kW pilot at IARI. PM-KUSUM: launched February 2019, central financial assistance of about ₹34,422 crore. Figure 5 — Advantages of AgriPV for rural development Four claimed advantages: higher yields, water efficiency, dual income and energy access — benefits that depend on crop choice, design and local conditions. Infographic courtesy PIB Backgrounders (source: IBEF); reproduced with credit for educational use. State schemes — Prelims hooks Mukhyamantri Saur Krushi Vahini Yojana 2.0 (Maharashtra): about 16,000 MW of solar projects on roughly 35,000 acres to supply farm consumers. Kisan Suryoday Yojana (Gujarat): daytime power for farming, with a planned window of up to 16 hours (5 am–9 pm). Surya Raitha (Karnataka): solar irrigation pumps with income from surplus power sold to the grid. Conference outcomes Focus on implementation: agro-climatic zoning, crop selection, water-use efficiency, financing and farmer-centred models. Science partnerships: a session co-convened by ICAR and the International Water Management Institute (IWMI) on shade-tolerant crops and microclimate effects; a GIZ-led session with farmers and FPO federations. Global South cooperation: the International Solar Alliance presented the outcomes; the 8th AWC moves to France in 2027. A balanced reading Scale gap: 37.54 MW installed is tiny against a potential measured in thousands of gigawatts — agrivoltaics in India is still at the pilot stage. Evidence first: the conference itself stressed location-specific evidence — benefits vary by crop, climate and design. Definitions matter: some State schemes (such as feeder-level solar plants) are solar-for-agriculture, not dual-use agrivoltaics; the two should not be confused. ✎ Mains Practice Question Distinguish between solarisation of agriculture and agrivoltaics. Discuss the role of State-level initiatives and research institutions in scaling up agrivoltaics in India. 10 marks · 150 words

Editorials, Opinions & Explained2 Items Core TopicImportantConcise EditorialsGS Paper II 01Saudi–Houthi Conflict — India’s Stakes in West Asia OpinionsGS Paper III 02India and the AI Value Chain — From IT Services to Frontier AI EditorialsThe newspaper’s own arguments, decoded for GS 01 In the Crossfire: The Saudi–Houthi Conflict, the Indian Diaspora and India’s Options in West Asia Core TopicEditorialGS-II · IR — India and West Asia; Indian DiasporaGS-III · Energy Security; Maritime SecurityPrelims + MainsThe Hindu · Editorial An Indian national was killed in a Houthi attack on Dammam airport in Saudi Arabia. Since fighting between Saudi Arabia and the Houthis resumed in July 2026, at least two Indians have been killed and 14 wounded, and thousands of Indian pilgrims are stranded. The editorial argues that India should prepare for worst-case scenarios and take a more active diplomatic position. ◈ From Basics — Who Are the Houthis? Identity: the Houthis, formally Ansar Allah, are a political and armed movement of Zaidi Shia origin from Saada in northern Yemen. Rise to power: they took the capital Sana’a in September 2014. A Saudi-led coalition intervened in March 2015 to restore the internationally recognised government, now based in Aden. Territory: they control much of northern Yemen and its entire Red Sea coast, including the port of Hodeidah. Regional alignment: they are widely regarded as part of the Iran-aligned “axis” in the region; from late 2023 they attacked shipping in the Red Sea, forcing many vessels to divert around Africa. Humanitarian toll: Yemen, among the poorest Arab countries, has faced one of the world’s most severe humanitarian crises. Figure 1 — The Saudi–Houthi conflict: key phases 2014Houthis takeSana’a2015Saudi-ledintervention2022UN-brokeredtruce2023–24Red Seashipping attacksJul 2026CeasefirecollapsesOct 2026Attacks on SaudiinfrastructureMaroon: escalation · Green: truce · Blue: maritime spillover · Gold: current phase According to the editorial, the 2022 truce broke down after Saudi strikes on Sana’a airport in July 2026; Houthi attacks on Saudi oil facilities and airports followed. ▤ India’s Stakes at a Glance Diaspora: Indians form the largest expatriate community in Saudi Arabia (about 2.5 million); the Gulf hosts close to 9 million Indians. Remittances: India is the world’s largest recipient of remittances, with the Gulf a major source. Energy: India imports about 85% of its crude oil; Saudi Arabia is among its top suppliers, and Gulf supplies pass through the Strait of Hormuz. Shipping: trade with Europe uses the Bab-el-Mandeb strait, between Yemen and Djibouti, linking the Red Sea and the Gulf of Aden. Pilgrims: large numbers of Indian Haj and Umrah pilgrims travel to Saudi Arabia each year; Haj arrangements are coordinated by the Haj Committee of India under the Ministry of Minority Affairs. Institutional ties: the India–Saudi Arabia Strategic Partnership Council (2019). Geography in the news Dammam: on Saudi Arabia’s Persian Gulf coast, in the oil-rich Eastern Province. Zuqar Island: a Yemeni island in the southern Red Sea, part of the Hanish group, near the Bab-el-Mandeb. Prelims hook: Yemen borders Saudi Arabia and Oman, and faces the Red Sea, the Gulf of Aden and the Arabian Sea. Figure 2 — Areas of Houthi control in Yemen The Houthis hold the densely populated west, including Sana’a and the Red Sea coastline facing the Bab-el-Mandeb; the shaded advance in the south-west reflects an assessment as of 14 September. Map courtesy BBC (data: ISW and AEI’s Critical Threats Project); reproduced with credit for educational use. The editorial’s argument Military limits: years of air strikes have not defeated the Houthis, who have built a capable army and naval force; Saudi infrastructure remains exposed to missiles and drones. Immediate priority: evacuate stranded pilgrims and prepare contingency plans for the diaspora. Diplomatic role: India, which has condemned the Houthi attacks and expressed solidarity with Saudi Arabia, should also work with Arab countries and Iran for a diplomatic settlement; the editorial links peace in the Gulf to de-escalation around Iran. India’s evacuation record — static anchors Operation Rahat (2015): evacuation of Indians — and many foreign nationals — from Yemen, by sea and air via Djibouti. Later operations: Vande Bharat (2020), Ganga (Ukraine, 2022), Kaveri (Sudan, 2023), Ajay (Israel, 2023) and Sindhu (Iran and Israel, 2025). Lesson: evacuations depend on advance registration of nationals, standby naval and air assets, and agreements with neighbouring states for transit. Other perspectives Strategic autonomy: India maintains ties with Saudi Arabia, the UAE, Iran and Israel at once; taking sides openly could hurt relations with one of them. Limited leverage: India is not a direct party and has limited influence over the Houthis; its most practical tools are consular protection and multilateral diplomacy. Maritime role: the Indian Navy’s deployments in the Arabian Sea and Gulf of Aden since 2023 show a security contribution without joining coalitions. ✎ Mains Practice Question Conflicts in West Asia directly affect India’s diaspora, energy security and maritime trade. In the context of the Saudi–Houthi conflict, discuss how India can protect these interests while maintaining strategic autonomy in the region. 15 marks · 250 words OpinionsSigned op-eds — arguments to weigh, not facts to memorise 02 From IT Services to the AI Era: Where India Stands in the Artificial Intelligence Value Chain Core TopicOpinionGS-III · S&T — Artificial Intelligence; Indigenisation of TechnologyGS-III · Economy — Services Sector, Employment, InvestmentPrelims + MainsThe Indian Express · Opinion The authors argue that India, despite its early advantage in IT services, has not built a presence in frontier AI. They warn that hosting data centres for foreign firms, without capability elsewhere in the AI value chain, risks locking India into its lowest-value link. ◈ From Basics — Key Terms Frontier AI model: a large, general-purpose AI model at or near the leading edge of capability, trained with very large amounts of compute and data. Compute: the processing power, largely from GPUs and specialised chips, used to train models and run them (inference). Value chain: the stages that add value to a product. In AI: chip design and fabrication → compute and data centres → foundation models → applications and services. Firm power: electricity available round the clock. Solar and wind are intermittent and need storage or backup to supply data centres continuously. Figure 3 — The AI value chain and India’s position, as the authors describe it Applications & serviceshighest value · user-facingFoundation modelsfrontier AICompute & data centres“landlord” roleChipsdesign · fabrication · packagingStrong IT services base and GCCs, but AI can now automatecoding; entry-level jobs most exposed.No frontier model yet; IndiaAI Mission (2024) supportsfoundation-model efforts with ~US$1.2 bn over five years.Data centres growing fast (≈26.3 GW planned by FY32), buthardware imported and models often foreign-owned.12 units approved, 9 for assembly, testing and packaging;no leading-edge AI chip production. The authors’ concern: growth in the compute layer alone may not build capability in the higher-value layers. ▤ The Numbers in the Argument R&D spending (GERD): India about 0.84% of GDP (FY24), against 2.6% in China and 3.4% in the US (as cited by the authors). IndiaAI Mission: approved in 2024 with about ₹10,372 crore (~US$1.2 billion) over five years; shared compute of 45,000+ GPUs at subsidised rates. Jobs: an ICRIER survey of 651 IT firms (Nov 2025–Jan 2026) found 55% reporting a fall in entry-level hiring and 35% an increase; senior roles were stable. Data centres: about 26.3 GW of AI data-centre capacity expected by FY32, planned mostly on renewables. Semiconductors: of 12 approved facilities, 9 are assembly, testing and packaging units — under the India Semiconductor Mission (2021). Context: AI and export controls The episode cited: on 12 June 2026, Anthropic suspended access to two of its models to comply with US Department of Commerce export controls; access was restored on 1 July after the controls were lifted on 30 June. (The op-ed names the models as “Claude 3.5 and Claude Mythos”; Anthropic’s own statement identifies them as Claude Fable 5 and Claude Mythos 5.) The authors’ inference: access to frontier AI may increasingly be governed like other strategic technologies, which strengthens the case for domestic capability. Earlier precedent: the US Framework for AI Diffusion (January 2025), which grouped countries into tiers for access to advanced AI chips, was rescinded in May 2025. The authors’ argument IT model under pressure: India’s services exports grew by customising and maintaining software built abroad; AI that writes, tests and maintains code strikes at this labour advantage. Spending is necessary but not sufficient: what matters is a research and innovation ecosystem able to produce home-grown models. The “landlord” risk: tax holidays and cheap land, water and power for foreign cloud providers bring construction jobs and imported hardware, but limited value addition. Energy cost: round-the-clock data-centre demand may be met partly by coal at night until storage scales up, and the cost of firm power may fall on other consumers. Proposal: link State support for data centres to compute-access guarantees, reserved cloud capacity for Indian users, and local linkages in hardware and services. Evaluating the argument Strength: it connects R&D, employment, energy and industrial policy into a single value-chain view. Counterpoints: data centres support data sovereignty under the DPDP Act, 2023, and lower costs for domestic AI firms; packaging and testing units are a recognised first step into semiconductors. Balance needed: conditions on investors must not deter investment — the authors themselves call for a “calibrated” approach. Beyond frontier models: India’s advantage may also lie in applications and public digital infrastructure built on open or smaller models suited to Indian languages. ✎ Mains Practice Question “Hosting data centres without capabilities elsewhere in the AI value chain risks locking India into its lowest-value-added link.” Critically examine this view and suggest a strategy for building India’s capabilities in artificial intelligence. 15 marks · 250 words

In-Depth News Analysis8 Items Core TopicImportantConcise Polity & GovernanceGS Paper II 01State Legislative Councils — Composition, Powers and Debates02Ladakh Bench of the J&K and Ladakh High Court International RelationsGS Paper II 03India on UNSC Reform — the ‘Legitimacy Deficit’ EconomyGS Paper III 04PLFS Revision — Gig Work and Unpaid Care Work05Mumbai–Ahmedabad Bullet Train — A Hybrid Model Science & TechnologyGS Paper III 06Japan’s MMX Mission to the Moons of Mars07Shamonda Virus — First Human Case in France EnvironmentGS Paper III 08UNEP Emissions Gap Report 2026 — 1.5°C Overshoot Polity & GovernanceGeneral Studies Paper II 01 Legislative Council Elections in Four States: How India’s Second Chambers in the States Work, and Why They Remain Contested GS-II · State Legislature; Comparison with ParliamentPrelims + MainsThe Indian Express · Explained Elections were held on 23 October 2026 for 28 seats in the Legislative Councils of Uttar Pradesh, Bihar, Maharashtra and Karnataka. Only six States have a Council, and its members are chosen through indirect elections by specific electorates rather than by all adult voters. ◈ From Basics — What Is a Legislative Council? Bicameral States: a State legislature may have a Legislative Assembly (Vidhan Sabha) and a Legislative Council (Vidhan Parishad) — Article 168. The six States with Councils: Andhra Pradesh, Bihar, Karnataka, Maharashtra, Telangana and Uttar Pradesh. Colonial roots: the Government of India Act, 1919 created a Council of State at the Centre; the 1935 Act introduced bicameral legislatures in some provinces — Bengal’s Council began functioning in 1937. A permanent house: members serve six-year terms, with one-third retiring every two years; the minimum age is 30 years (Article 173). Constituent Assembly: members were divided — some saw a second chamber as a check on hasty legislation; others saw it as costly and undemocratic. The Constitution left the choice to each State. ▤ Creation, Size and Election at a Glance Creation or abolition — Article 169: Parliament may create or abolish a Council by law if the State Assembly passes a resolution by a majority of its total membership and two-thirds of members present and voting. Such a law is not a constitutional amendment under Article 368. Size — Article 171: not more than one-third of the Assembly’s strength, and not less than 40. Method: proportional representation by the single transferable vote. Graduates’ and teachers’ voters must enrol separately with proof of qualification; Council elections are not fought on party symbols, though parties back candidates. Figure 1 — Who elects a Legislative Council (Article 171(3)) 1/3 Local bodies1/3 By MLAs1/121/12~1/6Municipalities, districtboards, local authoritiesMLAs elect personswho are not MLAsNominated bythe GovernorGreen — graduates of 3+ years · Gold — teachers (secondary school and above, 3+ years)Nominees have special knowledge of literature, science, art, cooperation or social service · bar segments to scale About five-sixths of members are indirectly elected and the rest nominated — the basis of the Council’s claim to bring local-body, educated and expert voices into law-making. Council vs Rajya Sabha — a weaker second chamber Ordinary Bills — Article 197: the Council can only delay a Bill — up to three months the first time and one month the second; the Assembly’s view then prevails. Rajya Sabha has equal power, with a joint sitting (Article 108) to resolve deadlocks. Money Bills — Article 198: the Council must return them within 14 days; it can only recommend changes, which the Assembly may reject. Existence: the Rajya Sabha is permanent and cannot be abolished; a Council can be created or abolished by an ordinary law under Article 169. No role in electing the President: MLCs, unlike Rajya Sabha members, are not part of the electoral college under Article 54. The debate For: a forum for deliberation and revision; representation for teachers, graduates and local bodies; room for experts who may not contest direct elections. Against: a financial burden; easily overridden by the Assembly; seen at times as a route to accommodate those who lose direct elections. Contested status: creating or abolishing Councils has often depended on the government in office — for instance, Andhra Pradesh abolished its Council in 1985 and revived it in 2007; Tamil Nadu’s was abolished in 1986. Outdated qualifications: the graduates’ constituency was designed when graduates were few; critics argue it no longer reflects a special interest. ✎ Mains Practice Question Compare the position of the State Legislative Council with that of the Rajya Sabha. In light of the arguments for and against second chambers in the States, should the Constitution provide a uniform policy on their creation? 15 marks · 250 words 02 Ladakh Bench of the Jammu & Kashmir and Ladakh High Court Begins Functioning in Leh — the Country’s Highest Court Bench GS-II · Judiciary — High Courts; Access to JusticePrelims + MainsThe Indian Express The Chief Justice of India inaugurated the Ladakh bench of the Jammu and Kashmir and Ladakh High Court in Leh, at about 3,500 metres, the highest court bench in India. It follows a regulation promulgated by the President on 28 August 2026; the bench began sitting on 21 October, initially two days a week. ◈ From Basics — High Courts, Union Territories and Benches Article 214: there shall be a High Court for each State. Article 231 allows Parliament to set up a common High Court for two or more States or a State and a Union Territory. Union Territories: under Article 241, Parliament may extend a High Court’s jurisdiction to a UT. Since 2019, one High Court has served the UTs of Jammu & Kashmir and Ladakh. Presidential regulations — Article 240: the President may make regulations for the “peace, progress and good government” of certain UTs without legislatures, including Ladakh; they have the force of an Act of Parliament. Benches: permanent benches are usually created after consultation between the Union, the State or UT, and the High Court’s Chief Justice. The Jaswant Singh Commission (1985) recommended criteria for setting up benches. Why it matters Access to justice: Article 39A directs the State to secure justice for all, and the Supreme Court in Anita Kushwaha v. Pushap Sudan (2016) held that access to justice is part of Article 21. Litigants from Ladakh earlier faced long, costly journeys across high mountain passes. Technology: the Supreme Court plans to list all Ladakh cases on a single day once video-conferencing is in place — in line with the e-Courts Mission Mode Project, Phase III (2023). Local capacity: a bench in Leh may encourage young people in Ladakh to take up law as a profession. ✎ Mains Practice Question “Access to justice depends as much on geography as on law.” Discuss the case for decentralising High Court benches in India, with reference to remote and hilly regions. 10 marks · 150 words International RelationsGeneral Studies Paper II 03 India at the UN General Assembly: An Unrepresentative Security Council Faces a “Deficit in Legitimacy” GS-II · International Institutions — UN ReformPrelims + MainsThe Hindu Speaking at the UN General Assembly debate on “equitable representation on and increase in the membership of the Security Council”, India’s Permanent Representative said authority derived from victory in the Second World War cannot make up for the Council’s present “deficit in legitimacy”. (For the UN Charter, Articles 23, 27, 97 and 108 and the reform models, see the Editorial Analysis of 22 October 2026.) ▤ India’s Position at a Glance Expansion in both categories: India argues that adding only non-permanent seats would leave the “central imbalance” untouched. Under-representation of Asia: the Asia-Pacific Group holds over 60% of the world’s population but has limited representation on the Council. Platforms: the G4 (India, Brazil, Germany, Japan, 2004) and the L.69 group of developing countries; talks run through the Intergovernmental Negotiations (IGN) since 2009. Candidacy: India is seeking a non-permanent seat for 2028–29; it has served eight times, most recently in 2021–22. Why it matters — and the obstacles Credibility: as conflicts multiply and the Council struggles to respond, its authority depends increasingly on how representative it is seen to be. Obstacles: any amendment needs ratification by all five permanent members (Article 108); the Uniting for Consensus group opposes new permanent seats; and regional rivalries divide candidates. ✎ Mains Practice Question Why does India argue that expanding only the non-permanent membership of the UN Security Council would be inadequate? Examine the main obstacles to comprehensive reform. 10 marks · 150 words EconomyGeneral Studies Paper III 04 Periodic Labour Force Survey to Be Revised from January 2027 to Track Platform Workers and Unpaid Care Work GS-III · Economy — Employment; StatisticsGS-I · Society — Women and WorkPrelims + MainsThe Hindu · PIB (MoSPI) · 23 Oct 2026 The National Sample Survey Office (NSSO), under the Ministry of Statistics and Programme Implementation (MoSPI), has proposed changes to the Periodic Labour Force Survey (PLFS) from January 2027: a separate sampling stratum for households with digital platform workers, and new questions on unpaid household, caregiving, volunteer and trainee work and labour underutilisation. Public comments are invited within 15 days. ◈ From Basics — How India Measures Employment PLFS: launched in April 2017, replacing the NSSO’s five-yearly employment–unemployment surveys. Since 2025, it also provides monthly and quarterly estimates for rural and urban areas. Key indicators: Labour Force Participation Rate (LFPR) — share of the population working or seeking work; Worker Population Ratio (WPR) — share employed; Unemployment Rate (UR) — share of the labour force without work. Reference periods: Usual Status (principal plus subsidiary activity over the past year) and Current Weekly Status (CWS) (activity in the past seven days). Institutions: the National Statistical Office (NSO) was formed in 2019 by merging the NSSO (est. 1950) and the Central Statistics Office. ▤ What Changes from January 2027 Platform-worker households: a separate Second Stage Stratum (SSS) for households with at least one digital platform worker — four strata in rural areas, five in urban, with 14 households canvassed per First Stage Unit (FSU). New question: whether any household member did platform work in the reference period. Unpaid work: questions on own-use production of goods and unpaid household and caregiving activities — cooking, cleaning, childcare, care of elderly, sick or disabled members — plus volunteer and unpaid trainee work. Underutilisation: additional questions to measure labour underutilisation, beyond open unemployment. Sampling: revised criteria for sample allocation and stratification. Figure 2 — Five forms of work (ILO, 19th ICLS, 2013) and what the revised PLFS adds Own-useproductiongoods & unpaid careEmploymentwork for pay or profit(incl. platform work)Unpaidtrainee workto gain experienceVolunteerworkunpaid, for othersOther worke.g. compulsoryunpaid work“Work” is wider than “employment” — the ILO counts all productive activityAlready measured by PLFSAdded or sharpened from 2027Platform work is a form of employment; the change improves its sampling rather than redefining it Measuring unpaid care work makes visible a large part of women’s labour that national statistics have largely missed. Why it matters Women’s invisible work: the Time Use Survey (2024) showed women spend several times more time than men on unpaid domestic and care work; capturing it in PLFS improves understanding of female labour force participation. The gig economy: NITI Aayog (2022) estimated 77 lakh gig workers in 2020–21, projected to reach 2.35 crore by 2029–30. Better data supports social security for these workers. Legal recognition: the Code on Social Security, 2020 defines “gig worker” and “platform worker” and provides for social security schemes; platform workers can register on e-Shram. Global alignment: the changes move India closer to the ILO’s 2013 standards on forms of work and labour underutilisation. Points to watch Comparability: design changes can create a break in the data series, making comparisons with earlier years harder. Measurement: platform work is often part-time or multi-app; defining the reference period and main activity will matter. Policy use: data on unpaid care work is most useful if it informs care infrastructure — crèches, elderly care — and GDP-satellite accounts of household production. ✎ Mains Practice Question Conventional labour statistics fail to capture both the gig economy and women’s unpaid care work. Discuss the significance of the proposed revisions to the Periodic Labour Force Survey for policymaking in India. 15 marks · 250 words 05 Mumbai–Ahmedabad High-Speed Rail: From a Japanese System to a Hybrid of Japanese Tracks, European Signalling and Indian Trains GS-III · Infrastructure — Railways; Technology IndigenisationGS-II · India–Japan RelationsPrelims + MainsThe Indian Express · Explained India’s first high-speed rail line, begun in 2017 with Japanese technology and finance, has evolved into a hybrid model: Japanese track and civil design, European signalling and an Indian-built train. The first section is expected to open by December 2027, and the cost has nearly doubled to about ₹2.1 lakh crore. ▤ Project at a Glance Route: 508 km between Mumbai and Ahmedabad, with 12 stations; includes a 21-km tunnel, about 7 km under the sea at Thane Creek. Executing agency: National High Speed Rail Corporation Ltd (NHSRCL), set up in 2016 with equity from the Union Government and the governments of Gujarat and Maharashtra. Finance: a JICA loan covering about 81% of the original cost, at about 0.1% interest over 50 years, with a 15-year grace period. Japanese financing remains in place. Timeline: feasibility study 2013–15; Cabinet approval December 2015; work began September 2017; original target 2022. Cost: from ₹1.08 lakh crore to about ₹2.1 lakh crore. How the model changed Rolling stock: the Japanese E5 Shinkansen trainset was phased out, and the next-generation E10 was not expected before 2034. India decided in 2024 to build its own train, the B28 (up to 250 km/h), at BEML, Bengaluru; the E10 may be procured later. Signalling: awarded to a European–Indian joint venture in June 2025. Oversight: Japanese experts still approve designs, construction schemes and quality control. Why it happened — and what it teaches Differing expectations: Japan expected to export the entire Shinkansen system; India sought cost-effectiveness, flexibility and indigenisation for a wider future network. Planning gaps: procurement, costs and approvals were worked out after the project was announced; land acquisition in Maharashtra was delayed for several years. Integration risk: Japanese experts stress the Shinkansen’s “total systems approach” — track, signalling and trains designed as one; running two train types and signalling systems on one corridor must be proved safe. Wider lesson: large cross-border infrastructure projects need detailed joint planning, clear risk allocation and flexibility on both sides — delays are common globally, as with the UK’s HS2. ✎ Mains Practice Question The Mumbai–Ahmedabad high-speed rail project illustrates both the opportunities and the challenges of technology partnerships in infrastructure. Discuss, with reference to cost, indigenisation and system integration. 10 marks · 150 words Science & TechnologyGeneral Studies Paper III · Space and Health 06 Japan Launches the Martian Moons eXploration (MMX) Mission to Bring Back Samples from Phobos GS-III · Space Technology; Planetary SciencePrelims-orientedThe Times of India The Japan Aerospace Exploration Agency (JAXA) launched MMX from Tanegashima on 20 October 2026. The US$578 million mission aims to collect at least 10 grams of material from Phobos and return it to Earth in 2031 — the first attempt to bring back samples from the Martian system. ◈ From Basics — The Moons of Mars Phobos (about 22 km across) is the larger and closer moon; it orbits Mars in about 7.7 hours — faster than Mars rotates — and is slowly spiralling inward. Deimos (about 12 km) is smaller and farther out. Both were discovered by Asaph Hall in 1877. Origin debate: the moons may be captured asteroids, or they may have formed from debris thrown into orbit by a giant impact on Mars. Samples could settle this. ▤ Mission at a Glance Arrival: late 2027; return of samples in 2031 — a five-year mission. Rover: Idefix, built by France’s CNES and Germany’s DLR, to land on Phobos. Autonomy: radio signals take up to 44 minutes for a round trip, so the spacecraft must operate largely on its own. Heritage: Japan’s asteroid sample-return missions Hayabusa (Itokawa, 2010) and Hayabusa2 (Ryugu, 2020). Prelims hook: India’s Mars Orbiter Mission (Mangalyaan, 2013) made India the first Asian country to reach Mars orbit, and the first to do so on its first attempt. ✎ Mains Practice Question Sample-return missions have become a key frontier in planetary science. Discuss their scientific value and the technological challenges they involve, with examples. 10 marks · 150 words 07 France Confirms the First Known Human Case of Shamonda Virus, an Animal Virus Spread by Biting Midges GS-III · Health — Zoonoses; One HealthPrelims-orientedThe Indian Express · Explained French authorities confirmed the first known human infection with Shamonda virus, in a severely immunocompromised patient who died at a hospital in Lyon in October. They said there was no identified risk to the general public. Figure 3 — France: where the case was reported Lyon lies in east-central France at the confluence of the Rhône and Saône; the patient is believed to have been infected near home in eastern France, where the virus circulated in animals during spring and summer. Map reproduced with credit to its original publisher for educational use. ◈ From Basics — Vector-Borne and Zoonotic Diseases Vector-borne disease: spread by an organism (a vector) such as a mosquito, tick or midge that carries the pathogen between hosts. Zoonosis: a disease that passes from animals to humans; spillover is the first such jump. One Health: the approach that links human, animal and environmental health — central to detecting spillovers early. ▤ The Virus at a Glance Classification: genus Orthobunyavirus, family Peribunyaviridae; part of the Simbu group, which also includes the Schmallenberg, Akabane and Oropouche viruses. Vector: Culicoides biting midges, which also spread bluetongue in livestock. History: first isolated from cattle in Nigeria (1965); found in Africa, Asia and Europe. Two European variants (SHAV-EU1, SHAV-EU2) caused outbreaks this year. In animals: fever, diarrhoea, reduced milk yield and reproductive problems, worse in newborn animals. Control: no commercial vaccine; the World Organisation for Animal Health (WOAH) advises mesh screens, removal of breeding sites, vector surveillance and moving animals when midges are less active. Why it matters Climate link: warmer conditions expand the range and season of vectors such as midges, bringing animal viruses into new regions. Genomic surveillance: the case was identified by testing the patient’s cerebrospinal fluid for pathogen genes and confirmed by whole-genome sequencing. Prelims hook: WOAH (founded as the OIE in 1924) is headquartered in Paris; India is a member. EnvironmentGeneral Studies Paper III — Climate Change 08 Emissions Gap Report 2026: Limiting Warming to 1.5°C Without Significant Overshoot Is No Longer Possible, Says UNEP GS-III · Environment — Climate Change; International AgreementsPrelims + MainsDown To Earth · UNEP The 17th Emissions Gap Report of the UN Environment Programme (UNEP), titled “The Point of Return”, concludes that the chance of limiting warming to 1.5°C with no or limited overshoot is gone. The task now, it says, is to minimise the size and duration of the overshoot and return to 1.5°C by 2100. ◈ From Basics — The Emissions Gap and Overshoot Paris Agreement (2015), Article 2: hold warming “well below 2°C” above pre-industrial levels and pursue efforts to limit it to 1.5°C. Emissions gap: the difference between where emissions are heading under countries’ pledges (NDCs) and where they must be to meet the Paris goals. UNEP has published the report annually since 2010. Overshoot: temporarily exceeding 1.5°C before bringing temperatures back down — which requires deep emission cuts plus large-scale carbon dioxide removal. Units: CO₂-equivalent (CO₂e) expresses all greenhouse gases in terms of their warming relative to carbon dioxide. 58.4 Gt Global GHG emissions, 2025 (CO₂e) — down 0.1 Gt 76% G20 share of global emissions 124 vs 63 Countries with rising vs falling emissions (past decade) 1.63°C September 2026 above pre-industrial (Copernicus) Figure 4 — Emission cuts needed for the lowest possible 1.5°C overshoot (relative to 2025) By 2030−18%By 2035−45%By 2040−69%Scale: 4.8 px = 1% · plus large-scale CO₂ removal to return below 1.5°C By contrast, emissions fell by only about 0.2% in 2025 — and fossil CO₂ emissions continued to rise. Key findings A misleading dip: the small fall in total emissions came from lower land-use (LULUCF) emissions after an exceptional 2024 wildfire season; fossil-fuel CO₂, nitrous oxide and F-gases kept rising, while methane was flat. No peak yet: G20 emissions (excluding land use) rose 0.7% in 2025; several high per-capita and high historical emitters have yet to peak. Records: 2024 was the first calendar year above 1.5°C, and September 2026 was the second-hottest September on record. The Indian angle Updated NDC (2022): cut emissions intensity of GDP by 45% by 2030 from 2005 levels; 50% of installed power capacity from non-fossil sources by 2030 (already achieved); an additional carbon sink of 2.5–3 billion tonnes CO₂e; net zero by 2070. Equity: India’s per capita emissions remain among the lowest of major economies, though its total emissions are rising with growth — the basis of its emphasis on CBDR-RC and climate finance. Adaptation: overshoot means more extreme heat, floods and glacial hazards, raising the importance of adaptation and loss-and-damage finance for India and its neighbours. ✎ Mains Practice Question “The goal is no longer to avoid exceeding 1.5°C, but to limit and reverse the overshoot.” Discuss the implications of this shift for global climate action and for India’s development pathway. 15 marks · 250 words