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Daily PIB Summaries

PIB Summaries 28 February 2026

Content Redefining Growth: India’s Revised GDP Estimates and the New Measurement Framework India’s Trade Partnerships Powering Global Integration and Growth Redefining Growth: India’s Revised GDP Estimates and the New Measurement Framework Why in News? Release of Revised GDP Estimates On 27 February 2026, Government released revised GDP estimates, shifting base year from 2011–12 to 2022–23, incorporating major methodological reforms and expanded administrative data integration. Real GDP growth (FY 2025–26): 7.6%, compared to 7.1% in FY 2024–25, reflecting sustained macroeconomic resilience amid global slowdown and external uncertainties. Nominal GDP growth projected at 8.6% (FY 2025–26), directly influencing fiscal deficit ratios, debt-to-GDP metrics, and macroeconomic sustainability indicators. Back-Series and Continuity Back-series data under revised methodology will be released by December 2026, ensuring historical comparability, continuity in long-term trend analysis, and transparency in national accounts. Relevance GS Paper III (Economy) National income accounting; Base year revision (2011–12 → 2022–23). Real vs Nominal GDP; GVA–GDP divergence. Productivity measurement; Double deflation; Supply–Use Tables. Debt–GDP ratio, fiscal deficit recalibration under FRBM. Practice Question “Periodic GDP rebasing is not merely statistical revision but a reflection of structural transformation.” Examine in the context of India’s 2022–23 base year shift.(250 Words) Conceptual Foundations of GDP Meaning and Scope of GDP GDP measures monetary value of final goods and services produced within domestic territory during a specified accounting period, excluding intermediate goods to prevent double counting. Real GDP uses base-year prices to remove inflationary distortions, whereas Nominal GDP reflects current price changes alongside real output variations. Institutional and Methodological Framework India compiles GDP following SNA 2008 standards, under the National Statistical Office (NSO) within the Ministry of Statistics and Programme Implementation (MoSPI) framework. GDP = GVA + Taxes – Subsidies, explaining divergence between GDP and Gross Value Added (GVA) during periods of fluctuating indirect tax collections. Rationale for Base Year Revision Structural Transformation of the Economy Base year revision reflects structural transformation including digital economy expansion, renewable energy growth, GST stabilization, and rising economic formalisation through EPFO and tax digitisation. 2022–23 selected as most recent post-pandemic normal year, avoiding distortions caused by COVID contraction (–6.6% in FY 2020–21). Need for Periodic Rebasing Without periodic rebasing, outdated price structures distort real growth estimation, underrepresent emerging sectors, and miscalculate productivity improvements. Historical base revisions approximately every decade ensure alignment with evolving economic structure and international statistical best practices. Key Growth and Sectoral Trends (FY 2025–26) Aggregate Growth Performance Real GDP growth: 7.6%, indicating strengthening domestic demand, investment recovery, and industrial expansion supported by Production Linked Incentive (PLI) schemes. Nominal GDP growth: 8.6%, impacting fiscal projections, tax buoyancy calculations, and debt sustainability metrics. Sectoral Performance Manufacturing recorded double-digit growth in FY 2023–24 and FY 2025–26, signalling revival in industrial output and capital formation. Secondary and Tertiary sectors grew above 9%, indicating broad-based expansion beyond agriculture and reinforcing services-driven growth trajectory. Trade, repair, hotels, transport, communication recorded 10.1% growth, reflecting revival in consumption-linked service sectors. Methodological Reforms in the New Series Benchmark–Indicator Framework Benchmark–Indicator method uses annual GDP as reference and extrapolates quarterly estimates using high-frequency indicators, aligning with IMF’s Quarterly National Accounts Manual. Double Deflation and Granular Pricing Double deflation applied in manufacturing and agriculture, separately deflating output and intermediate inputs to improve real value-added estimation accuracy. Over 260 item-level CPI indices used for granular deflation, reducing distortion from aggregate price indices and improving sector-specific real growth measurement. Supply–Use Table Integration Integration of Supply and Use Tables (SUT) eliminates statistical discrepancy through product balancing, ensuring consistency between production and expenditure approaches. Data Modernisation and Administrative Integration Use of GST and Surveys GST data enables cross-validation of corporate output, state-wise allocation of activity, and improved quarterly estimation across manufacturing and non-financial services sectors. ASUSE and PLFS provide direct level estimates for unincorporated enterprises and labour input validation, reducing reliance on outdated proxy extrapolations. Real-Time Government and Consumption Data Public Financial Management System (PFMS) improves real-time measurement of General Government expenditure, enhancing fiscal sector accuracy. e-Vahan database strengthens estimation of Private Final Consumption Expenditure (PFCE) in transport services using high-frequency vehicle registration data. Informal, Gig and Digital Economy Inclusion Informal Sector Strengthening Inclusion of unincorporated enterprises enhances measurement of the informal sector, historically underrepresented due to limited data availability. Hired domestic workers included under household employer activities, improving representation of service-sector labour within GDP. Digital and Multi-Activity Corporations Gig and platform economy contributions better captured using corporate filings and survey integration, reflecting structural digital transformation. Multi-activity corporations segregated using MGT-7/7A filings, improving sectoral allocation accuracy instead of principal-activity assignment. Federal and Governance Implications Strengthening GSDP Estimation NSO guidelines ensure Gross State Domestic Product (GSDP) estimates remain consistent with national accounting standards and uniform definitions. Reduced reliance on allocation ratios enhances direct estimation of state-level output using administrative and survey-based data. Fiscal and Institutional Impact Accurate GSDP influences Finance Commission devolution, borrowing ceilings, fiscal deficit ratios, and intergovernmental fiscal transfers. Statistical modernization strengthens macroeconomic credibility, influencing sovereign ratings, foreign investment flows, and multilateral institutional confidence. Macroeconomic Implications Fiscal Metrics and Sustainability Rebasing may alter Debt-to-GDP and Fiscal Deficit-to-GDP ratios, affecting consolidation targets under the FRBM framework. Nominal GDP recalibration influences tax buoyancy ratios and medium-term fiscal projections in Union Budget planning. Growth and Productivity Assessment Improved measurement of manufacturing productivity enhances accuracy of potential growth and output gap calculations. Administrative data integration improves evidence-based policymaking and strengthens counter-cyclical macroeconomic management. Challenges and Limitations Data and Coverage Issues Informal sector estimation remains partially survey-based, limiting complete real-time measurement of micro and small enterprise activity. GST threshold exemptions exclude smaller firms, potentially understating output in retail and service segments. Broader Developmental Gaps GDP excludes inequality, unpaid care work, and environmental degradation, limiting comprehensive welfare assessment. Uneven capacity across state Directorates of Economics and Statistics (DES) affects uniform GSDP compilation. Way Forward Transparency and Standards Publish detailed “Sources and Methods” documentation to enhance transparency and strengthen trust in national accounts. Transition to SNA 2025 standards by 2029–30 to maintain international comparability and methodological modernization. Sustainability and Institutional Strengthening Develop Green GDP and satellite environmental accounts to integrate sustainability into national income measurement. Strengthen state statistical capacity through digital integration, training, and standardized real-time data reporting systems. India’s Trade Partnerships Powering Global Integration and Growth Why in News? Trade Diplomacy Accelerates in 2026 In FY 2025–26, India concluded FTAs with the United Kingdom, Oman and New Zealand, finalised the landmark India–EU FTA, and launched negotiations with GCC and Israel. According to UNCTAD Trade and Development Report 2025, India ranks 3rd among Global South economies in trade partnership diversity index, surpassing all Global North economies. India concluded negotiations for the “Mother of All Deals” — the India–EU FTA in January 2026, marking one of its most strategic economic agreements. Relevance GS Paper II – International Relations Trade diplomacy as economic statecraft. India–EU, UK, GCC, Israel: strategic balancing in multipolar order. Diversification reducing overdependence on single markets (China+1, Europe+1). GS Paper III – Economy FTAs and export-led growth strategy. Global Value Chain (GVC) integration. Labour-intensive exports revival. Services trade liberalisation (Mode 1–4). Investment-linked trade agreements (EFTA). Practice Question Evaluate the impact of India’s new-generation FTAs on manufacturing competitiveness, employment generation and integration into global value chains.(250 Words) India’s Rising Trade Integration Expanding Global Trade Footprint India has steadily increased its global trade share, supported by resilient services exports, diversified merchandise exports, and expanding participation in global value chains (GVCs). Trade partnership diversification enhances resilience against tariff uncertainties, geopolitical fragmentation, and supply-chain disruptions in an increasingly multipolar global economy. FTAs strengthen reliable market access, reduce non-tariff barriers, promote investment flows, and improve integration into global production networks. India–EU Free Trade Agreement (2026) Market Access and Tariff Liberalisation EU provides preferential access across 97% of tariff lines, covering 99.5% of trade value, while allowing India policy flexibility for sensitive sectors. 70.4% of tariff lines, covering 90.7% of India’s exports, receive immediate duty elimination, benefiting labour-intensive sectors like textiles, leather, gems, and marine products. Zero duty over 3–5 years applies to 20.3% tariff lines, while 6.1% tariff lines receive preferential access through tariff-rate quotas and reductions. Sectoral and Services Gains Labour-intensive exports exceeding ₹2.87 lakh crore (USD 33 billion) gain competitiveness and deeper integration into European value chains. EU extended commitments across 144 service subsectors, including IT/ITeS, education, professional and business services, supporting high-value service exports. India–UK Comprehensive Economic and Trade Agreement (CETA) Goods and Trade Expansion 99% of India’s exports receive duty-free access, covering nearly 100% of trade value, benefiting textiles, engineering goods, chemicals, and auto components. Bilateral trade currently stands at USD 56 billion, with both countries targeting doubling trade by 2030 under CETA framework. Mobility and Social Security UK eased mobility for professionals in IT, healthcare, finance and education, facilitating smoother entry for contractual suppliers and intra-corporate transferees. Double Contribution Convention eliminates dual social security payments, generating estimated savings of over ₹4,000 crore for Indian firms and professionals. India–Oman CEPA (2025) Market Access and Sectoral Gains Oman grants zero-duty access on 98.08% tariff lines, covering 99.38% of India’s exports by value, boosting agriculture, textiles, engineering and pharmaceuticals. Agreement enhances opportunities for MSMEs, artisans, women-led enterprises, and labour-intensive industries across manufacturing and agriculture. Services and AYUSH Recognition Oman extended commitments on traditional medicine across all modes of supply, marking first such recognition globally for India’s AYUSH sector. Mode 4 commitments enable temporary entry for intra-corporate transferees, business visitors, and independent professionals. India–New Zealand FTA (2025) Comprehensive Tariff Elimination New Zealand eliminated duties on 100% of tariff lines, granting immediate zero-duty access for all Indian exports. Agreement strengthens market access for farmers and MSMEs, supporting integration into Oceania and Pacific Island markets. Investment and Workforce Cooperation Backed by USD 20 billion investment commitment over 15 years, enhancing long-term economic and strategic cooperation. Expands workforce mobility in sectors like IT, healthcare, engineering, AYUSH, education, construction and hospitality services. India–EFTA TEPA (Effective October 2025) Market Access and Investment Commitments EFTA offered access on 92.2% tariff lines, covering 99.6% of exports, including 100% coverage of non-agricultural products. Investment commitment of USD 100 billion over 15 years, expected to generate 1 million direct jobs, excluding foreign portfolio investments. Services and Capacity Building Strengthens cooperation in IT, education, business, cultural and audio-visual services, deepening India’s high-value services exports. India–UAE CEPA (2022) Trade Growth Impact Bilateral trade surpassed USD 100 billion in FY 2024–25, achieving earlier five-year target ahead of schedule. Non-oil exports reached USD 27.4 billion in FY 2023–24, growing at average 25.6% since CEPA implementation. Sectoral Highlights Smartphones exports to UAE reached USD 2.57 billion in FY 2023–24, alongside growth in chemicals, machinery, and high-technology goods. CEPA empowered MSMEs, strengthened supply chains, and enhanced India’s strategic economic footprint in the MENA region. India–Australia ECTA (2022) Tariff Liberalisation and Services Australia granted preferential access across 100% tariff lines, while India extended access on over 70% tariff lines, particularly raw materials. Australia offered commitments across 135 service subsectors, granting MFN treatment in 120 subsectors. Trade Gains India’s exports to Australia grew by 8% in FY 2024–25, with strong gains in manufacturing, chemicals, textiles, and agricultural products. Gems and jewellery exports rose 16% during April–November 2025, reflecting sustained sectoral momentum. Domestic Enablers Strengthening Export Competitiveness Digital and Financial Support Trade Connect ePlatform provides tariff explorer services enabling exporters to leverage FTA benefits effectively. Export Promotion Mission (EPM) establishes digitally driven framework for enhancing export initiatives and global outreach. Credit Guarantee Scheme for Exporters ensures liquidity support during uncertainty, promoting business continuity and market expansion. RBI and Regulatory Measures RBI extended export credit tenor to 450 days until 31 March 2026, enhancing working capital flexibility. Export realisation period extended from 9 months to 15 months under FEMA amendments. Union Budget 2026–27 removed ₹10 lakh courier export cap and enabled direct factory-to-ship clearance using electronic sealing. Expanding Negotiation Agenda New and Ongoing Negotiations India reached interim framework understanding with the United States for advancing a broader Bilateral Trade Agreement (BTA). First round of India–Israel FTA negotiations concluded in February 2026, focusing on fintech, AI, pharmaceuticals, defence, and space cooperation. Negotiations underway with GCC, ASEAN, Mexico and Canada, targeting enhanced trade, investment flows, and supply-chain resilience. Strategic and Economic Significance Growth and Employment Effects FTAs expand export markets, stimulate investment inflows, create employment across manufacturing and services sectors, and deepen integration into global value chains. Diversified trade partnerships reduce vulnerability to concentrated markets and enhance resilience against geopolitical and tariff shocks. Geopolitical and Strategic Dimensions Expanding FTA network positions India as a central actor in evolving global trade architecture anchored in trust, reciprocity, and shared prosperity. Trade diplomacy complements strategic partnerships across Indo-Pacific, Europe, MENA and Africa, reinforcing India’s economic statecraft. Way Forward Deepening Integration Accelerate implementation of concluded FTAs to maximise utilisation rates and ensure MSMEs effectively leverage preferential market access. Strengthen logistics infrastructure, customs digitalisation, and regulatory harmonisation to reduce trade costs and improve export competitiveness. Long-Term Strategic Alignment Align trade strategy with Make in India, PLI schemes, and supply-chain diversification goals. Ensure balance between market access commitments and safeguarding sensitive agricultural and dairy sectors.  

Editorials/Opinions Analysis For UPSC 28 February 2026

Content India–UK–Mauritius Chagos Deal & Diego Garcia: Strategic, Legal and Maritime Implications International Law is Not Dead”: Resilience Amid Geopolitical Turbulence India–UK–Mauritius Chagos Deal & Diego Garcia: Strategic, Legal and Maritime Implications Why in News? Sovereignty Transfer with Strategic Continuity Recently United Kingdom agreed to transfer sovereignty of the Chagos Archipelago to Mauritius, while retaining operational control of Diego Garcia under a proposed 99-year lease arrangement. The agreement follows the 2019 International Court of Justice (ICJ) advisory opinion, which held that the UK’s separation of Chagos in 1965 violated international law and decolonisation principles. India publicly supported the UK–Mauritius understanding, aligning with its long-standing position supporting decolonisation, territorial integrity, and Global South solidarity. Relevance GS Paper II – International Relations Decolonisation and territorial integrity (ICJ advisory opinion 2019). India’s position on sovereignty and Global South solidarity. Maritime diplomacy with: Mauritius United Kingdom Strategic implications involving United States Strategic autonomy amid US–China rivalry. Practice Question “The Chagos sovereignty transfer reflects the intersection of decolonisation principles and geopolitical pragmatism.” Discuss in the context of India’s foreign policy.(250 Words) Geostrategic Significance of Diego Garcia Military and Geographical Importance Diego Garcia, located roughly 3,500 km from India’s southern coast, hosts a strategic US–UK joint military base operational since the 1970s. The base played crucial roles in the 1991 Gulf War, 2001 Afghanistan intervention, and 2003 Iraq War, serving as a logistics and bomber deployment hub. Its central Indian Ocean location enables surveillance across sea lanes linking the Strait of Hormuz, Bab el-Mandeb, and Malacca Strait. Power Projection and Logistics Diego Garcia supports long-range bombers, naval vessels, and pre-positioned military supplies, enhancing rapid deployment capabilities across West Asia and the Indo-Pacific. It strengthens maritime domain awareness in the western Indian Ocean, a region witnessing increasing naval competition. Indian Ocean Strategic Context Sea Lanes and Energy Security Nearly 80% of India’s crude oil imports transit through Indian Ocean sea lanes, making maritime security central to national energy resilience. The Indian Ocean carries almost one-third of global bulk cargo traffic and two-thirds of global oil shipments, underscoring systemic economic importance. Stability in the Indian Ocean is vital for India’s aspiration of becoming a USD 5 trillion-plus economy and global trade hub. Economic Connectivity and Trade India’s major ports and trade corridors depend on uninterrupted maritime flows linking West Asia, Africa, and Southeast Asia. Any disruption in western Indian Ocean chokepoints would directly affect India’s trade balance and inflation dynamics. China’s Expanding Maritime Footprint Strategic Competition in the IOR China established its first overseas military base in Djibouti (2017) and developed dual-use port infrastructure at Gwadar (Pakistan). Through the Belt and Road Initiative (BRI), China financed ports in Sri Lanka, Pakistan, and East Africa, reinforcing the “string of pearls” narrative. A strategic vacuum in Chagos could have expanded China’s influence in the western Indian Ocean, altering the regional balance of power. Maritime Encirclement Concerns Chinese naval deployments in the Indian Ocean have increased in frequency, including submarine patrols and anti-piracy missions. Strategic competition in the region increasingly intersects with India’s security perimeter and extended maritime neighbourhood. India–Mauritius Strategic Partnership Historical and Cultural Foundations Mauritius has nearly 70% population of Indian origin, forming the bedrock of strong cultural, political, and diplomatic ties. India has consistently supported Mauritius’ sovereignty claims in multilateral forums, including the UN. Defence and Security Cooperation India assisted Mauritius in establishing a Coastal Surveillance Radar System, strengthening maritime domain awareness. Cooperation extends to hydrographic surveys, capacity building, defence training, and joint exercises under long-standing bilateral agreements. Mauritius is part of the Colombo Security Conclave, enhancing regional maritime security cooperation. Legal and International Law Dimensions ICJ and UN Resolutions The ICJ advisory opinion (2019) concluded that the UK must end its administration of Chagos “as rapidly as possible”. The UN General Assembly resolution (2019) demanded UK withdrawal within six months, reinforcing global support for Mauritius’ sovereignty. Balancing Sovereignty and Security The new arrangement balances sovereignty restoration with continued military leasing, blending decolonisation justice and strategic pragmatism. It reflects how international law and geopolitical realities often converge in negotiated settlements. Regional Security Implications Stability Versus Militarisation Diego Garcia enhances surveillance, anti-piracy operations, and rapid response capabilities in the western Indian Ocean. Continued Western military presence may deter hostile expansion but risks intensifying great-power rivalry between US-led coalitions and China. Smaller island states may express concern over erosion of strategic autonomy amid expanding militarisation. West Asia Linkages Conflict Spillovers Escalating tensions involving Iran, Israel, and Gulf states increase the strategic value of forward military logistics hubs. Diego Garcia provides staging support for operations near Gulf chokepoints, which handle a large share of India’s energy imports. Diaspora and Economic Interests India has over 8 million diaspora in West Asia, whose safety depends on regional stability. Maritime disruptions in the Gulf could trigger evacuation challenges and economic shocks for India. India’s Maritime Doctrine SAGAR and Indo-Pacific Vision India’s SAGAR (Security and Growth for All in the Region) doctrine emphasises cooperative maritime security and inclusive regional development. The development aligns with India’s push for a free, open, and rules-based Indo-Pacific, consistent with UNCLOS principles. India must balance anti-colonial solidarity with Mauritius and pragmatic security cooperation with Western partners. Strategic Autonomy India’s foreign policy traditionally emphasises strategic autonomy, avoiding rigid bloc alignments. Supporting the agreement allows India to maintain influence in Mauritius while avoiding confrontation with key Western partners. Challenges and Strategic Risks Perception and Alignment The long-term lease arrangement may attract criticism that sovereignty restoration is symbolic rather than substantive. Multipolar Tensions Intensifying US–China rivalry complicates India’s strategic calculus in the Indian Ocean Region. Any escalation could militarise maritime spaces further, affecting regional stability. Way Forward Strengthening Maritime Leadership India should deepen engagement through IORA, Colombo Security Conclave, and Quad platforms, reinforcing cooperative maritime security frameworks. Expand assistance to Mauritius in blue economy, climate resilience, and coastal infrastructure development. Promote adherence to UNCLOS, freedom of navigation, and peaceful dispute resolution mechanisms. Enhance indigenous naval capacity under Atmanirbhar Bharat, ensuring credible deterrence and maritime domain awareness. Conclusion The Chagos arrangement represents a convergence of decolonisation principles, strategic continuity, and great-power geopolitics in the Indian Ocean. For India, it underscores a dual role as Global South advocate and Indo-Pacific stabiliser, navigating legal norms and strategic realities. As trade, energy security, and geopolitical rivalry converge in the Indian Ocean Region, maritime strategy will remain central to India’s external engagement. “International Law is Not Dead”: Resilience Amid Geopolitical Turbulence Why in News? Debate on Decline of International Law Ongoing conflicts including the Russia–Ukraine war (since 2022) and the Israel–Hamas conflict (since 2023) have revived claims that international law is collapsing. Political rhetoric in major powers, including open references to territorial acquisition and unilateral military action, has intensified concerns over erosion of global legal norms. The central argument remains that despite visible violations, international law continues functioning through treaties, courts, trade regimes, and institutional mechanisms. Relevance GS Paper II – International Relations UN Charter Article 2(4) prohibition on use of force. Institutional resilience: International Court of Justice World Trade Organization International Criminal Court Russia–Ukraine war; Israel–Hamas conflict. Veto politics in UNSC. Practice Question   “Violations of international law do not imply its collapse.” Critically examine with contemporary examples.(250 Words) Core Norm: Prohibition on Use of Force Article 2(4) of the UN Charter Article 2(4) of the UN Charter prohibits the threat or use of force against territorial integrity or political independence of any state. This foundational norm has been breached in cases such as Iraq (2003), Crimea (2014), and Ukraine (2022), yet remains legally binding. Even violators seek legal justification—self-defence under Article 51 or humanitarian grounds—demonstrating enduring normative authority. Historical Evidence of Resilience Survival Through the Cold War During the Cold War (1947–1991), proxy wars occurred in Korea, Vietnam, and Afghanistan, yet the international legal order did not collapse. The International Court of Justice (ICJ) continued adjudicating disputes despite superpower rivalry and non-compliance in some cases. Scholar Thomas Franck (1970) warned of legal erosion, yet post-Cold War expansion of treaties showed institutional adaptability. Judicialisation of International Relations Expanding Legal Architecture Over the past three decades, international law expanded into trade, investment, human rights, environmental protection, and maritime governance. The World Trade Organization (WTO) dispute settlement system has adjudicated over 600 disputes since 1995, reflecting rule-based economic governance. The International Criminal Court (ICC) has issued arrest warrants against heads of state, reinforcing individual accountability norms. Trade and Economic Law as Evidence Rules-Based Global Integration More than 350 Regional Trade Agreements (RTAs) are currently in force globally, reflecting reliance on treaty-based trade governance. Global merchandise trade crossed USD 25 trillion in 2023 (WTO data), largely regulated under multilateral and regional frameworks. States continue negotiating FTAs, digital trade agreements, and bilateral investment treaties despite geopolitical fragmentation. Humanitarian and Environmental Regimes Enduring Normative Commitments The Geneva Conventions (1949) are universally ratified, forming the bedrock of international humanitarian law. The Paris Agreement (2015) has over 190 parties, demonstrating sustained global cooperation on climate governance. Pandemic coordination under WHO frameworks and International Health Regulations (IHR) illustrates continued reliance on institutional legal mechanisms. Why Violations Do Not Equal Collapse ? Law Versus Compliance Debate Violations do not imply disappearance; domestic legal systems also experience crime without systemic legal breakdown. States seek legal rationalisations for military actions, confirming recognition of international legal legitimacy. Normative pressure manifests through economic sanctions, diplomatic isolation, and reputational costs, influencing state behaviour. Institutional Mechanisms Still Active Dispute Resolution and Arbitration Institutions such as the ICJ, WTO panels, UNCLOS tribunals, and investment arbitration bodies continue resolving interstate and investor-state disputes. The South China Sea Arbitration (2016) was adjudicated under UNCLOS, demonstrating continued procedural functioning despite enforcement challenges. Judicialisation has deepened particularly in trade, environmental law, and human rights adjudication. Challenges to International Law Geopolitical Fragmentation Rising multipolar competition among the US, China, Russia, and regional powers strains consensus-based institutions. UN Security Council veto politics limits enforcement of collective security measures in major conflicts. Selective compliance and perceived double standards weaken legitimacy and credibility of international legal frameworks. Indian Perspective Strategic Autonomy and Rules-Based Order India consistently advocates a rules-based international order, invoking UNCLOS in maritime matters and WTO principles in trade disputes. India balances sovereignty concerns with multilateral commitments, reflected in climate negotiations and over 250,000 troops contributed to UN peacekeeping historically. As a rising economic power, India benefits from predictable legal regimes governing trade, navigation, investment, and dispute resolution. Conclusion International law is under strain but not obsolete; violations reflect geopolitical contestation rather than normative extinction. Institutional continuity, expanding treaty networks, and growing judicialisation demonstrate systemic resilience. In an interdependent global economy, dismantling international law would impose severe economic, security, and reputational costs, ensuring its continued relevance.

Daily Current Affairs

Current Affairs 28 February 2026

Content New GDP Series Upgrades FY26 Growth to 7.6% in Second Advance Estimates Supreme Court Bans NCERT Class 8 Textbook: Contempt Powers and Academic Freedom Debate Tribal Affairs Ministry to Revamp Forest Rights Act Implementation Mechanism Meghalaya Strengthens Meningococcal Disease Surveillance After Agniveer Deaths Indian Navy Boosts Anti-Submarine Capability with Commissioning of INS Nirdeshak Pakistan–Afghanistan Escalation: Taliban Tensions and Regional Security Implications SOE 2026: India’s Life Expectancy Trends and Post-Pandemic Demographic Implications New GDP series upgrades FY26 growth to 7.6% in second advance estimates A. Issue in Brief India’s real GDP growth for FY 2025-26 projected at 7.6% (Second Advance Estimates) — higher than 7.4% (First Advance Estimates). Base year updated to 2022-23 (earlier 2011-12) → improved representativeness and sectoral granularity. Growth revisions: 2023-24 revised down to 7.2% (from 9.2%) 2024-25 revised up to 7.1% (from 6.5%) Nominal GDP revised downward for 2023–26 → impacts fiscal ratios (Fiscal Deficit/GDP, Debt/GDP). Sectoral pattern (FY26): Secondary: 9.5% (Manufacturing 12.5%) Services: 8.9% Primary: 2.8% (Agriculture 2.5%) Q3 FY26 growth: 7.8% (Q2: 8.4%; Q1: 6.7%) → moderate but stable momentum. Relevance GS Paper III – Economy  National Income Accounting (GDP, GVA, Base Year Revision). Real vs Nominal GDP implications. Sectoral growth patterns (Primary–Secondary–Tertiary). Structural transformation & Lewis Model. Fiscal deficit & Debt/GDP ratio (FRBM framework). Capex-led vs consumption-led growth debate. Manufacturing push under PLI. Rural distress & agricultural stagnation. B. Static Background 1. National Income Estimation Framework Compiled by Ministry of Statistics & Programme Implementation (MoSPI) under National Statistical Office (NSO). Based on UN System of National Accounts (SNA 2008). Base year revision ensures: Structural shift capture (digital economy, formalization) Improved deflators and sector weights 2. GDP Concepts Real GDP: Adjusted for inflation. Nominal GDP: Current prices; determines fiscal ratios. Advance Estimates: Released before fiscal year ends; based on partial-year data. 3. Constitutional-Fiscal Link FRBM Act: Targets fiscal deficit and debt as % of GDP → Nominal GDP revision directly affects compliance trajectory. C. Key Dimensions 1. Structural Sectoral Shift Sector FY25 Growth FY26 Growth Structural Insight Primary 5% 2.8% Rural slowdown risk Manufacturing 8.3% 12.5% PLI, capex, exports Construction 7.1% 6.9% Public capex stabilizing Services 8.3% 8.9% Domestic demand + IT Inference: Growth increasingly manufacturing and services-driven; agriculture losing relative dynamism. 2. Economic Implications (i) Manufacturing Acceleration 12.5% growth suggests: PLI scheme traction Supply chain diversification (China+1 strategy) Strong corporate balance sheets Potential boost to exports and job creation. (ii) Agricultural Slowdown (2.5%) Implications: Rural demand compression MSP-fiscal burden pressures Inflation risk if supply shocks occur Agriculture employs ~45% workforce → disproportionate welfare impact. (iii) Services Dominance Double-digit growth in: Trade, hotels, transport (10.3%) Finance, IT, real estate (10%) Reflects: Urban consumption recovery Digital economy expansion Credit growth cycle 3. Fiscal & Macroeconomic Impact Nominal GDP Downward Revision Raises effective: Fiscal deficit ratio Debt-to-GDP ratio Could complicate glide path to 4.5% fiscal deficit target (FY26). Investment vs Consumption Manufacturing + construction suggest capex-led growth. Agriculture slowdown may reduce mass consumption multiplier. 4. Social Dimension Rural-Urban divergence risk. Inequality concerns (K-shaped growth). Job elasticity question: Manufacturing growth must translate into labour-intensive employment. Skilling urgency under Skill India Mission. 5. External Sector Angle High services growth supports current account stability. Manufacturing boost can reduce trade deficit if export competitive. Vulnerability: Global slowdown, oil prices. 6. Governance & Statistical Credibility Base year revision improves transparency. Need for: High-frequency employment data Better informal sector capture Enhances investor confidence if methodology robust. D. Critical Analysis 1. Growth Quality vs Growth Quantity 7.6% strong in global context (IMF global avg ~3%). But concerns: Agricultural stagnation Regional imbalances Limited wage growth 2. Manufacturing Momentum — Sustainable? Requires: Stable power supply Logistics cost reduction (currently ~14% of GDP) Labour reform effectiveness 3. Fiscal Arithmetic Risk Lower nominal GDP artificially inflates deficit ratios. Could pressure government to cut capital expenditure. 4. Structural Transformation Gap Agriculture share in GDP ~15% but workforce ~45%. Slow agri growth delays Lewis-type structural shift. E. Way Forward 1. Strengthen Rural Growth Irrigation expansion Crop diversification Agri value chains and food processing Direct income support reform (DBT rationalization) 2. Sustain Manufacturing Momentum Expand PLI to labour-intensive sectors (textiles, footwear). MSME credit deepening via digital lending. Reduce logistics cost to 8–9% of GDP (National Logistics Policy). 3. Fiscal Prudence with Growth Protect capital expenditure. Broaden tax base via GST compliance. Strategic asset monetisation. 4. Employment-Centric Strategy Align manufacturing push with employment elasticity. Skill reorientation toward EVs, semiconductors, AI. 5. Statistical Strengthening Periodic base revision every 5 years. Greater disclosure on deflators and informal sector estimation. F. Prelims Pointers Base year currently: 2022-23. Advance Estimates released in January (1st) and February (2nd). Real vs Nominal GDP distinction. Manufacturing classified under Secondary Sector. GDP compiled by NSO under MoSPI. Practice Mains Question (15 Marks) “India’s recent GDP estimates indicate strong headline growth but reveal emerging structural imbalances across sectors.” Examine the quality and sustainability of India’s growth trajectory.(250 Words) NCERT asks public to return Class 8 textbook, delete posts A. Issue in Brief The Supreme Court imposed a blanket ban and seizure order on an NCERT Class 8 Social Science textbook, invoking suo motu criminal contempt, alleging content undermined judicial credibility and constitutional institutions. The Court directed immediate withdrawal of all physical and digital copies, sought a compliance report, and initiated proceedings under the Contempt of Courts Act, 1971 for “scandalising the court.” The controversy raises structural concerns regarding judicial overreach, limits of academic freedom, proportionality in restrictions under Article 19(2), and institutional balance under the separation of powers doctrine. Relevance GS Paper II – Polity & Governance Articles 129 & 215 (Contempt powers). Contempt of Courts Act, 1971. Article 19(1)(a) vs 19(2). Separation of Powers. Judicial activism vs restraint. Education in Concurrent List (Entry 25). B. Constitutional & Legal Background Article 129 and Article 215 designate the Supreme Court and High Courts as Courts of Record, empowering them to punish for contempt independent of statutory codification. Under Section 2(c), Contempt of Courts Act, 1971, criminal contempt includes publications that “scandalise or lower the authority of the court,” a phrase criticised for vagueness and overbreadth. Article 19(1)(a) guarantees freedom of speech, while Article 19(2) permits reasonable restrictions including contempt; restrictions must satisfy the proportionality test evolved in modern constitutional jurisprudence. The 274th Law Commission Report (2018) recommended retaining contempt powers but acknowledged global shifts toward narrowing the “scandalising” offence to protect democratic criticism. C. Governance & Institutional Dimension NCERT, an autonomous body under the Ministry of Education, develops curriculum frameworks aligned with NEP 2020, raising concerns about executive-academic autonomy vis-à-vis judicial intervention. Education falls under Entry 25, Concurrent List, implying shared legislative competence; direct judicial content control risks blurring institutional boundaries between judiciary and executive. Blanket seizure orders may generate a bureaucratic chilling effect, discouraging curricular innovation and critical engagement with constitutional institutions in future textbooks. D. Social & Ethical Dimension  Democracies require tolerance of reasoned institutional critique; excessive contempt invocation may signal intolerance, affecting public perception of judicial confidence and constitutional maturity. Ethical dilemma: safeguarding institutional dignity versus nurturing critical constitutional literacy among students; balance required under principles of constitutional morality. Chilling academic discourse undermines deliberative democracy, where institutions strengthen legitimacy through openness rather than insulation from criticism. E. Separation of Powers & Judicial Restraint The doctrine of separation of powers mandates functional boundaries; direct textbook bans risk judicial encroachment into executive policymaking and curriculum design. Global comparative trend: the United Kingdom abolished “scandalising the court” in 2013, recognising reputational harm should not override democratic free speech values. Judicial legitimacy flows from public trust, not coercive enforcement; excessive reliance on contempt may paradoxically weaken institutional authority. F. Critical Analysis A blanket prohibition and seizure appears disproportionate when lesser remedies—clarifications, revised editions, or expert review panels—could have addressed alleged inaccuracies. The phrase “scandalising the court” lacks objective definitional limits, risking subjective interpretation and potential misuse against academic or journalistic critique. Frequent suo motu contempt actions may institutionalise judicial hyper-activism, disturbing equilibrium envisioned in constitutional design. However, protecting minors from distorted constitutional understanding remains a legitimate state interest, requiring careful balancing rather than absolutism. G. Way Forward Narrow interpretation of “scandalising” consistent with democratic standards; apply structured proportionality analysis before imposing extreme remedies like seizure or publication bans. Establish independent academic review committees to assess disputed content, ensuring evidence-based corrections rather than coercive suppression. Parliament may revisit the Contempt of Courts Act, 1971 to codify clearer definitional limits aligned with global best practices. Encourage judicial articulation emphasising tolerance of fair criticism, reinforcing confidence in constitutional democracy. H. Prelims Pointers Articles 129 & 215: Contempt powers of Supreme Court and High Courts. Criminal contempt includes “scandalising the court.” Education: Entry 25, Concurrent List. Contempt of Courts Act enacted in 1971; amended in 2006 to allow truth as defence. Mains Practice Question (15 Marks) “The expansive use of contempt powers, though intended to protect judicial authority, may inadvertently undermine academic freedom and democratic discourse.” Critically examine. Tribal Affairs Ministry set to revamp forest rights cells, form ‘one-stop’ coordinating units A. Issue in Brief Nearly 20 years after enactment, implementation of the Forest Rights Act (2006) remains uneven, with the Union Tribal Affairs Ministry flagging slow claim disposal and poor institutional coordination across States. The Ministry has directed creation of PMU-like monitoring units in States to improve tracking of Individual Forest Rights (IFR) and Community Forest Rights (CFR) claims and expedite approvals. Recent review meetings highlighted persistent issues such as record-keeping gaps, digitisation delays, and inter-departmental conflicts, undermining the Act’s transformative objectives. Relevance GS Paper II – Governance Implementation challenges in welfare legislation. Centre–State coordination (Concurrent List Entry 17A). Gram Sabha empowerment. Administrative capacity gaps. GS Paper III – Environment Community Forest Rights (CFR). Conservation vs livelihood debate. Forest Conservation Act interface. B. Constitutional & Legal Background – Forest Rights Act (FRA), 2006 The Forest Rights Act, 2006 was enacted under Parliament’s powers over Forests (Entry 17A, Concurrent List) and guided by Article 46, aiming to remedy the “historical injustice” faced by forest-dwelling communities. The Act recognises rights of Scheduled Tribes (STs) and Other Traditional Forest Dwellers (OTFDs) over land, Minor Forest Produce (MFP), grazing grounds, habitat, and community forest resources. It provides for Individual Forest Rights (IFR) over cultivated forest land (up to 4 hectares, without conferring new land) and Community Forest Rights (CFR) over shared traditional resources. Eligibility mandates STs to primarily reside in forest areas, while OTFDs must prove continuous residence for three generations (75 years) prior to 13 December 2005. Implementation follows a three-tier statutory structure: Gram Sabha (initiating authority) → Sub-Divisional Level Committee → District Level Committee (final approval authority). The Act empowers Gram Sabhas to protect wildlife, forests, and biodiversity, integrating community tenure with sustainable conservation objectives. In Wildlife First v. Union of India (2019), the Supreme Court flagged concerns over large-scale claim rejections and emphasised procedural safeguards in FRA implementation. C. Governance & Administrative Dimension Ministry proposes Project Monitoring Units (PMUs) to strengthen data analytics, verification processes, and digital dashboards for real-time tracking of claims. States have been asked to deploy dedicated officials at district level to support FRA implementation and improve coordination with forest departments. However, creation of “separate cells” risks administrative fragmentation and duplication if not integrated into existing district structures. Digitisation of forest rights records remains incomplete, affecting transparency and long-term tenure security. D. Economic Dimension Recognition of CFR rights enhances access to Minor Forest Produce (MFP), contributing to tribal incomes; MFP sector estimated at over ₹20,000 crore annually. Secure land tenure improves access to institutional credit and agricultural investment, reducing vulnerability to displacement. Delays in rights recognition restrict livelihood diversification, especially in forest-dependent regions of central and eastern India. E. Social & Ethical Dimension FRA intended to correct “historical injustice” caused by colonial forest laws like the Indian Forest Act, 1927. Weak implementation perpetuates marginalisation of STs (~8.6% of population, Census 2011) and OTFDs. Ethical tension between conservation-centric governance and community-based forest management approaches. Gram Sabha empowerment under FRA strengthens grassroots democracy and participatory governance. F. Environmental Dimension Evidence suggests Community Forest Resource (CFR) management can enhance biodiversity conservation through participatory stewardship. However, forest bureaucracy often resists CFR recognition, citing risks to ecological integrity. Integrating FRA with Forest Conservation Act, 1980 and CAMPA frameworks remains administratively complex. G. Data & Implementation Gaps As of latest data, over 45 lakh claims filed, with significant inter-State variation in approval rates. High rejection rates in some States due to procedural lapses, lack of evidence documentation, and inadequate awareness. CFR recognition remains disproportionately low compared to IFR, despite transformative potential. H. Critical Analysis Administrative inertia and forest department resistance dilute FRA’s rights-based character, reducing it to a welfare-style land allocation scheme. Creation of PMUs may improve monitoring, but structural issues lie in capacity deficits and attitudinal resistance. Inadequate digitisation and poor grievance redressal weaken accountability and transparency mechanisms. Balancing conservation with community rights requires integrated landscape-level governance rather than adversarial departmental approaches. I. Way Forward Mandate time-bound disposal of claims with transparent online dashboards accessible at Gram Sabha level. Strengthen capacity building of Gram Sabhas and ensure legal literacy among tribal communities. Integrate FRA data with National Forest Inventory and GIS platforms to avoid land classification conflicts. Encourage convergence with MSP for MFP scheme to enhance livelihood gains from recognised rights. Institutionalise third-party social audits to evaluate district-level FRA performance. J. Prelims Pointers FRA enacted in 2006; rules amended in 2012 to strengthen Gram Sabha role. Applies to STs and OTFDs residing in forests for at least three generations (75 years) in case of OTFDs. Recognises Individual and Community Forest Rights, including habitat rights for Particularly Vulnerable Tribal Groups (PVTGs). Forests in Concurrent List (42nd Constitutional Amendment, 1976). Mains Practice Question (15 Marks) “Despite its progressive intent, the Forest Rights Act, 2006 continues to face significant implementation challenges.” Analyse the institutional and governance barriers and suggest reforms. Meghalaya steps up meningococcal disease surveillance A. Issue in Brief Two Agniveer trainees died of suspected meningococcal bacterial infection at a military training centre in Shillong, prompting a State-level health advisory and active outbreak investigation. Over 30 trainees quarantined, with epidemiological surveillance, contact tracing, and laboratory review initiated by the District Surveillance Unit, East Khasi Hills. Meghalaya government advised citizens to avoid crowded places, follow health protocols, and assured containment under standard outbreak response procedures. Relevance GS Paper II – Governance Public health as State List subject. Role of: Integrated Disease Surveillance Programme National Health Policy 2017. B. Medical & Epidemiological Background Caused by Neisseria meningitidis, a gram-negative bacterium transmitted via respiratory droplets, especially in crowded settings like hostels, barracks, or schools. Can cause meningitis (infection of brain membranes) or meningococcemia (bloodstream infection), with case fatality rates ranging from 10–15%, higher without timely antibiotics. Incubation period typically 2–10 days; close contacts require chemoprophylaxis and monitoring as per WHO outbreak guidelines. Vaccines available (MenACWY, MenB), but not part of India’s Universal Immunisation Programme (UIP) except for special risk groups. C. Governance & Public Health Dimension Managed under Integrated Disease Surveillance Programme (IDSP), which mandates rapid reporting, contact tracing, and district-level epidemiological investigation. Advisory reflects adherence to standard outbreak response protocols, including isolation, contact identification, and laboratory confirmation. Military-civilian coordination critical in cantonment outbreaks due to high-density living arrangements. Demonstrates importance of District Surveillance Units (DSUs) in decentralised public health response. D. Constitutional & Administrative Context Public health and sanitation fall under State List (Entry 6, List II), giving Meghalaya primary responsibility for outbreak containment. Centre may provide support under Epidemic Diseases Act, 1897 or Disaster Management Act, 2005, if escalation occurs. Outbreak preparedness aligns with obligations under the International Health Regulations (IHR 2005) for disease surveillance and reporting. E. Social & Ethical Dimension Risk of panic and stigma in small communities; requires transparent communication and responsible media reporting. Ethical obligation to ensure timely prophylaxis for close contacts and equitable access to treatment. Balancing preventive advisories with avoidance of unnecessary economic or social disruption. F. Bio-preparedness Angle Biosecurity protocols must integrate routine vaccination, early symptom reporting, and surveillance in defence establishments. G. Data & Public Health Capacity India’s IDSP covers all districts; however, public health expenditure remains around ~2.1% of GDP, below global averages. Northeast region faces healthcare access challenges due to terrain and infrastructure constraints. Early detection and no new suspected cases indicate functional surveillance containment at local level. H. Critical Analysis Outbreak underscores persistent vulnerability in closed institutional settings, similar to past meningitis outbreaks in educational hostels and defence units. Absence of routine meningococcal vaccination in UIP limits herd immunity in high-risk clusters. Surveillance effectiveness depends on laboratory capacity and rapid antibiotic administration. Risk communication must prevent misinformation while reinforcing preventive behaviour. I. Way Forward Consider targeted meningococcal vaccination strategy for high-density institutions (military academies, hostels). Strengthen laboratory infrastructure in Northeast under National Health Mission (NHM). Institutionalise periodic infection-control audits in defence training centres. Expand digital disease surveillance through integrated health data platforms. Increase public health expenditure toward 2.5% of GDP target (National Health Policy 2017). J. Prelims Pointers Neisseria meningitidis causes meningococcal meningitis. Transmitted via respiratory droplets. Not universally covered under India’s UIP. Public health is a State List subject. IDSP functions under MoHFW. Mains Practice Question (15 Marks) “Localized infectious disease outbreaks test the robustness of India’s public health surveillance and response mechanisms.” Examine in the context of recent meningococcal cases in Meghalaya. Navy boosts anti-submarine capability with INS Anjadip A. Issue in Brief The Indian Navy commissioned INS Nirdeshak, the fourth indigenously built anti-submarine warfare shallow water craft (ASW-SWC) at Chennai, strengthening coastal defence and littoral surveillance architecture. The vessel, 77 metres long, is designed for operations in coastal and shallow waters, reflecting India’s focus on countering submarine threats in near-shore maritime zones. Built at Garden Reach Shipbuilders & Engineers (GRSE), Kolkata, the platform underscores India’s progress under Aatmanirbhar Bharat in defence shipbuilding. Relevance GS Paper III – Internal Security / Defence B. Strategic & Security Context ASW-SWC vessels are critical amid expanding submarine presence in the Indian Ocean Region (IOR), including Chinese PLA Navy deployments under “dual-use” maritime strategy. Enhances Navy’s capability to detect and neutralise diesel-electric submarines, especially in chokepoints and congested littoral waters. Complements India’s maritime doctrine of “sea control in near seas and sea denial in extended neighbourhood.” Supports security in vital Sea Lines of Communication (SLOCs) carrying nearly 90% of India’s trade by volume. C. Technological & Operational Features Equipped with indigenous sonar systems, lightweight torpedoes, and sub-surface surveillance technologies for high-precision underwater threat detection. Integrates advanced combat management systems for real-time data processing and tactical response. Capable of surveillance, interdiction, search-and-rescue (SAR), and low-intensity maritime operations. Designed for high manoeuvrability in shallow coastal environments where larger destroyers or frigates face operational constraints. D. Economic & Industrial Dimension Constructed under India’s indigenous shipbuilding programme, contributing to domestic defence manufacturing ecosystem and MSME supplier networks. Aligns with Defence Acquisition Procedure (DAP) 2020, prioritising “Buy (Indian-IDDM)” category. Enhances technological spillovers in marine engineering, electronics, and indigenous propulsion systems. Defence shipbuilding contributes to employment generation and strategic industrial capacity building. E. Governance & Policy Linkages Supports Maritime India Vision 2030 and SAGAR (Security and Growth for All in the Region) doctrine. Strengthens coastal security post 26/11 Mumbai attacks, where shallow-water monitoring vulnerabilities were exposed. Enhances synergy with Indian Coast Guard in layered maritime security framework. Reflects emphasis on indigenisation under Make in India (Defence) and reduction of import dependency. F. Environmental & Disaster Response Role Equipped to undertake Humanitarian Assistance and Disaster Relief (HADR) operations in cyclone-prone eastern seaboard. Coastal vessels can assist in evacuation, relief logistics, and maritime search-and-rescue missions. Dual-use capability enhances climate resilience response capacity in Bay of Bengal region. G. Critical Analysis ASW-SWC vessels strengthen coastal defence but must integrate seamlessly with P-8I maritime patrol aircraft and submarine fleet for layered deterrence. Maritime threats evolving toward hybrid warfare; requires integration of cyber and underwater drone countermeasures. Sustained budgetary allocation necessary to maintain naval modernisation amid continental security pressures. H. Way Forward Expand indigenous development of advanced sonar arrays and unmanned underwater vehicles (UUVs). Strengthen real-time maritime domain awareness through integration with Information Fusion Centre – Indian Ocean Region (IFC-IOR). Increase defence R&D expenditure beyond current levels (~0.7% of GDP overall defence outlay for R&D component). Enhance joint exercises with QUAD partners to build interoperability in ASW operations. Promote export potential of ASW-SWC platforms to friendly IOR nations. I. Prelims Pointers INS Nirdeshak: Fourth ASW Shallow Water Craft. Built by GRSE, Kolkata. Designed for anti-submarine operations in shallow coastal waters. Part of India’s indigenous defence shipbuilding push. IOR is central to India’s maritime security strategy. Mains Practice Question (15 Marks) “Indigenous anti-submarine warfare capabilities are central to India’s maritime security strategy in the Indian Ocean Region.” Examine in light of recent naval inductions. Pakistan–Afghanistan Tensions: Taliban, Terror & Regional Security Implications A. Issue in Brief Pakistan launched airstrikes in eastern Afghanistan, targeting alleged Tehreek-e-Taliban Pakistan (TTP) camps after cross-border militant attacks killed Pakistani security personnel. Taliban regime condemned strikes as violation of sovereignty, escalating tensions and raising concerns of potential “open war” rhetoric from Islamabad. Cross-border exchanges highlight persistent instability along the Durand Line, reviving concerns over regional terrorism spillovers and strategic recalibration. Relevance GS Paper II – International Relations Durand Line dispute. Taliban–TTP distinction. Article 2(4) & Article 51 (UN Charter). Strategic depth doctrine. Regional geopolitics (CPEC, SCO). B. Historical & Geopolitical Background The Durand Line (1893) demarcates the Pakistan–Afghanistan boundary but remains contested by Afghan regimes, including the current Taliban administration. Pakistan supported Taliban factions historically for “strategic depth” against India; post-2021 Taliban takeover altered Islamabad’s leverage calculus. The TTP, ideologically aligned with Afghan Taliban but organisationally distinct, seeks to overthrow the Pakistani state. Afghanistan remains geopolitically central, connecting Central Asia, South Asia, and West Asia, amplifying instability spillover risks. C. Security & Strategic Dimension TTP attacks in Pakistan surged after Taliban takeover in 2021, with militants allegedly operating from Afghan sanctuaries. Pakistan accuses Kabul of harbouring militants; Taliban denies formal support but has limited control over decentralized armed groups. Escalation risks include: Cross-border retaliation Refugee flows (Afghan refugees in Pakistan exceed 1.3 million registered) Radicalisation spillover Nuclear-armed Pakistan facing internal insurgency adds strategic volatility. D. International Relations & Regional Dynamics China concerned over security of China-Pakistan Economic Corridor (CPEC) projects; instability threatens Belt and Road investments. U.S. maintains limited over-the-horizon counter-terror capability post-2021 withdrawal. India monitors developments closely due to past Afghanistan engagement and counter-terror concerns. E. Governance & Internal Political Context Pakistan faces simultaneous economic crisis (low forex reserves, IMF dependency) and political instability. Civil-military imbalance complicates coherent Afghanistan policy. Escalatory military posturing may serve domestic political signalling amid internal unrest. F. Economic Dimension Bilateral trade disrupted by border closures at Torkham and Chaman crossings, affecting regional commerce. Afghanistan dependent on Pakistani transit routes for external trade; tensions exacerbate humanitarian fragility. Instability undermines regional connectivity initiatives such as CASA-1000 and TAPI pipeline. G. Social & Humanitarian Dimension Afghanistan faces ongoing humanitarian crisis; over 28 million people require assistance (UN estimates 2024). Border skirmishes risk displacement and refugee pressures on Pakistan and neighbouring states. Radical militant narratives may exploit conflict, fuelling recruitment. H. Way Forward Establish structured bilateral counter-terror dialogue mechanism between Islamabad and Kabul. Strengthen border management with biometric systems and coordinated patrols along the Durand Line. Encourage regional framework under Shanghai Cooperation Organisation (SCO) for counter-terror cooperation. Promote economic engagement and development assistance to reduce militant recruitment incentives. International mediation via UN channels to prevent escalation into sustained conflict. I. Prelims Pointers Durand Line (1893) divides Pakistan and Afghanistan. TTP distinct from Afghan Taliban; operates primarily against Pakistani state. ISIS-K active in Afghanistan. Afghanistan not formally recognised by most countries post-2021 Taliban takeover. Mains Practice Question (15 Marks) “Pakistan’s evolving tensions with the Taliban regime highlight the unintended consequences of strategic depth policies.” Critically examine the regional security implications. SOE 2026: India’s Life Expectancy Trajectory – Pandemic Shock & Demographic Implications A. Issue in Brief India’s life expectancy at birth (LEB) rose steadily from 49.7 years (early 1970s) to 70 years (2016–20), reflecting five decades of sustained demographic transition and public health improvement. The COVID-19 pandemic interrupted this trajectory; LEB declined marginally to 69.8 years (2017–21), marking the first reversal in decades. Decline visible across geographies: Urban LEB fell from 73.2 to 72.9 years, while rural LEB declined from 68.6 to 68.5 years, coinciding with excess mortality during 2020–21. Relevance GS Paper I – Society & Demography Demographic transition. Rural–Urban disparity. Gender life expectancy differences. GS Paper II – Governance National Health Policy 2017. Sample Registration System (SRS). Public health as State subject. B. Conceptual & Methodological Background Life Expectancy at Birth (LEB) measures average years a newborn is expected to live, assuming current age-specific death rates (ASDRs) persist throughout life. Estimates derived from Sample Registration System (SRS), India’s large-scale demographic survey under the Registrar General of India (MHA). India uses MORTPAK 4 software, developed by the United Nations, to generate abridged life tables using five-year averaged ASDRs. Rural-urban and gender disaggregation enhances statistical reliability and policy targeting precision. C. Demographic & Epidemiological Dimension Long-term rise reflects progress in maternal health, immunisation, sanitation, and communicable disease control. Pandemic-induced reversal linked to increased mortality in 2020–21, especially among elderly and comorbid populations. Even a 0.2-year decline is demographically significant in large populations, signalling systemic stress in health infrastructure. Indicates vulnerability of health gains to external shocks and emerging infectious diseases. D. Governance & Public Health Dimension Highlights importance of resilient health systems under National Health Mission (NHM) and Ayushman Bharat. Reinforces need to meet National Health Policy 2017 target of increasing life expectancy to 70 by 2025. Pandemic exposed gaps in critical care capacity, oxygen infrastructure, and health workforce distribution. Strengthening Integrated Disease Surveillance Programme (IDSP) essential for early mortality trend detection. E. Economic Dimension Life expectancy closely linked to human capital formation and labour productivity. Temporary mortality shock may alter dependency ratios, pension liabilities, and actuarial projections. Health shocks increase out-of-pocket expenditure, affecting household savings and consumption. Long-term demographic dividend sustainability depends on restoring mortality decline trajectory. F. Social & Inequality Dimension Rural LEB remains ~4 years lower than urban, reflecting disparities in healthcare access, nutrition, and sanitation. Gender differentials persist, though female life expectancy generally exceeds male due to biological and behavioural factors. Pandemic disproportionately affected vulnerable groups, widening socio-economic health inequities. Regional disparities likely sharper across BIMARU and aspirational districts. G. International & Comparative Context Global life expectancy declined during COVID-19; many high-income countries experienced 1–2 year reductions, larger than India’s 0.2-year fall. India’s relatively smaller decline may reflect younger demographic structure and undercount debates. Aligns with SDG 3 (Good Health and Well-being) targets on mortality reduction. H. Critical Analysis Modest numerical decline masks broader structural stress on health systems and data reporting mechanisms. Reliance on five-year averages may smooth short-term shocks, underrepresenting acute mortality spikes. Need to integrate civil registration and vital statistics (CRVS) systems for more real-time mortality tracking. Recovery trajectory dependent on sustained public health financing beyond emergency response phase. I. Way Forward Increase public health expenditure toward 2.5% of GDP target (NHP 2017) to build resilient primary and tertiary care systems. Strengthen CRVS digitisation and mortality audits for real-time life expectancy monitoring. Expand geriatric healthcare and non-communicable disease screening under Ayushman Bharat – Health and Wellness Centres. Integrate pandemic preparedness into routine health planning with stockpiling and rapid-response protocols. Address rural-urban health gaps via telemedicine, mobile medical units, and specialist outreach. J. Prelims Pointers Life expectancy at birth based on age-specific mortality rates. Derived from SRS data under Registrar General of India. MORTPAK 4 used for abridged life table estimation. Public health is a State List subject (Entry 6, List II). National Health Policy 2017 targets life expectancy of 70 years by 2025. Mains Practice Question (15 Marks) “Life expectancy trends reflect the overall health and socio-economic resilience of a nation.” Analyse India’s recent trajectory in the context of the COVID-19 disruption.

Daily PIB Summaries

PIB Summaries 27 February 2026

Content Travelling Across the Industrial Corridors of India Indian Railways–Indian Army “Framework of Cooperation” for Post-Retirement Employment Travelling Across the Industrial Corridors of India Why in News?  Union Budget 2026–27 announced an Integrated East Coast Industrial Corridor with a strategic node at Durgapur, expanding corridor-led industrialisation under NICDP to strengthen manufacturing competitiveness and export integration. ₹3,000 crore allocated in Budget Estimates 2026–27 to National Industrial Corridor Development and Implementation Trust (NICDIT), signalling fiscal prioritisation of plug-and-play industrial ecosystems and trunk infrastructure. Across 11 Industrial Corridors, multiple nodes are operational or nearing completion, reflecting acceleration of greenfield industrial cities aligned with PM GatiShakti National Master Plan. Relevance GS Paper III – Economy Manufacturing-led growth; target 25% of GDP. Logistics cost reduction (13–14% of GDP) via DFCs and multimodal hubs. GVC integration and export competitiveness. Large-scale investment (e.g., DMIC ₹2.02 lakh crore) and job creation (~9.39 lakh projected). GS Paper III – Infrastructure Dedicated Freight Corridors; industrial townships (e.g., Dholera SIR). Plug-and-play ecosystems under NICDP and PM GatiShakti. Industrial Corridors What are Industrial Corridors? Industrial Corridors are linear economic regions developed along high-capacity transport networks integrating road, rail, ports, and airports, catalysing industrial clustering and agglomeration economies. Combine industrial townships, logistics parks, manufacturing clusters, and planned urban settlements, ensuring synchronised infrastructure provisioning and reduced transaction costs for globally competitive production. Built along trunk infrastructure like Dedicated Freight Corridors (DFCs), enabling efficient freight mobility; India’s logistics cost currently around 13–14% of GDP, higher than global benchmarks. Why Do They Matter? Critical for raising manufacturing share toward 25% of GDP and achieving the $5 trillion economy goal through productivity-led industrial growth. Promote regional balance by integrating hinterland states into Global Value Chains (GVCs), reducing excessive coastal concentration of industry. Strengthen exports via SEZ-linked clusters, multimodal logistics hubs, and regulatory simplification aligned with National Logistics Policy. Enable Low-Carbon Industrialisation through renewable energy integration, water recycling, and Transit-Oriented Development (TOD)-based urban design. Institutional and Governance Architecture National Industrial Corridor Development Programme (NICDP) NICDP is the umbrella framework guiding development of 11 corridors through Centre–State partnership, ensuring land pooling, trunk infrastructure, and sustainability-based industrial ecosystems. Anchored in PM GatiShakti, ensuring GIS-based infrastructure integration, better project sequencing, and reduced inter-ministerial silos. Incorporates Low-Carbon City (LCC) principles: renewable energy adoption, public transit systems, solid waste recycling, and reduced conventional power dependence. Institutional Mechanisms National Industrial Corridor Development Corporation Limited (NICDC), incorporated in January 2008, functions as project development and knowledge partner for corridor master planning and investment facilitation. NICDIT, re-designated on 7 December 2016, finances strategic trunk infrastructure; allocated ₹3,000 crore in Budget 2026–27. Special Purpose Vehicles (SPVs) jointly owned by Centre and States operationalise cooperative federalism and decentralised execution. Major Corridors and Nodes Delhi–Mumbai Industrial Corridor (DMIC) DMIC spans six states leveraging Western Dedicated Freight Corridor; Dholera Special Investment Region (DSIR) covers 920 sq km, India’s largest greenfield industrial node. 22.54 sq km Activation Area at Dholera nearly complete; trunk infrastructure operational, enabling semiconductor, electronics, and EV manufacturing investments. Phase-I cities allotted 350 industrial plots, attracting ₹2.02 lakh crore investments across EVs, renewables, pharmaceuticals (Economic Survey 2025–26). Shendra-Bidkin Industrial Area (SBIA) has potential to attract ₹67,815 crore and generate over 55,000 jobs, targeting automotive and aerospace sectors. Chennai–Bengaluru & Vizag–Chennai Corridors Chennai–Bengaluru Industrial Corridor (CBIC) strengthens southern automotive and electronics supply chains across Tamil Nadu, Karnataka, Andhra Pradesh. Vizag–Chennai Industrial Corridor (VCIC) aligns with Act East Policy, promoting port-led development along eastern seaboard. Tumakuru and Krishnapatnam Industrial Areas nearing completion, enhancing logistics efficiency and export-oriented production. Amritsar–Kolkata Industrial Corridor (AKIC) AKIC leverages Eastern Dedicated Freight Corridor, integrating northern and eastern states for balanced regional industrial growth. 12 additional projects approved in August 2024 under NICDP at total cost ₹28,602 crore. Cover 25,975 acres, expected to attract ₹1,52,757 crore investment potential and generate 9,39,416 jobs, strengthening labour-intensive manufacturing base. Economic and Developmental Impact Reduce logistics costs toward single-digit GDP share, enhancing export competitiveness and supply-chain reliability. Nearly 9.39 lakh jobs projected under new projects, aiding demographic dividend absorption and formalisation of manufacturing employment. Enable private investment crowding-in by lowering initial capital risks through pre-developed trunk infrastructure. Constitutional and Federal Dimensions Industrial development linked to Concurrent List (Entry 33 – Trade and Commerce) enabling Centre–State legislative cooperation. SPV-based execution reflects Cooperative Federalism, balancing central financing with state-level land and regulatory control. Environmental and Sustainability Lens Incorporate renewable energy, zero-liquid discharge norms, water recycling, and green zoning aligned with Net Zero 2070 commitment. Greenfield expansion risks ecological degradation; strict compliance with Environmental Impact Assessment (EIA) norms essential. Challenges  High Logistics Cost: India’s logistics cost remains 13–14% of GDP, compared to 8–9% in OECD countries, reducing price competitiveness of corridor-based exports despite DFC and multimodal investments. Investment Realisation Gap: While Phase-I DMIC cities attracted ₹2.02 lakh crore, 12 new projects (2024) project ₹1.52 lakh crore potential; actual grounding depends on global demand cycles and domestic credit conditions. Regional Imbalance: Western corridor nodes like Dholera (920 sq km) progress faster than eastern nodes under AKIC, reflecting persistent regional industrial disparity and uneven private investor preference. Environmental Stress: India extracts nearly 25% of global groundwater; corridor nodes in water-scarce states risk industrial over-extraction without mandatory reuse and zero-liquid discharge enforcement. Urban Governance Deficit: Municipal revenues in India average around 1% of GDP, limiting financial sustainability of newly created industrial townships for long-term infrastructure maintenance and service delivery. Way Forward Reduce Logistics Cost Below 10% of GDP: Integrate corridors with Dedicated Freight Corridors, National Logistics Policy targets, and operationalise multimodal parks at Dadri and Nangal Chaudhary for freight efficiency gains. Sector–PLI Convergence: Align corridor nodes with PLI sectors (electronics, semiconductors, EVs) to ensure anchor investments, replicating DMIC’s ₹2.02 lakh crore mobilisation model. Water-Smart Industrial Mandates: Enforce Zero Liquid Discharge, 100% treated wastewater reuse, and renewable energy quotas within nodes to align with Net Zero 2070 commitments. Eastern Corridor Incentives: Provide differentiated fiscal and infrastructure incentives for AKIC and Odisha Economic Corridor nodes to correct investment skew and promote balanced regional growth. Outcome-Based Monitoring Framework: Shift evaluation from acreage developed to measurable indicators—actual investment realised, jobs created (target 9.39 lakh), export output generated, audited annually under NICDC supervision. Prelims Pointers NICDC – 2008 incorporation; NICDIT – 2016 re-designation. 11 Industrial Corridors under NICDP; 12 projects approved (2024) costing ₹28,602 crore. Dholera SIR – 920 sq km, India’s largest industrial node under DMIC. Practice Question Industrial Corridors are central to India’s strategy of manufacturing-led growth. Analyse their role in reducing logistics costs, attracting investment, and integrating India into global value chains. Also examine the challenges limiting their full potential. (250 words) Indian Railways–Indian Army “Framework of Cooperation” for Post-Retirement Employment Why in News? On 26 February 2026, Indian Railways and the Indian Army launched a “Framework of Cooperation” to institutionalise post-retirement employment pathways for Ex-Servicemen and Ex-Agniveers. The initiative provides horizontal reservation and contractual engagement, aligning with the broader objectives of the Agnipath Scheme (2022) to ensure structured second-career transitions. In 2024–25 vacancy notifications, 14,788 posts were reserved for Ex-Servicemen, signalling a major public-sector employment push within Railways. Relevance GS Paper II – Governance & Social Justice Agnipath Scheme rehabilitation mechanism. Horizontal reservation for Ex-Servicemen and Ex-Agniveers. Inter-ministerial coordination (Defence–Railways). GS Paper III – Economy & Employment 14,788 posts reserved (2024–25); public-sector job absorption. Skill utilisation and second-career transition. GS Paper III – Security Civil–military logistics synergy (DFCs, USBRL). Veteran integration as element of long-term strategic stability. Institutional and Legal Framework Reservation Architecture 10% horizontal reservation in Level-2/above posts and 20% in Level-1 posts for Ex-Servicemen, embedded within existing Railway recruitment rules. Additional 5% reservation in Level-2/above and 10% in Level-1 posts earmarked specifically for Ex-Agniveers, operationalising rehabilitation under Agnipath policy. Recruitment conducted via Railway Recruitment Boards (RRBs) for Level-2/above and Railway Recruitment Centres (RRCs) for Level-1 through competitive examinations. Employment Numbers and Immediate Measures In 2024–25, 14,788 posts reserved for Ex-Servicemen: 6,485 posts in Level-1 and 8,303 posts in Level-2/above, reflecting structured absorption capacity. Over 5,000 Level-1 posts being processed for contractual hiring of Ex-Servicemen as Pointsmen to address operational vacancies faster. 9 Railway Divisions have signed MoUs with Army organisations to expedite contractual induction pending completion of regular recruitment cycles. Governance and Administrative Dimensions Framework institutionalises Centre–Centre coordination between Ministry of Railways and Ministry of Defence, reducing fragmentation in veteran resettlement policies. Creates a structured support mechanism for transitioning personnel, improving awareness of civilian job opportunities and reducing friction in career shifts. Contractual engagement model addresses vacancy backlogs in critical safety categories such as Pointsmen, ensuring operational continuity. Economic and Employment Impact Indian Railways is among the largest public employers globally; reserving 14,788 posts in one recruitment cycle strengthens formal employment absorption. Early re-employment of retiring soldiers reduces dependency burden and enhances labour productivity by leveraging trained manpower. Supports demographic dividend by utilising relatively young retirees under Agnipath, who exit service after 4 years with structured skilling. Security and Strategic Synergy Railways and Army share logistics synergy; projects like Dedicated Freight Corridors (DFCs) enhance strategic troop mobility and equipment transport. Infrastructure such as Udhampur–Srinagar–Baramulla Rail Link (USBRL) strengthens rapid deployment in sensitive border regions. Skill-sharing initiatives through Gati Shakti Vishwavidyalaya promote cross-sector technical capacity building. Challenges  Absorption Capacity Risk: With Agnipath releasing approximately 75% of each batch after 4 years, long-term absorption pressure may exceed available Railway quotas. Contractual Precarity: Hiring 5,000+ Pointsmen on contract risks employment insecurity unless transitioned to regular posts within defined timelines. Skill Mismatch Concerns: Military skills may not always directly align with railway technical roles; structured reskilling modules required beyond discipline advantage. Reservation Implementation Complexity: Ensuring horizontal reservation does not distort general recruitment balance requires strict roster management and transparency. Inter-Ministerial Coordination Gaps: Sustained collaboration between Defence and Railways depends on institutionalised data-sharing and monitoring frameworks. Way Forward Create Dedicated Veteran Skill Mapping Portal linking Army exit profiles with Railway job requirements to reduce mismatch and improve placement efficiency. Time-Bound Regularisation Policy ensuring contractual Pointsmen are absorbed through fast-track examinations within defined service duration benchmarks. Expand Reservation Beyond Railways by mandating similar quantified quotas in CPSEs and central ministries to distribute Agniveer absorption load. Establish Annual Outcome Audit measuring number of Ex-Servicemen recruited, retention rates, and vacancy reduction statistics under NIC-style monitoring. Integrated Skilling Certification via Gati Shakti Vishwavidyalaya aligned with Railway Safety Standards to convert military competencies into civilian-recognised qualifications. Prelims Pointers 20% reservation in Level-1 and 10% in Level-2/above for Ex-Servicemen in Railways. 5% (Level-2/above) and 10% (Level-1) reservation for Ex-Agniveers. 14,788 posts reserved (2024–25); 5,000+ contractual Pointsmen under process. Practice Question The Railways–Army Framework of Cooperation institutionalises post-retirement employment pathways for Ex-Servicemen and Ex-Agniveers. Examine its significance in strengthening social security and administrative coordination. (250 words)  

Editorials/Opinions Analysis For UPSC 27 February 2026

Content Analysing India’s cycle of deprivation and affluence The shift of critical minerals to India’s strategic centre Analysing India’s cycle of deprivation and affluence Context Recent analysis using CMIE Consumer Pyramids Household Survey (2014–2025) highlights sharp income mobility shifts, revealing rising downward mobility despite official narratives of falling inequality. Study uses real (inflation-adjusted) per capita income and a balanced household panel, allowing dynamic mobility tracking beyond static poverty headcount or Gini coefficients. Findings coincide with two major political cycles (2014–19, 2019–24) and the COVID-19 shock, raising questions about structural resilience and distributional justice. Relevance GS Paper II – Polity & Governance Article 38(2): Minimising income inequalities. Directive Principles (Arts. 39, 41, 43): Livelihood security and distributive justice. Welfare architecture and informal sector recovery post-COVID. Role of data (CMIE panel) in evidence-based policymaking. GS Paper III – Economy Income mobility vs poverty ratio/Gini coefficient. Downward mobility (26.8% in 2025) exceeding upward mobility (23.5%). Rural distress and informal sector fragility. MSMEs (~30% GDP; 45% exports) and employment-intensive growth. Practice Questions  “Rising downward income mobility challenges the constitutional promise of distributive justice.” Examine in the light of Articles 38 and 39.(250 Words) Conceptual Foundations: Income Mobility What is Income Mobility? Income mobility refers to movement of households across income ranks over time, classified as upward, downward, or no change relative to base-year (2014) position. Households grouped into Top 10%, Middle 40%, Bottom 50% based on 2014 per capita income rank, enabling longitudinal assessment of distributional dynamics. Unlike poverty ratio or Gini index, mobility captures directional vulnerability, reflecting lived economic insecurity and opportunity access. National-Level Trends (2014–2025) Downward mobility nearly doubled, rising from 14% (2015) to 26.8% (2025); by 2025, more than one in four households worse-off relative to 2014 position. Share of households remaining in the same income group fell from over 70% to below 50%, signalling erosion of income stability. Upward mobility increased modestly from 14.1% to 23.5%, but consistently lagged behind downward shifts, indicating asymmetry toward economic decline. District-level inequality statistically associated with greater downward mobility, suggesting higher income dispersion hardens economic boundaries rather than encouraging aspiration. Rural–Urban Divide By 2025, nearly 29% of rural households experienced downward mobility, significantly higher than urban areas, reflecting rural vulnerability to income shocks. Urban areas show relatively higher upward mobility, yet downward movement still rises gradually, implying uneven but not inclusive growth. Rural distress linked to informal sector fragility and agricultural stagnation; absence of coherent revival strategy amplified post-pandemic vulnerability. Caste-Based Mobility Patterns OBC and SC households witnessed sharp rise in downward mobility between 2014–19, with roughly 25% or more worse-off by 2025 relative to 2014. SC upward mobility remains muted, indicating constrained ascent pathways despite welfare rhetoric; reflects structural barriers in assets, education, and labour markets. Scheduled Tribes show comparatively lower downward mobility, possibly reflecting targeted interventions and region-specific development programmes. Findings reaffirm persistence of caste-based economic segmentation, consistent with long-standing evidence on unequal access to education and productive assets. Religious Group Patterns Downward mobility increased across all religious groups, more pronounced among Hindu and Muslim households over time. Muslim upward mobility weaker than Hindu households, suggesting discrimination affects ascent opportunities more than descent risk. Sikh and Christian households exhibited stronger upward mobility early in the decade, but momentum weakened post-2019. Structural Interpretation Higher district-level inequality correlates with greater downward mobility, implying that inequality reinforces immobility rather than stimulating competitive upward shifts. Education, urban location, and larger household size associated with better upward prospects, confirming human capital as key mobility determinant. Post-2019 turning point coincides with COVID-19 pandemic shock, exposing informal sector fragility and amplifying downward mobility, particularly rural. Constitutional and Governance Dimensions Article 38(2) mandates minimising inequalities in income and status; rising downward mobility questions effectiveness of redistributive policies. Directive Principles (Articles 39, 41, 43) emphasise livelihood security; mobility stagnation indicates implementation gaps in employment-intensive growth. Pandemic management and informal sector recovery strategy significantly shape distributional outcomes beyond headline GDP growth. Challenges  Downward mobility at 26.8% (2025) exceeds upward mobility (23.5%), indicating systemic vulnerability rather than transitional churn. Rural downward mobility nearing 29% highlights agrarian and informal sector distress despite welfare transfers. Roughly 25% or more OBC and SC households worse-off than 2014 position, signalling entrenched caste-linked economic fragility. District-level inequality statistically linked to downward shifts, implying that rising income dispersion worsens mobility prospects. Way Forward  Strengthen Employment-Intensive Sectors: Prioritise MSMEs and agriculture revival; MSMEs contribute ~30% to GDP and 45% to exports, yet remain credit-constrained post-pandemic. Human Capital Investment Surge: Increase public expenditure on health (~2% of GDP currently) and education (~3% of GDP) toward recommended 6% education benchmark to enhance upward mobility. District-Level Inequality Monitoring: Integrate mobility indicators alongside Gini in NITI Aayog dashboards to track dynamic vulnerability beyond poverty ratios. Anti-Discrimination Enforcement: Strengthen equal opportunity frameworks in credit, employment, and housing markets to address mobility constraints. Social Protection Deepening: Expand portability and adequacy of social security (MGNREGA, food security) to cushion income shocks, particularly in high downward-mobility districts. Prelims Pointers Income mobility differs from poverty rate and Gini coefficient by measuring movement across income ranks over time. Study period divided into 2014–19 and 2019–24, anchored around general elections. Data source: CMIE Consumer Pyramids Household Survey (2014–2025) using balanced household panel. The shift of critical minerals to India’s strategic centre Why in News?  Union Budget 2026 mainstreamed critical minerals as a core pillar of India’s industrial, energy and geopolitical strategy, shifting from policy formulation to execution phase. In August 2023, minerals like lithium, beryllium, tantalum and niobium were removed from the atomic minerals list, enabling private exploration and commercial participation. Launch of the National Critical Mineral Mission (NCMM) in January 2025 with an outlay of ₹16,300 crore marked India’s first comprehensive execution-oriented mineral security framework. Relevance GS Paper III – Economy & Industry Mineral security and industrial policy (NCMM – ₹16,300 crore). 30 critical minerals identified; 1,200 exploration projects targeted. Link with EVs, semiconductors, renewables (500 GW non-fossil by 2030). GS Paper III – Environment & Energy Net Zero 2070 and clean-energy supply chains. Environmental risks in rare earth and monazite extraction. Practice Question Critical minerals have moved from a policy issue to a strategic imperative in India. Discuss their economic and geopolitical significance and examine challenges in building domestic processing capacity.(250 Words) Strategic Importance of Critical Minerals Critical minerals such as lithium, cobalt, rare earth elements, graphite, nickel are essential for EV batteries, solar modules, wind turbines, semiconductors and defence systems. Global processing dominance is highly concentrated; China controls up to 90% of processing capacity for several rare earths, creating supply-chain vulnerabilities. Mineral security directly linked to Net Zero 2070 commitments, energy transition targets (500 GW non-fossil capacity by 2030) and Atmanirbhar Bharat industrial strategy. Policy Evolution and Institutional Architecture India identified 30 critical minerals, rationalised royalty rates and opened exploration to junior miners, improving investment attractiveness. Exploration expenditure for nine critical minerals now eligible for tax deduction, lowering risk in early-stage mining investments. NCMM targets 1,200 exploration projects by FY2031, signalling scale and speed in domestic resource mapping. Removal of import duties on capital goods for mineral processing reduces capex burden for upcoming refineries. India’s Processing Capabilities: Current Status Indian industries already produce 99.9%+ purity copper, graphite, rare earth oxides, tin and titanium, indicating base-level technological capacity. However, production remains limited in scale and tailored to conventional uses; clean-tech applications require deeper refining and quality standard upgrades. Established sectors such as chemicals and pharmaceuticals provide transferable technical expertise for high-purity mineral processing expansion. Geopolitical and Strategic Dimension Weaponisation of rare earth magnets and battery supply chains (2025) exposed fragility of global clean-energy supply chains. Government announced rare earth corridors in coastal states and reduced import duties on monazite sands, leveraging India’s thorium-bearing beach sand reserves. Partnerships with Australia, EU, Japan, UK and US critical for technology transfer and supply-chain diversification under emerging China+1 strategies. Challenges  Processing Dependence Risk: China’s up to 90% control over mineral processing limits India’s ability to secure upstream supply without midstream capacity scaling. Exploration Time Lag: Mining projects globally take 10–15 years from discovery to production; NCMM’s 1,200 project target by FY2031 faces gestation constraints. Demand Uncertainty: Midstream processors lack assured domestic demand despite EV and renewable targets; backward integration delays weaken investor confidence. Technology Transfer Hesitation: Advanced processing nations remain cautious in sharing refining technologies, constraining domestic value-addition depth. Environmental Sensitivity: Rare earth and monazite extraction involves radioactive residues; compliance with environmental and Atomic Energy regulations raises operational complexity. Way Forward  Demand-Led Industrial Policy: Accelerate domestic EV, battery, solar and wind deployment; achieving 500 GW non-fossil capacity by 2030 will anchor assured mineral processing demand. AI-First Exploration Mandate: Integrate IndiaAI Mission, National Geospatial Policy, and Mission Anveshan with National Geoscience Data Repository to enhance predictive prospectivity modelling. Midstream Manufacturing Clusters: Operationalise rare earth corridors in coastal states with plug-and-play processing hubs linked to ports for export competitiveness. Strategic FTA Leverage: Use India–EU FTA (2026) and bilateral agreements to secure market access and incentivise foreign firms to establish refining facilities in India. Regulatory Certainty Framework: Establish stable royalty regime, environmental clearance timelines, and production-linked incentives like the ₹7,280 crore rare earth magnet scheme to attract global capital. Constitutional and Governance Lens Linked to Article 39(b): equitable distribution of material resources for common good; mineral wealth must balance strategic autonomy with environmental justice. Cooperative federalism crucial as minerals fall under State List (Entry 23) but regulation under Union powers via MMDR Act amendments. Prelims Pointers 30 critical minerals identified by India. NCMM launched January 2025, outlay ₹16,300 crore. 1,200 exploration projects targeted by FY2031. China controls up to 90% processing capacity for several rare earth minerals.  

Daily Current Affairs

Current Affairs 27 February 2026

Content SC Bans Class 8 Textbook: Contempt Powers, Academic Freedom and Constitutional Boundaries Under POCSO, Consent on Trial: Adolescent Autonomy, Statutory Rape and Reform Debate Have AI Products/LLMs Started to Disrupt the Software Services Industry? New GDP Data Set to Capture the Economy More Accurately Afghanistan–Pakistan Border Clashes: Retaliation, Durand Line Dispute and Regional Security Railway Reforms 2026: Rail Tech Policy, AI Integration and e-RCT Digitisation The Complex Social World of Macaques: Behavioural Ecology, Hierarchies and Adaptation Invasive Species, Greening–Browning Patterns and India’s Ecological Imbalance: Insights from AAD 2026 SC Bans Class 8 Textbook: Contempt Powers, Academic Freedom and Constitutional Boundaries Why in News? / Context The Supreme Court of India imposed a blanket and complete ban on an NCERT Class 8 Social Science textbook, ordering seizure of all physical and digital copies. A three-judge Bench headed by Chief Justice of India Surya Kant initiated suo motu contempt proceedings, describing the content as a “calculated” attempt to malign the judiciary. The Court held that selective references to “corruption in judiciary” could instil institutional distrust in “impressionable minds”, affecting long-term public confidence in constitutional governance. Relevance GS Paper II – Polity & Constitution Articles 129 & 215: Contempt powers of SC & HCs. Article 19(1)(a) vs 19(2): Free speech and reasonable restrictions. Basic Structure: Judicial independence (Kesavananda Bharati). Separation of powers and judicial overreach debate. GS Paper II – Governance Education in Concurrent List (Entry 25). NCERT curriculum autonomy vs constitutional limits. Institutional trust and constitutional morality. Mains Practice Question (15 Marks) The power to punish for contempt protects judicial authority, yet it must coexist with academic freedom and free speech. Examine the constitutional boundaries of contempt jurisdiction in light of recent developments. Constitutional and Legal Background Nature and Position of the Supreme Court Established under Article 124, the Supreme Court is the apex judicial authority, guardian of the Constitution, and final interpreter of fundamental rights and federal disputes. Under Article 141, law declared by the Supreme Court is binding on all courts; under Article 144, all authorities must act in aid of the Court. Judicial independence is part of the Basic Structure doctrine (Kesavananda Bharati, 1973), making protection of institutional credibility constitutionally significant. Contempt of Court: Constitutional Basis Article 129 declares the Supreme Court a Court of Record with power to punish for contempt of itself; High Courts derive similar power under Article 215. Contempt power protects administration of justice from obstruction, scandalisation, or interference, preserving authority of courts. The power is inherent and not merely statutory; Parliament regulates it through the Contempt of Courts Act, 1971. Contempt of Courts Act, 1971 – Key Provisions Civil Contempt: Wilful disobedience of court orders. Criminal Contempt: Publication that scandalises or lowers authority of court, prejudices judicial proceedings, or obstructs administration of justice. Section 13 (Amended 2006): Truth as a valid defence if in public interest and bona fide. The doctrine of “scandalising the court” remains controversial due to its potential chilling effect on criticism. Freedom of Speech and Reasonable Restrictions Article 19(1)(a) guarantees freedom of speech and expression, including academic discourse and institutional critique. Article 19(2) permits reasonable restrictions in interests of contempt of court, public order, defamation, and sovereignty. Judicial precedents (e.g., Brahma Prakash Sharma v. State of UP, 1953) distinguish fair criticism from malicious attack undermining institutional integrity. Education Governance and NCERT NCERT, established in 1961, functions as an autonomous body under the Ministry of Education, responsible for curriculum frameworks and textbook preparation. Education is in the Concurrent List (Entry 25, List III) after the 42nd Constitutional Amendment, allowing both Union and States to legislate. National Curriculum Frameworks periodically guide textbook content; however, editorial autonomy operates within constitutional limitations. Doctrinal and Institutional Dimensions Separation of Powers Judiciary safeguards constitutional supremacy; executive oversees education policy; legislature frames statutory framework. Judicial intervention in curriculum reflects assertion of institutional protection but raises concerns regarding potential overreach into academic domains. Judicial Accountability vs Judicial Independence Democratic theory permits scrutiny of institutions; however, institutional erosion through selective portrayal may weaken rule of law foundations. The judiciary has historically tolerated reasoned criticism but penalised malicious attempts undermining authority (Arundhati Roy Contempt Case, 2002). Democratic and Governance Implications Public trust in judiciary is crucial for enforcement of contracts, fundamental rights, and constitutional remedies under Article 32. A narrative of systemic judicial corruption, if uncontextualised, may weaken institutional legitimacy among youth. Simultaneously, excessive restriction of academic discourse risks narrowing space for informed civic education and constitutional literacy. Challenges Definitional Ambiguity: Scope of “scandalising the court” under criminal contempt remains broad, potentially discouraging academic examination of judicial accountability mechanisms. Editorial Oversight Gaps: Absence of structured constitutional vetting in NCERT textbook review processes exposes curriculum to ideological or institutional controversy. Digital Enforcement Practicality: Order to seize all digital copies faces technological challenges due to replication, downloads, and archival persistence. Balancing Article 19(1)(a) and 19(2): Determining proportionality of blanket ban requires strict scrutiny under evolving free speech jurisprudence. Institutional Sensitivity vs Transparency: Protecting judicial dignity must not suppress discussion of reforms like judicial appointments, impeachment provisions under Article 124(4), or anti-corruption safeguards. Way Forward Establish Constitutional Review Panel within NCERT including retired judges and constitutional scholars for vetting sensitive institutional topics. Codify Clear Pedagogical Standards distinguishing systemic institutional critique from individual allegations, ensuring balanced civic education. Refine Contempt Jurisprudence through larger Bench clarification on limits of “scandalising the court”, aligning with proportionality doctrine. Enhance Judicial Transparency by strengthening disclosure norms, performance data publication, and grievance redressal mechanisms to reduce mistrust. Promote Constitutional Literacy Programs integrating balanced modules on separation of powers, checks and balances, and accountability frameworks. Prelims Pointers Article 129 & 215: Contempt powers of Supreme Court and High Courts. Contempt of Courts Act, 1971: Defines civil and criminal contempt. Entry 25, Concurrent List: Education under joint legislative competence. Article 19(2): Reasonable restrictions including contempt of court. Under POCSO, Consent on Trial: Adolescent Autonomy, Statutory Rape and Reform Debate Why in News? / Context In January 2026, the Supreme Court of India urged the Union Government to consider introducing a “Romeo and Juliet” clause in the POCSO Act, 2012, exempting consensual close-in-age adolescent relationships. Courts increasingly confront cases where POCSO is invoked by families opposing inter-caste or inter-faith relationships, transforming consensual adolescent intimacy into statutory rape prosecutions. A 2022 Enfold study analysing 7,064 POCSO judgments (2016–2020) found 24.3% cases involved romantic relationships, with 80.2% complaints filed by parents, revealing systemic misuse concerns. Relevance GS Paper II – Governance & Social Justice POCSO Act, 2012 (strict liability; age <18). Section 19 mandatory reporting. Intersection with MTP Act, 2021. GS Paper II – Polity Article 21: Privacy & sexual autonomy (Puttaswamy, Navtej). Articles 14 & 15: Indirect discrimination concerns. Mains Practice Question (15 Marks) The POCSO Act’s strict age-of-consent framework aims to protect minors but has triggered concerns regarding adolescent autonomy and misuse. Critically examine the need for a “close-in-age” exception in India. Legal Background Protection of Children from Sexual Offences (POCSO) Act, 2012 Enacted to provide a comprehensive, gender-neutral framework addressing child sexual abuse, pornography, and aggravated penetrative assault, ensuring child-friendly procedures and special courts. Defines a “child” as any person below 18 years, criminalising all sexual acts involving minors irrespective of consent, thereby creating strict liability statutory rape framework. Provides mandatory minimum sentence of seven years, extendable to life imprisonment for penetrative sexual assault, reflecting zero-tolerance legislative intent. Age of Consent in India For over 70 years, age of consent under IPC was 16 years; raised to 18 years in 2012 with POCSO enactment. The Criminal Law (Amendment) Act, 2013, post-Nirbhaya reforms, retained 18 years as uniform age of consent, consolidating statutory rape doctrine. Current framework treats consensual adolescent intimacy identically to exploitative abuse, creating doctrinal tension between protection and autonomy. Mandatory Reporting under Section 19 POCSO Section 19 mandates any person or institution with knowledge of a POCSO offence to report to police; failure punishable with up to six months’ imprisonment, one year for institutional heads. Doctors and counsellors legally obligated to report minor sexual activity, even if consensual, creating ethical conflict between confidentiality and legal compliance. In September 2022, Supreme Court relaxed disclosure norms, allowing doctors to protect minor’s identity if confidentiality requested, but FIR registration remains mandatory. Medical Termination of Pregnancy (MTP) Act, 1971 (Amended 2021) Permits termination up to 24 weeks in specified categories, including minors; however, reporting obligations under POCSO complicate confidential reproductive healthcare access. Conflict between reproductive rights jurisprudence (Article 21 – dignity and privacy) and mandatory criminal reporting regime creates systemic tension. Constitutional Dimensions Right to Privacy and Sexual Autonomy In Puttaswamy (2017), Supreme Court recognised privacy as fundamental right under Article 21, encompassing decisional autonomy in intimate matters. Navtej Johar (2018) affirmed sexual autonomy and dignity as constitutional values; yet minors remain excluded from consensual autonomy under statutory rape framework. Equality and Non-Discrimination Blanket criminalisation disproportionately affects inter-caste and inter-faith couples, implicating Articles 14 and 15 concerns of indirect discrimination. Evidence suggests male adolescents often prosecuted, while female minors categorised as victims, reinforcing gender stereotypes. Empirical Trends and Social Impact Romantic Relationship Cases Enfold’s 7,064-judgment analysis revealed 24.3% cases were romantic, with 80.2% parental complaints, indicating weaponisation to enforce social conformity. High acquittal rates reflect breakdown of prosecution when complainants retract statements, suggesting misuse rather than genuine abuse cases. Rural and Social Context POCSO often invoked in inter-caste relationships, reinforcing entrenched social hierarchies and honour-based familial resistance. Adolescents from marginalised backgrounds face greater vulnerability due to limited legal literacy and access to legal representation. Challenges Over-Criminalisation: Age of consent at 18 years criminalises consensual 16–17-year-old relationships, ignoring developmental psychology and normative adolescent behaviour. Mandatory Reporting Conflict: Section 19 reporting leads to FIR registration even in consensual cases, undermining confidentiality in reproductive healthcare. High Romantic Case Share (24.3%) burdens Special Courts, diverting resources from genuine abuse prosecution. Socio-Cultural Weaponisation: 80.2% parental complaints reflect caste and religious opposition rather than child protection imperatives. Ambiguity in Close-in-Age Proposal: Supreme Court’s “Romeo and Juliet” suggestion lacks definitional clarity, risking inconsistent interpretation and litigation overload. Way Forward Introduce Statutory Close-in-Age Exception: Exempt consensual relationships where age difference ≤3–5 years and both parties above 16, modelled on comparative jurisdictions. Amend Section 19 Reporting Norms: Create conditional reporting exemption for consensual adolescent cases certified by Child Welfare Committees. Judicial Screening Mechanism: Mandate preliminary inquiry by Special Courts to distinguish exploitative abuse from consensual relationships before framing charges. Strengthen Comprehensive Sexuality Education (CSE) aligned with National Education Policy to equip adolescents with consent literacy and risk awareness. Data Transparency Dashboard: Annual publication of POCSO case typology (romantic vs exploitative) to guide evidence-based legislative reform. Prelims Pointers POCSO Act, 2012: Child defined as below 18 years; mandatory reporting under Section 19. Age of consent raised to 18 in 2012, retained in Criminal Law (Amendment) Act, 2013. MTP Act 1971 (Amended 2021): Termination permitted up to 24 weeks in specified cases. Have AI products/LLMs started to disrupt the software services industry? Why in News? AI services revenues projected at $10–12 billion in FY26, indicating rapid enterprise adoption. Simultaneous layoffs, restructuring, and automation, especially in entry-level IT and BPO roles. Debate: Disruption vs Transformation in India’s software services model. Relevance GS Paper III – Economy IT–BPM sector (~$245–250 bn; 5.4+ million jobs). Labour arbitrage → intelligence arbitrage shift. Employment elasticity decline. GS Paper III – Science & Technology AI integration in SDLC and BPO automation. Sovereign LLM vs AI services strategy. Mains Practice Question (15 Marks) AI-led automation is transforming India’s software services industry from a labour-arbitrage to an intelligence-arbitrage model. Analyse its implications for employment, regulation, and long-term competitiveness. Static Background Structure of India’s IT–BPM Sector India’s IT–BPM industry valued at ~$245–250 billion (FY23–24, NASSCOM estimates). Employs 5.4+ million people directly, with 60%+ workforce under 30 years. Built historically on labour arbitrage model: time-and-material billing, pyramid workforce structure. Two Broad Segments IT Services: Application development, maintenance, cloud, enterprise integration. BPM/BPO/KPO: Repetitive, process-driven, voice/non-voice services. Nature of AI Intervention 1. From Labour Arbitrage to Intelligence Arbitrage Traditional model: growth = increase in headcount. AI-enabled model: growth without proportional hiring → higher revenue per employee. Shift from pyramid model → diamond structure → outcome-based squads. 2. Software Development Lifecycle (SDLC) Transformation AI tools generate code, test cases, documentation, user stories. Reduction in build-time: squads of 8–10 members → 3–5 members in some use-cases. Emergence of context engineering and domain-specialised roles. Regulated sectors (e.g., banking) require auditability, traceability, and compliance layers over AI outputs. 3. BPO/KPO Vulnerability Repetitive, rule-based tasks susceptible to agentic AI automation. Call centres employing 4,000–5,000 staff may need 10–15 supervisory validators for automated workflows. Entry-level voice/non-voice roles most exposed. Constitutional / Legal Dimensions Labour Protection Article 21 – Right to livelihood (Olga Tellis case). India lacks structured unemployment insurance for formal IT workforce. Industrial Disputes Act protections limited for white-collar IT employees (often outside “workman” definition). Algorithmic Governance Increasing use of AI in performance tracking and workforce allocation. Raises concerns under: Right to Privacy (Puttaswamy, 2017) Emerging debates on AI transparency and accountability under Digital Personal Data Protection Act, 2023. Economic Dimensions 1. Productivity vs Employment AI increases output per engineer, but reduces marginal demand for entry-level hiring. India’s demographic dividend: 65% population below 35 years – job elasticity critical. 2. Pricing Model Shift Movement from time-and-material billing → squad-based → outcome-based pricing. Clients prioritise predictability, quality, and upfront cost clarity. Enhances margins but reduces labour intensity. 3. Global Value Chain Position Foundational LLMs largely built in U.S. and China, with massive compute and capital backing. India strong in enterprise integration, systems engineering, scaling, execution discipline. Strategic choice: Sovereign LLM development vs AI services dominance. Social / Ethical Dimensions 1. Just Transition Concerns Sudden layoffs affect financial planning, education, mental health stability. No structured wage-loss insurance unlike OECD nations. 2. Skilling Gaps Skill India largely non-credit, non-certifiable for high-end AI competencies. Gap between prompt engineering exposure and production-grade domain AI capability. 3. Algorithmic Decision-Making Performance metrics increasingly AI-driven → transparency deficits. Risk of opaque retrenchment decisions labelled as “AI restructuring”. Environmental Dimension AI and Data Centres AI expansion → rapid data centre growth. Data centres: High electricity consumption Significant water usage for cooling Limited direct employment multiplier compared to traditional IT parks. Raises sustainability concerns aligned with India’s Net Zero 2070 commitment. Challenges  Entry-Level Displacement Risk: BPO/KPO automation can shrink workforce from thousands to double-digit supervisory teams. Employment Elasticity Decline: Revenue growth decoupled from headcount growth under intelligence arbitrage model. Insufficient Domestic Foundational AI Investment: Compared to U.S./China scale capital and compute infrastructure. Lack of Social Security Net: No structured unemployment benefits for high-skill white-collar layoffs. Regulatory Vacuum on Algorithmic Management: No explicit AI workplace transparency law; DPDP Act focuses on data, not employment algorithms. Way Forward  National AI Workforce Transition Framework: Mandate large tech firms to publish annual AI-impact workforce disclosures. Portable Skill Credit System: Convert Skill India into credit-based, industry-validated certification platform aligned with NCrF (National Credit Framework). Unemployment Insurance for Formal Sector: Expand ESIC or create contributory wage-loss insurance for IT professionals for 6–9 months. Green AI Standards: Mandate energy efficiency norms for data centres under Bureau of Energy Efficiency (BEE). Strategic AI Dual Model: Invest in sovereign LLMs via IndiaAI Mission. Simultaneously strengthen India’s global dominance in AI services integration and enterprise scaling. New GDP data set to capture economy more accurately Why in News? The Ministry of Statistics and Programme Implementation (MoSPI) is releasing a new series of national accounts, revising the base year from 2011–12 to 2022–23. The revision incorporates methodological upgrades and new data sources, including expanded use of GST data, ASUSE, and financial sector datasets. Objective: Improve accuracy of GDP and Gross Value Added (GVA) estimates, reduce extrapolation bias, and better capture structural shifts in the economy. Relevance GS Paper III – Economy GDP vs GVA concepts. Base year revision (2011–12 → 2022–23). GST integration in national accounts. Impact on fiscal deficit and debt ratios. GS Paper II – Governance Role of MoSPI & NSO. Statistical credibility and transparency. Mains Practice Question (15 Marks) Base year revisions are essential for accurate national income estimation but often generate controversy. Discuss the significance and challenges of India’s shift to the 2022–23 GDP base year. National Income Accounting in India Constitutional and Institutional Framework National income statistics compiled under Collection of Statistics Act, 2008. MoSPI through the National Statistical Office (NSO) prepares GDP, GVA, and related macroeconomic aggregates. Base year revision undertaken periodically to reflect structural transformation; previous base year: 2011–12 (revised in 2015). GDP and GVA Concepts GDP (Gross Domestic Product): Market value of final goods and services produced within domestic territory. GVA (Gross Value Added): Output minus intermediate consumption; sectoral performance measured primarily through GVA. GDP at market prices = GVA + product taxes – subsidies. Why Base Year Revision Matters ? Ensures updated price structure, production patterns, consumption weights. Improves sectoral comparability and inter-temporal analysis. Aligns with UN System of National Accounts (SNA 2008) standards. Key Methodological Changes in New Series 1. Base Year Shift: 2011–12 → 2022–23 Reflects post-pandemic structural changes, digitalisation, formalisation trends, and GST-led tax transparency. Reduces distortions caused by outdated price weights and sector composition. 2. Enhanced Use of GST Data GST data now used to better estimate value added of private corporations, replacing partial extrapolations. Helps capture activity-wise revenue shares, reducing sectoral misallocation in GVA estimation. Enables improved regional output measurement through transaction-level tax data. 3. Improved Corporate Sector Estimation Greater reliance on Annual Survey of Unincorporated Sector Enterprises (ASUSE) and administrative datasets. Replacement of proxy-based estimates for Non-Banking Financial Companies (NBFCs) with actual financial filings. Improves capture of private final consumption expenditure and service-sector output. 4. Household Sector Improvements Household sector output earlier estimated through extrapolation; new series uses enhanced Household Consumer Expenditure Surveys. Direct estimation reduces imputation bias in informal and self-employment sectors. 5. Financial Sector Refinement Utilisation of Statistical Tables Relating to Banks in India (STRBI) from RBI. Incorporates both public and private bank data comprehensively. Better measurement of financial intermediation services indirectly measured (FISIM). Economic Significance 1. Formalisation Capture GST integration reflects impact of post-2017 tax reform on formalisation and compliance expansion. Enhances measurement of digital transactions and enterprise-level reporting. 2. Policy Precision More accurate GVA data improves fiscal deficit calculations, debt-to-GDP ratios, and sectoral productivity analysis. Affects FRBM compliance metrics and international investor perception. 3. Sectoral Rebalancing Improved housing services measurement includes value of government-provided housing benefits. Strengthens public sector output accounting. Challenges Comparability Break: Base year revision complicates inter-temporal comparisons with 2011–12 series. Data Quality Dependence: Heavy reliance on GST assumes high compliance; informal sector leakages may persist. Extrapolation Risks Reduced but Not Eliminated: Household sector and small enterprises still partly estimated indirectly. Revision Volatility: Frequent back-series adjustments may create policy uncertainty and credibility debates. State-Level Disparities: Regional GST reporting variations may distort sub-national GDP estimates. Way Forward Transparent Back-Series Publication: Release consistent recalculated historical GDP to preserve analytical continuity. Strengthen Informal Sector Surveys: Expand ASUSE frequency and coverage to capture gig and platform economy growth. Integrate Digital Payment Data: Use UPI and digital transaction datasets for improved services-sector estimation. Independent Statistical Audit Mechanism: Enhance credibility through peer review by National Statistical Commission. Capacity Building at State Level: Harmonise data reporting standards to improve regional GSDP accuracy. Prelims Pointers Base year revised to 2022–23 from 2011–12. GDP = GVA + taxes – subsidies. ASUSE replaces earlier proxy-based unincorporated sector estimation. GST data now integrated into corporate GVA estimation. Afghanistan–Pakistan Border Clashes: Retaliation, Durand Line Dispute and Regional Security Why in News? The Taliban administration in Afghanistan launched retaliatory attacks on Pakistani border posts following alleged Pakistani airstrikes. Clashes occurred along the 2,600 km Durand Line, escalating tensions after cross-border strikes targeting alleged militant camps. Both sides accused each other of “unprovoked fire,” indicating deterioration in bilateral security relations post-2021 Taliban takeover. Relevance GS Paper II – International Relations Durand Line dispute (1893). Article 51 (self-defence) under UN Charter. Taliban governance post-2021. GS Paper III – Security TTP factor and cross-border militancy. Regional instability implications for India. Mains Practice Question (15 Marks) Recurring clashes along the Durand Line reflect unresolved historical disputes and evolving security threats. Analyse the legal and geopolitical dimensions of Afghanistan–Pakistan border tensions. Static Background 1. The Durand Line Dispute The Durand Line (1893) was drawn between British India and Afghanistan by Sir Mortimer Durand. Length: ~2,640 km, dividing Pashtun tribal areas. Pakistan recognises it as international border; Afghanistan has historically refused formal recognition. Dispute fuels cross-border insurgency and mistrust. 2. Tehreek-e-Taliban Pakistan (TTP) Factor TTP is a Pakistan-based militant group aiming to overthrow the Pakistani state. Islamabad accuses Kabul of providing safe havens to TTP fighters post-2021. Taliban deny formal support but have struggled to restrain transnational militancy. 3. Taliban Government (Post-2021) Taliban regained control of Afghanistan in August 2021 after U.S. withdrawal. No formal international recognition by most countries. Afghanistan faces economic crisis, humanitarian dependency, and security fragmentation. Geopolitical Context 1. Pakistan’s Security Calculus Pakistan conducted alleged airstrikes in Afghan territory targeting militant camps. Islamabad frames action as safeguarding territorial integrity and internal security. Escalation reflects breakdown of earlier Pakistan–Taliban tactical alignment. 2. Afghanistan’s Strategic Signalling Taliban’s retaliatory strikes signal assertion of sovereignty. Domestic legitimacy imperative: projecting strength against perceived external aggression. Risk of localised clashes escalating into broader confrontation. International Law Perspective Sovereignty and Non-Intervention Under UN Charter Article 2(4), states must refrain from use of force against territorial integrity of another state. Cross-border strikes justified by Pakistan under self-defence doctrine (Article 51) against non-state actors. Legal controversy: whether inability/unwillingness doctrine applies. Counter-Terrorism Law States obligated to prevent territory being used for terrorist activities (UNSC Resolution 1373). Failure to control TTP presence complicates Taliban’s international legitimacy claims. Regional Security Implications 1. Escalation Risk Armed exchanges along mountainous terrain increase risk of miscalculation. Historical precedent: border clashes in October 2023 and 2024 ceasefire breakdowns. 2. Refugee and Humanitarian Impact Afghanistan already hosts severe humanitarian crisis; border tensions disrupt trade and aid corridors. Pakistan hosts millions of Afghan refugees; tensions may worsen deportation policies. 3. India’s Strategic Stakes India maintains limited engagement with Taliban regime while monitoring security implications. Instability could affect connectivity projects in Central Asia and regional counter-terror strategy. Economic and Connectivity Angle Pakistan–Afghanistan trade critical for landlocked Afghan economy. Border closures disrupt transit routes linked to Central Asia–South Asia connectivity frameworks. Potential spillover into CPEC security dynamics. Challenges  Unresolved Border Legitimacy: Durand Line remains contested, preventing stable demarcation and border management. Non-State Actor Sanctuaries: TTP presence complicates sovereignty claims and fuels retaliatory doctrine justification. Weak Institutional Control in Afghanistan: Taliban governance lacks unified control over all armed factions. Escalatory Signalling: Airstrikes and retaliatory artillery increase probability of accidental escalation. Humanitarian Spillover: Trade disruptions and refugee tensions exacerbate fragile Afghan economy. Way Forward Revive Border Coordination Mechanism: Institutionalise joint verification and ceasefire monitoring cells. Counter-Terror Cooperation Framework: Structured intelligence-sharing mechanism targeting TTP without violating sovereignty. Durand Line Confidence-Building Measures: Local ceasefire committees involving tribal elders to reduce flashpoints. Regional Mediation Support: Engage SCO or OIC platforms to facilitate dialogue. Humanitarian Safeguards: Ensure border trade and aid corridors insulated from military escalation. Prelims Notes Durand Line (1893) divides Pakistan and Afghanistan (~2,640 km). UN Charter Article 51 permits self-defence against armed attack. TTP distinct from Afghan Taliban; operates primarily against Pakistan. Afghanistan not formally recognised by most UN member states post-2021. Railway Reforms 2026: Rail Tech Policy, AI Integration and e-RCT Digitisation Why in News? The Ministry of Railways launched a Rail Tech Policy and the Rail Tech Portal to enable smoother start-up access and structured funding support. Announced reforms under the flagship “52 Reforms in 52 Weeks” initiative aim to accelerate innovation adoption and scale-up. The Railway Claims Tribunal (RCT) is being digitised through e-RCT, enabling electronic filing and faster disposal of accident compensation claims. Relevance GS Paper III – Infrastructure & S&T AI integration in rail safety (EIDS, fire detection). Innovation funding model (50% support). GS Paper II – Governance Railway Claims Tribunal Act, 1987. Digitisation and access to justice (Article 21, 39A). Mains Practice Question (15 Marks) Digital transformation and AI integration in Indian Railways promise efficiency gains but raise governance challenges. Critically examine the reform trajectory under the Rail Tech Policy. Static Background Indian Railways: Institutional Context Indian Railways is one of the world’s largest rail networks, spanning ~68,000 km route length, carrying over 8 billion passengers annually (pre-pandemic levels). Operates under the Ministry of Railways, with safety governed by statutory and regulatory frameworks including the Railways Act, 1989. Innovation adoption historically slow due to procurement rigidity and bureaucratic compliance layers. Railway Claims Tribunal (RCT) Established under the Railway Claims Tribunal Act, 1987. Adjudicates compensation claims for death, injury, and loss of goods in railway accidents. Previously required physical filing and in-person hearings, causing delays and access barriers. Key Reform Components 1. Rail Tech Policy and Portal Designed to simplify start-up engagement and remove entry barriers for technology deployment in Railways. Enables systematic evaluation, pilot testing, and scaling of innovative solutions. Government to fund 50% of start-up solution development cost, reducing financial risk. Scale-up grant enhanced by over three times, with prototype funding cap doubled. 2. AI and Technology Integration Areas Railways exploring: AI-based Elephant Intrusion Detection System (EIDS) to prevent wildlife collisions. AI-based fire detection in coaches for passenger safety. Drone-based broken rail detection systems improving preventive maintenance. Rail-stress monitoring systems for structural resilience. Sensor-based load calculation devices on parcel vans. AI-based coach cleaning monitoring systems. Obstruction detection in foggy environments enhancing safety in northern corridors. Solar panels on coaches to improve energy efficiency. AI-based pension and dispute resolution systems for administrative efficiency. 3. e-Railway Claims Tribunal (e-RCT) Complete digitisation of claim filing, documentation, and case tracking. Allows litigants to file claims from any location, reducing travel costs and procedural friction. Accelerates adjudication process in compensation cases involving deaths and injuries. Governance and Administrative Dimensions Ease of Doing Innovation Rail Tech Policy aligns with Startup India (2016) and Digital India initiatives. Incorporates best practices from defence and telecom innovation procurement frameworks. Shift from closed procurement to open innovation ecosystem model. Access to Justice e-RCT enhances compliance with Article 21 (Right to Life) by enabling faster compensation delivery. Supports Article 39A (Equal Justice and Free Legal Aid) by lowering procedural barriers. Economic and Industrial Impact Encourages domestic innovation ecosystem in rail safety and smart mobility. Strengthens Make in India by localising rail-tech solutions. Enhances operational efficiency, potentially lowering accident-related economic losses. Promotes green transition via solar and energy optimisation systems. Environmental and Sustainability Dimension AI-enabled elephant detection reduces human-wildlife conflict in forest corridors. Solar integration aligns with India’s Net Zero 2070 commitment. Predictive maintenance reduces derailments and associated environmental damage. Challenges Procurement Integration Risk: Pilot-to-scale transition often delayed due to legacy tendering rules. Data Security and AI Governance: Increased digitisation raises cybersecurity vulnerabilities. Funding Adequacy: 50% cost-sharing may still be insufficient for capital-intensive deep-tech solutions. Digital Divide in e-RCT: Rural litigants may face barriers in digital filing despite reform intent. Inter-Departmental Coordination: Scaling AI systems requires synchronisation across zonal railways. Way Forward Single Innovation Clearance Cell within Railways to fast-track pilot approvals within fixed timelines. Dedicated Rail Innovation Fund with predictable multi-year budget allocations. Cybersecurity Protocol Framework aligned with CERT-In guidelines for AI-enabled infrastructure. Hybrid Filing Model for e-RCT combining digital and assisted facilitation centres. Performance-Based Innovation Contracts linking payments to safety and efficiency metrics. Prelims Notes Railway Claims Tribunal Act, 1987 established RCT. Rail Tech Policy provides 50% funding support for start-up solutions. e-RCT allows complete digital filing and tracking of claims. Elephant Intrusion Detection System (EIDS) uses AI for wildlife protection. The Complex Social World of Macaques: Behavioural Ecology, Hierarchies and Adaptation Why in News? A report on a Japanese macaque named “Punch”, isolated early and reintroduced later, highlights how early maternal deprivation affects primate behaviour and social integration. Observations raise broader questions on social hierarchies, dominance systems, stress, and adaptation in macaque societies. The case provides insights relevant to wildlife management, zoo ethics, and primate behavioural research. Relevance GS Paper III – Environment & Biodiversity Behavioural ecology and conservation. Human–wildlife conflict (urban macaques). Wildlife Protection Act, 1972. GS Paper I – Society (Comparative Insight) Hierarchies, social learning, group behaviour (sociological parallels). Mains Practice Question (15 Marks) Behavioural ecology insights are essential for effective wildlife conservation. Discuss with reference to primate social structures and habitat fragmentation. Macaques in India and Asia Taxonomy and Distribution Macaques belong to genus Macaca, family Cercopithecidae. India hosts species such as: Rhesus macaque (Macaca mulatta) Bonnet macaque (Macaca radiata) Assam macaque (Macaca assamensis) Lion-tailed macaque (Macaca silenus) (endangered, Western Ghats). Japanese macaque (Macaca fuscata) native to Japan; known as “snow monkey”. Conservation Status Lion-tailed macaque: Endangered (IUCN). Rhesus macaque: Least Concern, but involved in urban human-wildlife conflict. Protected under Wildlife Protection Act, 1972 (India) — different schedules for species. Social Structure of Macaques 1. Matrilineal Hierarchy Japanese macaques exhibit female philopatry (females remain in natal group). Rank of daughters often correlates with mother’s dominance status. Hierarchy maintained through grooming, alliances, and ritualised aggression. 2. Dominance and Aggression Higher-ranked individuals display aggression toward lower-ranked members. Aggression may serve: Reinforcement of rank order Resource competition (food, mates) Social discipline mechanism Not random violence but structured behavioural pattern. 3. Role of Maternal Bonding Classic studies by Harry Harlow (1950s) showed maternal deprivation in rhesus macaques leads to: Social withdrawal Stress behaviours Impaired peer interaction Early-life trauma affects integration into hierarchical systems. Behavioural Ecology Dimensions 1. Social Learning Macaques exhibit cultural transmission (e.g., potato-washing behaviour in Japanese macaques). Juveniles learn grooming, foraging, and rank navigation through maternal and peer modelling. 2. Group Cohesion and Survival Primates rely on social groups for: Predator avoidance Resource defence Emotional regulation Unlike herd animals, primates operate under complex social rules and coalition-building. Psychological and Evolutionary Insights Early stress influences cortisol levels and long-term behavioural responses. Hierarchical societies reduce constant conflict by stabilising rank expectations. Integration failure may increase intra-group competition and stress dynamics. Urban and Human Interface Rhesus macaques in Indian cities show behavioural adaptation to anthropogenic food sources. Human provisioning alters dominance patterns and increases conflict. Wildlife management must account for social structure, not just population control. Environmental and Conservation Context Habitat fragmentation disrupts troop cohesion and dispersal routes. Lion-tailed macaques face isolation due to Western Ghats deforestation. Climate change alters food availability, impacting social competition intensity. Challenges Maternal Separation Stress: Early deprivation affects long-term social stability and integration success. Habitat Fragmentation: Breaks matrilineal continuity and dispersal corridors. Urban Conflict: Food provisioning skews natural hierarchy and increases aggression. Captive Reintroduction Risks: Social acceptance of isolated individuals uncertain in structured hierarchies. Tourism Pressure: Behavioural alteration in snow monkeys and temple macaques due to human interaction. Way Forward Behaviour-Informed Wildlife Management: Integrate primate social ecology into relocation and rehabilitation policies. Habitat Corridor Protection: Strengthen Western Ghats connectivity for lion-tailed macaques. Regulate Wildlife Tourism: Limit feeding and close-contact photography. Urban Conflict Mitigation Plans: Secure waste management and awareness campaigns. Longitudinal Behavioural Monitoring: Support primate research institutions to track stress and hierarchy changes. Prelims Notes Harry Harlow experiments (1950s): Maternal deprivation in rhesus macaques. Lion-tailed macaque endemic to Western Ghats. Macaques exhibit female philopatry and matrilineal dominance hierarchies. Wildlife Protection Act, 1972 governs primate protection in India. Invasive Species, Greening–Browning Patterns and India’s Ecological Imbalance: Insights from AAD 2026 Why in News? At the Anil Agarwal Dialogue (AAD) 2026, Prof. Jagdish Krishnaswamy highlighted that invasive alien species and hydrological shifts are reshaping India’s ecological balance. Presentation of the Greening and Browning Atlas of India (1982–2022; 2000–2022) reveals uneven vegetation trends not fully captured by conventional climate models. Findings connect canal irrigation, rainfall shifts in northwest India, Western Ghats forest dynamics, and water imbalances to broader Anthropocene transformations. Relevance GS Paper III – Environment Invasive Alien Species (CBD). NDVI-based greening vs ecological health. Blue water vs green water. Western Ghats hydrological feedback loops. GS Paper III – Climate Change Land-use feedbacks in Anthropocene. Irrigation-induced micro-climate shifts (Thar Desert). Mains Practice Question (15 Marks) Satellite-based “greening” trends do not necessarily reflect ecological restoration. Examine how invasive species and hydrological shifts are reshaping India’s ecological balance. Static Background 1. Invasive Alien Species (IAS) Defined under Convention on Biological Diversity (CBD) as non-native species whose introduction threatens ecosystems, habitats, or species. Examples in India: Lantana camara (Western Ghats) Prosopis juliflora (Thar Desert) Parthenium hysterophorus Impacts include: Altered soil biogeochemistry Reduced native biodiversity Changed fire regimes and hydrological cycles 2. Greening and Browning Concepts Greening: Increase in vegetation density (NDVI-based satellite indicators). Drivers: afforestation, irrigation expansion, shrub encroachment, invasive species spread. Browning: Vegetation decline due to drought, land-use change, mining, urbanisation, or climate stress. Important: Greening does not always imply ecological health; it may signal invasive proliferation. 3. Western Ghats Ecological Significance Recognised as UNESCO World Heritage Site and biodiversity hotspot. Major source of peninsular rivers: Godavari, Krishna, Kaveri. Forests regulate rainfall through evapotranspiration, influencing eastern coastal rainfall regimes. Degradation affects regional monsoon dynamics and downstream water security. 4. Thar Desert and Indira Gandhi Canal Indira Gandhi Canal (Rajasthan Canal Project) diverts Sutlej–Beas waters to arid northwest India. Canal irrigation increases soil moisture and local evapotranspiration. Evidence suggests increasing rainfall in parts of Rajasthan, altering Thar’s ecological character. Risk: salinisation, waterlogging, and invasive shrub expansion (e.g., Prosopis). Hydrological Dimensions 1. Blue Water vs Green Water Blue Water: Surface and groundwater used for drinking, irrigation, industry. Green Water: Soil moisture from rainfall used by vegetation via evapotranspiration. Agriculture consumes majority of India’s blue water (~80–85%). Climate variability makes green water management crucial for resilience. 2. Wetting and Drying Atlas Surface Water Trends dataset maps changes in lakes, ponds, wetlands. Reveals paradox: simultaneous intensifying droughts and extreme rainfall events. Indicates imbalance rather than uniform scarcity. Ecological and Biogeochemical Impacts Invasive species alter carbon sequestration patterns and soil nutrient cycles. Changes in vegetation affect albedo, evapotranspiration, and atmospheric moisture recycling. Delta stability depends on sediment transport; rivers reaching sea are ecologically vital. Anthropocene Context Anthropocene marked by dominant human alteration of land, water, and climate systems. India’s ecological shifts reflect irrigation expansion, urbanisation, mining, and altered rainfall regimes. Climate models often underrepresent land-use feedbacks and invasive-driven vegetation changes. Environmental Governance Framework Biological Diversity Act, 2002 governs biodiversity conservation. India party to CBD and supports Global Biodiversity Framework targets. National Action Plan on Climate Change (NAPCC) includes missions on sustainable agriculture and water. Challenges Invasive-Driven False Greening: Satellite greening may mask biodiversity loss and ecosystem degradation. Hydrological Imbalance: Canal-induced moisture shifts may distort local climate and desert ecology. Western Ghats Degradation: Structural forest change affects rainfall redistribution to eastern India. Delta Vulnerability: Reduced sediment flow increases coastal erosion and climate risk. Policy Fragmentation: Water, land, and biodiversity policies often operate in silos, ignoring systemic feedback loops. Way Forward  National Invasive Species Strategy with real-time satellite monitoring integrated into forest management. Green Water Budgeting at district level to complement blue water accounting. Landscape-Level Planning in Western Ghats to preserve evapotranspiration-linked rainfall systems. Sediment-Sensitive River Management to protect deltas and coastal resilience. Integrated Eco-Hydrological Modelling combining land-use, climate, and biodiversity datasets for policy decisions. Prelims Notes Evapotranspiration influences regional rainfall redistribution. Prosopis juliflora invasive in Thar Desert. Western Ghats recognised as UNESCO World Heritage Site. Blue water vs green water distinction central to hydrological management.

Daily PIB Summaries

PIB Summaries 26 February 2026

Content MILAN 2026 – Multilateral Maritime Diplomacy and Strategic Significance Restoring Indigenous Fish Stocks in River Ganga through Scientific River Ranching MILAN 2026 – Multilateral Maritime Diplomacy and Strategic Significance Why is in News ? Exercise MILAN 2026 concluded on 25 February 2026 with a high-profile closing ceremony onboard INS Vikrant, marking India’s largest multilateral naval engagement in the Bay of Bengal. The exercise was conducted off the coast of Visakhapatnam, with participation of 42 ships and submarines, 29 aircraft, including 18 foreign warships, reflecting unprecedented scale and expanding Indo-Pacific convergence. Maritime Patrol Aircraft from France, Germany and USA participated, signalling deeper operational engagement between India and extra-regional powers within the framework of MAHASAGAR maritime vision. Relevance GS II – International Relations India and its neighbourhood; Indo-Pacific strategy. Bilateral, regional and multilateral groupings. India as Net Security Provider in the Indian Ocean Region (IOR). Maritime diplomacy under SAGAR and MAHASAGAR. GS III – Internal Security Maritime security challenges (piracy, grey-zone threats, submarine proliferation). Coastal security and Maritime Domain Awareness (MDA). Role of defence forces in safeguarding SLOCs. Static Background Evolution and Strategic Context Initiated in 1995 at Port Blair, MILAN began as a modest biennial gathering of regional navies and evolved into a flagship multilateral platform showcasing India’s maritime leadership in the Indian Ocean Region (IOR). The Indian Ocean carries nearly 80% of global seaborne oil trade and about 40% of global container traffic, making maritime stability central to global energy security and international supply chains. India conducts approximately 95% of its trade by volume through sea routes, while importing nearly 85% of crude oil, underscoring strategic dependence on secure Sea Lanes of Communication (SLOCs). Key Features of Milan 2026 Harbour Phase The Harbour Phase included Subject Matter Expert Exchanges (SMEE), the International Maritime Seminar, and MOYO interactions, strengthening doctrinal alignment, professional networking, and confidence-building among participating navies. Cross-deck visits, cultural exchanges and sports engagements complemented operational discussions, reinforcing India’s use of naval diplomacy as soft power instrument within the broader Indo-Pacific outreach strategy. Sea Phase The Sea Phase involved high-intensity drills in Integrated Air Defence, Anti-Submarine Warfare (ASW), Maritime Interdiction Operations, and coordinated surface strikes, validating interoperability across diverse naval platforms. Live firings, anti-air exercises and cross-deck flying operations enhanced real-time coordination, mission planning capability and collective readiness for contingencies including maritime security threats and HADR operations. Overview I. Strategic & Security Dimension MILAN reinforces India’s aspiration to act as a Net Security Provider in the Indian Ocean Region, balancing expanding China’s PLAN deployments while promoting cooperative maritime security without formal alliance structures. Enhanced Maritime Domain Awareness (MDA) through shared surveillance practices improves detection of piracy, trafficking and grey-zone threats, strengthening deterrence and rapid response mechanisms in the Bay of Bengal. Interoperability drills improve communication compatibility, logistics at sea and coordinated combat capability, critical during regional crises such as cyclones, natural disasters and non-traditional maritime security challenges. II. Governance & Diplomatic Dimension MILAN operationalises India’s maritime doctrines including SAGAR and MAHASAGAR, transforming strategic vision into structured engagement mechanisms that build trust among regional and extra-regional naval powers. By integrating European and Indo-Pacific navies, the exercise reflects India’s strategy of inclusive multilateralism, avoiding bloc politics while reinforcing a rules-based maritime order anchored in UNCLOS principles. III. Economic Dimension Securing Sea Lanes of Communication (SLOCs) ensures uninterrupted energy flows and trade, stabilising India’s external sector and reinforcing investor confidence in the Indo-Pacific maritime corridor. Maritime security cooperation strengthens India’s Blue Economy ambitions, including offshore energy exploration, fisheries governance and sustainable marine resource utilisation aligned with long-term developmental priorities. IV. Technological & Defence Modernisation Conducting the closing ceremony onboard INS Vikrant, commissioned in 2022, symbolises India’s indigenous aircraft carrier capability and progress under Atmanirbhar Bharat in defence manufacturing. Advanced ASW and integrated air defence drills reflect adaptation to emerging threats such as submarine proliferation and aerial surveillance challenges in an increasingly contested Indo-Pacific maritime theatre. Challenges India currently operates one aircraft carrier, with defence expenditure hovering around ~2% of GDP, limiting rapid maritime capacity expansion amid intensifying regional competition. Expanding Chinese naval footprint, including submarine deployments and overseas bases, increases strategic pressure in the IOR, necessitating sustained operational readiness and alliance diversification. Institutional gaps in maritime policymaking and limited civilian awareness constrain comprehensive integration of naval strategy with economic planning and coastal infrastructure development. Way Forward Fast-track decision on IAC-2, strengthen Andaman & Nicobar Command, and deepen integration of maritime strategy within national security architecture to consolidate India’s Indo-Pacific leadership role. Expand Information Fusion Centre – IOR partnerships, leverage AI-enabled maritime surveillance and enhance undersea domain awareness to counter emerging asymmetric and grey-zone threats. Institutionalise MILAN as a premier annual maritime forum, synchronising it with ASEAN-led mechanisms to reinforce cooperative security and stable multipolar maritime governance. Prelims Pointers MILAN started in 1995 at Port Blair. MILAN 2026 saw participation of 42 ships, 29 aircraft, 18 foreign warships. INS Vikrant commissioned in 2022. Exercise conducted in Harbour Phase and Sea Phase format. MAHASAGAR is a maritime security vision, not a treaty or organisation. Practice Question   Exercise MILAN 2026 reflects India’s maritime assertiveness and commitment to a rules-based Indo-Pacific order. Analyse its strategic and economic significance.(250 Words) Restoring Indigenous Fish Stocks in River Ganga through Scientific River Ranching Why in news? Under the Namami Gange Programme, 205.5 lakh indigenous fish seeds were released through 169 river ranching programmes (2017–2025) by ICAR–Central Inland Fisheries Research Institute, marking a decade of scientific riverine restoration. India became the world’s top inland capture fisheries producer (1.89 million tonnes annually), alongside first-ever scientific estimation of riverine catches, including 15,134 tonnes (Mahanadi) and 18,902 tonnes (Krishna). Relevance GS Paper III – Environment & Biodiversity Riverine ecosystem restoration. Biodiversity conservation and genetic integrity. SDG 14 and sustainable fisheries governance. Conceptual foundation What are riverine fisheries? Riverine fisheries refer to capture fisheries in flowing freshwater ecosystems, dependent on natural recruitment, seasonal flooding cycles, habitat connectivity and ecological flow regimes rather than artificial feed-based production systems. They are open-access common property resources, making regulation difficult and exposing stocks to overfishing, pollution stress and habitat fragmentation from dams and embankments. What is river ranching? River ranching is a scientific stock enhancement strategy involving release of hatchery-reared native fish fingerlings into natural rivers to rebuild depleted populations while preserving ecological balance and genetic purity. It differs from aquaculture because fish are not harvested in captivity; instead, ranching strengthens natural recruitment, spawning biomass and long-term sustainability of wild fisheries. Effective ranching requires wild broodstock collection, genetic screening, size-appropriate stocking (10–15 cm; 100–120 g) and post-release monitoring to prevent maladaptation or ecological imbalance. Ecological background of the Ganga basin The Ganges supports high freshwater biodiversity, including migratory and endemic fish species, and sustains millions of small-scale fishing households across five major riparian states. Decline in native stocks resulted from pollution load, altered environmental flows, sediment changes, overfishing and habitat fragmentation, especially downstream of barrages such as Farakka. Scale and design of intervention Between 2017 and 2025, 205.5 lakh indigenous seeds were released across ecologically sensitive stretches, prioritising native species restoration and genetic integrity safeguards. Of 169 interventions, distribution was West Bengal (68%), Bihar (17%), Uttar Pradesh (9%), Jharkhand (5%), Uttarakhand (1%), reflecting ecological vulnerability and livelihood dependence. Fingerlings were reared under controlled hatchery conditions, enhancing survival rates and ensuring adaptation before release into natural riverine habitats. Species conservation and genetic innovation Target species included Indian Major Carps (IMCs), Mahseer, native catfishes, Chitala and freshwater scampi, addressing both ecological keystone roles and commercial importance. In 2025, artificial breeding of hilsa using cryopreserved milt enabled release of 3.82 lakh adults upstream of Farakka, with 54.91 lakh fertilised eggs, 8.06 lakh spawn and 6031 tagged fish. Measurable ecological and economic gains Landings of Indian Major Carps increased significantly, with Prayagraj recording 24.7% growth and Varanasi 41% growth, indicating positive recruitment and survival outcomes. Reservoir productivity increased from 20 to 150 kg/ha/year, while wetland productivity rose from 600 to 1,600 kg/ha/year, culminating in National Reservoir Fisheries Management Policy Guidelines (2025). Inland capture fisheries production reached 1.89 million tonnes annually, strengthening rural livelihoods and protein security. Governance and policy dimension River ranching operates within the broader framework of the Namami Gange Programme, integrating ecological restoration with livelihood enhancement and pollution abatement measures. The Indian Inland Fisheries Informatics (INNF) platform integrates Web-GIS, CPCB water-quality data and machine learning tools to map aquatic suitability zones and hypoxic risk areas. Sustainable management protocols were developed for estuaries including Hooghly-Matlah, Rushikulya, Mandovi-Zuari and Netravathi-Gurupur, strengthening ecosystem-based fisheries governance. Environmental and climate dimension Emphasis on wild broodstock sourcing and genetic integrity preservation prevents invasive risks and gene dilution associated with indiscriminate hatchery stocking. Restoration of trophic balance enhances resilience against climate variability, reduced flows and temperature-induced stress, supporting long-term ecological stability of the basin. Social and livelihood dimension Riverine fisheries provide income to marginalised communities lacking alternative assets; scientific ranching enhances stock availability without displacing traditional fishing practices. Public participation during ranching events improved awareness, stakeholder engagement and acceptance of sustainable fishing norms. Advanced analytical perspective Ranching represents a shift from production-centric fisheries policy to ecosystem-based adaptive management, aligning with SDG 14 and biodiversity conservation commitments. However, stocking without parallel fishing regulation, environmental flow enforcement and pollution control risks short-term gains without structural sustainability. Genetic monitoring and tagging (e.g., 6031 hilsa tagged) reflect movement toward evidence-driven fisheries governance, reducing uncertainty in open-water stock management. Challenges Open-access exploitation and illegal gears undermine stock enhancement gains in absence of strong co-management frameworks and seasonal fishing bans. Persistent industrial effluents, urban sewage and hydrological alterations continue to constrain spawning success and habitat connectivity. Way forward Institutionalise community-based co-management models, strengthen enforcement of fishing regulations and integrate ranching with ecological flow restoration strategies. Expand telemetry tagging, AI-based stock assessment and real-time water-quality analytics under INNF, enabling adaptive decision-making and climate-resilient fisheries governance. Align river ranching with basin-wide ecological restoration, ensuring that biodiversity conservation and livelihood security progress simultaneously. Prelims pointers 205.5 lakh seeds released (2017–2025) under Namami Gange. 169 river ranching interventions conducted. Inland capture fisheries production: 1.89 million tonnes annually. Hilsa restoration involved 3.82 lakh adults and 6031 tagged fish. Reservoir productivity rose from 20 to 150 kg/ha/year. Practice Question Scientific river ranching under the Namami Gange Programme illustrates the integration of ecological restoration with livelihood security. Critically examine.(250 Words)

Editorials/Opinions Analysis For UPSC 26 February 2026

Content Balancing faith, dignity and constitutional rights India’s recent defence surge is not a sign of militarism. It is a sign of maturity Balancing faith, dignity and constitutional rights Why in news? The Supreme Court of India is hearing final arguments in review petitions challenging its 2018 judgment in Indian Young Lawyers Association vs State of Kerala, which permitted entry of women of all ages into Sabarimala Temple. The matter stands referred to a nine-judge Bench to reconsider the scope of the Essential Religious Practices (ERP) doctrine, denominational autonomy under Articles 25–26, and the proposed anti-exclusion test centred on dignity. Relevance GS II – Polity & Constitution Fundamental Rights: Articles 14, 15, 17, 21, 25, 26. Doctrine of Essential Religious Practices (ERP). Judicial review and constitutional morality. Scope of denominational autonomy vs individual rights. GS II – Governance Role of Supreme Court in social reform. Transformative constitutionalism and institutional legitimacy. Centre–State interface in religious endowments regulation. GS I – Society Gender justice and religious practices. Intersection of faith, identity and constitutional equality. Practice Question   The Sabarimala review petition raises fundamental questions about the balance between denominational autonomy and individual dignity. Critically analyse in the context of Articles 25 and 26 of the Constitution.(250 Words) Constitutional scheme of religious freedom Article 25: Individual autonomy Article 25(1) guarantees freedom of conscience and the right to profess, practise and propagate religion, subject to public order, morality, health and other fundamental rights. Article 25(2) explicitly permits social reform and state intervention, indicating that religious freedom is not absolute but embedded within transformative constitutional goals. Article 26: Denominational rights Article 26 protects religious denominations’ rights to manage their own affairs in matters of religion, own property and administer institutions. However, these rights remain subject to public order, morality and health, creating inherent tension between collective autonomy and individual equality claims. The Sabarimala dispute: factual matrix A long-standing custom barred women aged 10–50 years from entering Sabarimala, citing the celibate nature of Lord Ayyappa and denominational identity of devotees. Petitioners argued the exclusion violated Articles 14 (equality), 15 (non-discrimination), 17 (abolition of untouchability) and 25, asserting that biological attributes cannot justify exclusion in a constitutional democracy. 2018 judgment: core findings (4:1 majority) The majority held that Ayyappa devotees did not constitute a separate religious denomination, weakening protection under Article 26. Exclusion of women aged 10–50 was declared unconstitutional as it violated women’s Article 25(1) rights and offended principles of constitutional morality and gender equality. Rule 3(b) of the Kerala Hindu Places of Public Worship Rules, 1965 was struck down as ultra vires the parent statute guaranteeing temple access to all classes of Hindus. Justice Indu Malhotra’s dissent The dissent emphasised judicial restraint in theological matters, arguing that courts should not ordinarily interfere in practices claimed as essential religious customs unless they violate explicit constitutional prohibitions. It stressed harmonisation of rights, cautioning that generic equality principles cannot automatically override denominational autonomy in matters intrinsically religious. The Essential Religious Practices (ERP) doctrine Origin and evolution The ERP doctrine originated in Sastri Yagnapurushadji vs Muldas Bhudardas Vaishya (1966) , empowering courts to determine whether a practice is essential to religion before granting constitutional protection. ERP effectively allows courts to engage in theological scrutiny, assessing scriptural centrality and doctrinal necessity. Structural limitations Courts lack institutional capacity for theological fact-finding, as constitutional adjudication does not involve extensive oral evidence or doctrinal consensus-building. ERP blurs the secular–religious boundary, making courts arbiters of faith rather than interpreters of constitutional values. The anti-exclusion test Conceptual shift Justice D.Y. Chandrachud proposed an anti-exclusion test, shifting inquiry from doctrinal essentiality to whether a practice systematically excludes individuals in a manner impairing dignity or access to basic goods. The test defers to religious autonomy regarding doctrine but subjects outward exclusionary effects to constitutional scrutiny. Constitutional grounding Unlike ERP, anti-exclusion anchors adjudication in Articles 14, 15 and 21, focusing on dignity and equal moral membership rather than scriptural authenticity. Comparative doctrinal tension ERP prioritises denominational autonomy and doctrinal preservation, potentially subordinating individual equality. Anti-exclusion prioritises individual dignity and substantive equality, ensuring that religious freedom does not legitimise structural discrimination. The core constitutional dilemma lies in reconciling Article 26 group rights with the transformative promise of Articles 14 and 21. Broader constitutional implications The nine-judge Bench’s ruling will influence disputes such as Dawoodi Bohra excommunication practices and Parsi women’s rights after interfaith marriage, shaping India’s religious freedom jurisprudence. The decision may redefine Indian secularism from passive non-interference toward transformative constitutionalism, where dignity structures limits on faith-based practices. Governance and social dimension The 2018 verdict triggered widespread protests in Kerala, reflecting deep intersections between religion, identity politics and constitutional authority. Judicial intervention in religious domains risks perceptions of cultural overreach, demanding careful articulation of constitutional morality to preserve legitimacy. Advanced analytical perspective The case tests whether Indian secularism embodies principled equidistance or reformist intervention when tradition conflicts with gender justice. Placing dignity at the centre reinforces the individual as the primary constitutional unit, limiting collective claims that produce structural exclusion. However, excessive judicial activism risks undermining religious pluralism and raising separation-of-powers concerns in a diverse society. Challenges Determining “dignity impairment” under anti-exclusion may still require contextual understanding of religious meaning, indirectly reintroducing theological engagement. Reconciling transformative equality with preservation of plural traditions remains an enduring jurisprudential challenge. Way forward Develop a structured proportionality framework balancing religious autonomy, equality and dignity, avoiding ad hoc doctrinal shifts. Encourage legislative dialogue and stakeholder consultation to complement judicial reform and enhance social legitimacy. Anchor adjudication in constitutional morality, substantive equality and calibrated restraint, preserving both faith autonomy and individual rights. Prelims pointers 2018 Sabarimala verdict delivered by 4:1 majority. Women aged 10–50 years were earlier excluded. ERP doctrine evolved in 1966. Matter referred to a nine-judge Bench for authoritative interpretation. India’s recent defence surge is not a sign of militarism. It is a sign of maturity Why in news? The Union Budget 2026–27 allocated approximately ₹6.81 lakh crore (~$81–82 billion) to defence, triggering debate on whether rising expenditure reflects militarism or calibrated strategic correction. Commentary by Shashi Tharoor argues that enhanced allocations strengthen credible deterrence, not expansionist intent, especially amid Indo-Pacific instability. Relevance GS III – Security Defence preparedness and deterrence. Two-front challenge (China–Pakistan). Maritime security in Indo-Pacific. Nuclear doctrine: No First Use. GS II – Governance & IR Civilian supremacy and democratic oversight. India’s role in multipolar Indo-Pacific. Strategic autonomy and deterrence diplomacy. Practice Question Rising defence allocations in India reflect strategic correction rather than militarism. Examine in the context of India’s security environment and democratic framework.(250 Words) Conceptual foundation What is militarism? Militarism denotes excessive prioritisation of military instruments in national policy, disproportionate defence-to-GDP spending, coercive posture, and weakening of civilian supremacy over armed forces. It is often associated with expansionist ambitions, frequent use of force externally, and securitisation of domestic politics. What is strategic maturity? Strategic maturity implies calibrated force modernisation aligned with threat perception, fiscal sustainability, technological autonomy and geopolitical responsibilities. It integrates defence preparedness with diplomacy, economic resilience and multilateral engagement rather than privileging force projection. Budgetary context: scale and structure Allocation and capital push Defence allocation stands at ~₹6.81 lakh crore, with a substantial rise in capital outlay (~20% increase) to accelerate modernisation of platforms, surveillance systems and indigenous production. Nearly 75% of capital procurement earmarked for domestic industry, reinforcing Atmanirbhar Bharat in defence manufacturing. Comparative perspective Defence expenditure remains around ~2% of GDP, lower than the United States (~3.5%) and far below China’s absolute outlay. India accounts for roughly 3–4% of global military expenditure (SIPRI estimates), compared to the U.S. (~39%) and China (~13%). Strategic environment driving the surge Continental security challenges Post-2020 Galwan Valley clash, India accelerated infrastructure, ISR capability and high-altitude logistics preparedness along the LAC. Ongoing cross-border tensions with Pakistan require sustained readiness under potential two-front contingency scenarios. Maritime imperatives The People’s Liberation Army Navy (PLAN) fields over 370 battle force ships, expanding presence in the Indian Ocean Region (IOR). With ~95% of India’s trade by volume and ~85% crude imports moving via sea lanes, maritime capability is linked to economic survival. Induction of INS Vikrant strengthens sea-control capability rather than expeditionary militarism. Deterrence versus militarism Logic of deterrence Deterrence raises the cost of aggression, preventing miscalculation and preserving peace through credible capability rather than active use of force. Underinvestment historically produced strategic vulnerabilities, whereas calibrated modernisation stabilises regional balance. Defensive doctrine India follows a No First Use nuclear doctrine and maintains minimum credible deterrence, reinforcing non-expansionist strategic intent. India has not pursued territorial expansion or military interventions beyond immediate security concerns. Institutional and governance reforms Structural integration Creation of Chief of Defence Staff (2019) and movement toward theatre commands enhance jointness, efficiency and integrated planning. Defence exports increased from ~₹1,500 crore (2016–17) to over ₹21,000 crore (2023–24), indicating industrial capability growth. Democratic safeguards Firm civilian control over armed forces, parliamentary scrutiny of budgets and absence of coup history distinguish India from militarist states. Economic and technological dimension Industrial spillovers Defence modernisation stimulates domestic production in aerospace, electronics, AI, drones and advanced materials, strengthening technological self-reliance. Defence corridors in Uttar Pradesh and Tamil Nadu aim to build integrated manufacturing ecosystems. Fiscal prudence concerns High revenue expenditure, including pensions, may constrain capital modernisation unless reforms improve efficiency and procurement timelines. Advanced analytical perspective Multipolar Indo-Pacific In a shifting global order, credible military capability strengthens diplomatic leverage within forums such as Quadrilateral Security Dialogue, BRICS, and G20. Strategic maturity balances deterrence with sustained multilateral engagement and economic growth. Transformative realism Defence surge represents correction of historical underinvestment rather than departure from restraint. Mature states invest in security proportional to threats while maintaining normative commitment to international law and cooperative security. Risks and criticisms Capability gaps Fighter squadron strength remains below sanctioned 42 squadrons, currently around 30–32, indicating persistent airpower constraints. Procurement delays and bureaucratic bottlenecks may dilute the effectiveness of increased allocations. Narrative risks Over-securitisation of public discourse may blur distinction between national security needs and political rhetoric. Way forward Capability-based planning Shift from reactive procurement to long-term capability planning, emphasising cyber, space, AI and maritime surveillance. Institutional deepening Expedite theatre command implementation and logistics integration to optimise resource utilisation. Balanced grand strategy Maintain defence spending within sustainable fiscal limits while strengthening indigenous R&D and export competitiveness. Prelims pointers Defence allocation 2026–27: ~₹6.81 lakh crore. Defence expenditure: ~2% of GDP. India follows No First Use doctrine. CDS created in 2019. Defence exports crossed ₹21,000 crore (2023–24).

Daily Current Affairs

Current Affairs 26 February 2026

Content Rajasthan Scraps Two-Child Norm for Local Body and Panchayat Elections After Three Decades Eurasian Diving Duck’s Presence in Kaziranga National Park Triggers Climate Change Concern How Are Indian Firms Training Large Language Models (LLMs)? What Are Carbon Capture and Utilisation (CCU) Technologies? Temperature Spikes Lead to Change in El Niño Labelling Tigers Are Behaving Differently: State of India’s Environment Report 2026 SOE 2026: Extinction Tracker — Anthropocene and Accelerating Biodiversity Loss Rajasthan scraps two-child norm for local body, panchayat polls after three decades A. Issue in Brief Ahead of civic polls, the Rajasthan Cabinet approved removal of the two-child norm that disqualified individuals with more than two children from contesting panchayat and municipal elections. The restriction, introduced in 1995 under the Bhairon Singh Shekhawat government, will be amended through changes to the Rajasthan Panchayati Raj Act, 1994 (Section 19) and Rajasthan Municipalities Act, 2009 (Section 24). The State cited declining fertility rates — from 3.6 (1991–94) to 2.0 currently — as justification for repeal. Relevance GS II – Polity & Constitution Articles 243F & 243V: State power to prescribe disqualification for local bodies. Articles 14 & 21: Equality and reproductive autonomy. Judicial precedent: Javed vs State of Haryana (2003). Tension between social reform and individual rights. B. Static Background The two-child norm was adopted by several States in the 1990s as a population control measure linked to local governance eligibility. The Supreme Court in Javed vs State of Haryana upheld similar provisions in Haryana, ruling that disqualification did not violate fundamental rights. India’s Total Fertility Rate (TFR) declined to 2.0 (NFHS-5, 2019–21), below replacement level (2.1). Rajasthan’s TFR has also fallen significantly over the past three decades, reflecting demographic transition. C. Key Dimensions 1. Constitutional & Legal Dimension Disqualification criteria relate to Article 243F (Panchayats) and Article 243V (Municipalities), allowing States to prescribe eligibility conditions. Critics argue the norm indirectly infringed Article 14 (equality) and Article 21 (reproductive autonomy) by penalising personal choices. Removal signals shift toward aligning electoral eligibility with contemporary demographic realities. 2. Demographic Context India has entered the late demographic transition phase, with declining fertility and increasing median age. With TFR at 2.0, population stabilisation policies are moving from coercive norms to rights-based family planning approaches. 3. Governance & Democratic Principles Disqualification sometimes led to concealment of births or abandonment of children to retain eligibility. Removal may broaden political participation at grassroots level. 4. Political & Social Debate Supporters view repeal as recognition of demographic maturity and democratic inclusivity. Critics argue rollback may dilute population stabilisation messaging amid national debates on demographic balance. 5. Comparative State Experience States such as Haryana, Madhya Pradesh, Andhra Pradesh, Odisha earlier implemented similar norms; some later diluted or repealed them. Evidence suggests such norms had limited impact on fertility decline, which is driven more by education, urbanisation and women’s empowerment. D. Critical Analysis Population Control vs Rights-Based Approach Coercive eligibility restrictions risk undermining reproductive rights and bodily autonomy. Fertility decline in India largely attributed to female literacy, access to contraception and economic transition, not electoral disqualification rules. Democratic Legitimacy Local self-government institutions under the 73rd and 74th Constitutional Amendments aim to enhance inclusive grassroots representation. Eligibility restrictions unrelated to governance capacity may conflict with democratic ethos. Gendered Impact Women often bore disproportionate burden due to patriarchal family structures controlling reproductive decisions. Norm incentivised son preference in some cases, potentially aggravating sex ratio distortions. E. Way Forward Strengthen voluntary, rights-based population stabilisation strategies focusing on education, maternal health and access to contraception. Promote demographic literacy aligned with evidence-based policy rather than political rhetoric. Ensure local governance reforms prioritise capacity, transparency and accountability, not demographic eligibility. Integrate demographic planning with ageing population preparedness and labour force strategy. F. Exam Orientation Prelims Pointers Two-child norm introduced in Rajasthan in 1995. Amendments proposed to Section 19 (Panchayati Raj Act, 1994) and Section 24 (Municipalities Act, 2009). India’s TFR: 2.0 (NFHS-5). SC upheld similar norms in Javed vs State of Haryana (2003). Practice Question (15 Marks) “Coercive population control measures often conflict with democratic and reproductive rights.” Examine the constitutional and socio-demographic implications of the two-child norm in local governance in India.(250 Words) Eurasian diving duck’s presence in Kaziranga National Park triggers climate change concern A. Issue in Brief The 7th Waterbird Census (Jan 4–11, 2026) in Kaziranga National Park and Tiger Reserve recorded the first-ever sighting of the smew (Mergellus albellus) in the Kaziranga landscape. The census documented 105,540 individual waterbirds across 107 species, slightly lower by 6,522 individuals and 17 species compared to 2025. The sighting of the smew, a Eurasian diving duck, signals both wetland health and possible climate-driven range shifts. Relevance GS III – Environment & Biodiversity Wetland ecosystems and migratory bird conservation. Central Asian Flyway dynamics. IUCN threat categories and biodiversity monitoring. GS III – Climate Change Climate-driven range shifts in species. Arctic warming and altered migratory patterns. Wetlands as climate buffers. B. Static Background Kaziranga landscape spans 1,302 sq. km., including Laokhowa and Burhachapori Wildlife Sanctuaries, designated Important Bird Areas (IBAs). Kaziranga is globally renowned for the Indian one-horned rhinoceros, but also forms part of the Central Asian Flyway (CAF) for migratory birds. The smew (Mergellus albellus) breeds in the Eurasian taiga and winters in temperate wetlands; global population estimated at ~130,000, declining due to habitat loss and pollution. Waterbird censuses help monitor migratory patterns, wetland productivity, and IUCN-listed species trends. C. Key Findings of Waterbird Census 2026 Species & Population Trends Total count: 105,540 birds across 107 species. 18 species fall under Critically Endangered, Endangered, Vulnerable or Near Threatened IUCN categories. Top abundant species: bar-headed goose, northern pintail, lesser whistling duck. Wetland-wise Abundance Wetland Bird Count Species Diversity Rowmari Beel 15,661 77 species Donduwa Beel 14,469 71 species Katakhal 4,979 — Sohola 3,612 69 species Khalihamari 3,463 —  Survey covered 166 wetlands across 10 ranges, with participation of 120 enumerators and 50 volunteers. D. Ecological & Climate Analysis 1. Smew as Ecological Indicator Smew prefers fish-rich, sheltered wetlands, indicating healthy aquatic ecosystems. Its arrival suggests floodplain resilience but also reflects north-to-south distributional shifts, potentially driven by warming temperatures. 2. Climate-Driven Range Shifts Migratory birds increasingly alter wintering ranges due to Arctic warming and altered precipitation regimes. Climate change affects food availability, ice cover, and wetland hydrology along flyways. 3. Wetland Vulnerability Kaziranga wetlands face pressures from oil pollution, encroachment, hunting and sedimentation. Floodplain ecosystems require connectivity to maintain nutrient cycles and migratory stopovers. 4. Numerical Dip: Alarm or Variation? Decline of 6,522 individuals and 17 species from 2025 may reflect interannual variability rather than systemic decline. However, long-term trend monitoring is essential to distinguish climate impacts from natural fluctuation. Broader Significance Kaziranga’s IBAs form critical nodes in the Central Asian Flyway, which supports over 30% of global waterbird species. Conservation of refuelling sites is vital as migratory birds depend on sequential wetlands across continents. Climate change could convert some wintering grounds into transitional or unsuitable habitats. E. Way Forward Strengthen wetland protection under Ramsar Convention framework and expand community-led anti-encroachment drives. Integrate climate modelling into migratory bird conservation planning for dynamic flyway management. Enhance monitoring of invasive species and water quality to sustain fish populations supporting diving ducks. Promote transboundary cooperation across Central Asian Flyway nations for coordinated conservation. F. Exam Orientation Prelims Pointers Kaziranga landscape area: 1,302 sq. km. 2026 census: 105,540 birds; 107 species. Smew global population: ~130,000. Central Asian Flyway connects Arctic to Indian subcontinent. 18 species recorded fall under IUCN threat categories. Practice Question (15 Marks) “Migratory birds are sentinels of climate change.” Examine how wetland degradation and climate variability are influencing migratory bird patterns in India, with reference to recent findings from Kaziranga.(250 Words) How are Indian firms training LLMs? A. Issue in Brief At the AI Impact Summit, Bengaluru-based startup Sarvam AI released two Large Language Models (LLMs) trained on 35 billion and 105 billion parameters, optimised for Indian languages. Training LLMs domestically faces structural barriers — high GPU costs, electricity demand, limited Indian-language datasets, and capital scarcity. The IndiaAI Mission seeks to reduce entry barriers by subsidising compute access and building shared AI infrastructure. Relevance GS Paper III – Science & Technology Artificial Intelligence and Large Language Models. Compute infrastructure, semiconductor dependence. Mixture of Experts (MoE) architecture efficiency. B. Static Background Large Language Models (LLMs) are deep neural networks trained on massive datasets using GPU clusters, often costing millions of dollars in hardware and power. Frontier global models (e.g., GPT-4-class systems) reportedly use hundreds of billions to over a trillion parameters, requiring enormous compute budgets. IndiaAI Mission (2024) allocated ₹10,372 crore to support compute infrastructure, datasets, skilling and innovation. India hosts 22 scheduled languages, but digital representation remains skewed toward English and a few dominant languages. C. Why is training an LLM on Indian soil with Indian capital a challenge? 1. Compute & Infrastructure Constraints LLM training requires large GPU clusters; high-end GPUs (e.g., H100-class) cost tens of thousands of dollars per unit, with thousands required for large-scale runs. Electricity and cooling costs significantly raise total expenditure, making domestic training capital-intensive. Dependence on imported semiconductors and exposure to export controls limits access to cutting-edge chips. 2. Data Scarcity & Linguistic Imbalance Internet training corpora are dominated by English, European and East Asian languages; Indian languages remain underrepresented. Limited high-quality annotated datasets reduce model performance or require token-heavy translation into English, increasing inference cost. Machine translation pipelines add latency and computational overhead, reducing efficiency. 3. Capital & Business Viability Venture capital in India remains smaller relative to U.S./China AI ecosystems. Absence of immediate monetisation pathways for multilingual LLMs makes large training runs financially risky. Domestic firms lack scale comparable to Big Tech, limiting experimentation capacity. 4. Transparency & Open Ecosystem Gaps While Sarvam AI claims “from–scratch” training and open-source intent, limited availability on global platforms constrains independent validation. Open scrutiny is critical for benchmarking credibility and fostering ecosystem trust. D. How has the IndiaAI Mission subsidised LLM training? Shared Compute Infrastructure Establishment of common compute clusters, lowering entry barriers for startups and research institutions. Subsidised GPU access reduces upfront capital requirement for training runs. Financial & Institutional Support Dedicated funding pool of ₹10,372 crore for AI innovation, including datasets and skilling. Support for academic-industry collaborations (e.g., IIT-incubated ventures like BharatGen, which trained a 17-billion-parameter multilingual model). DPI-based Approach Leveraging India’s Digital Public Infrastructure (DPI) ecosystem (Aadhaar, UPI, ONDC datasets) for domain-specific AI applications. Encouraging sector-focused LLMs in education, healthcare, governance, rather than competing immediately with frontier global models. E. Why is Mixture of Experts (MoE) architecture cheaper? Traditional Dense Models In conventional LLMs, all parameters are activated during inference, making each query computationally expensive. Larger parameter counts proportionally increase compute demand and inference cost. MoE Architecture Advantage Mixture of Experts (MoE) activates only a subset of parameters (“experts”) per query. Reduces active compute requirement, lowering energy consumption and latency. Enables models with large total parameters to operate at cost closer to smaller models. Cost & Efficiency Gains MoE significantly reduces training and inference expenditure, maintaining output quality while optimising resource usage. Particularly suited for resource-constrained ecosystems like India, where compute cost sensitivity is high. F. Critical Analysis Strategic Trade-offs Smaller parameter models (e.g., 105B vs trillion-parameter frontier models) may offer contextual alignment but lack depth of global paid models. Focusing on accuracy and alignment for Indian context may be strategically wiser than racing for scale. Digital Sovereignty Imperative Training on Indian soil enhances data sovereignty, linguistic inclusion and geopolitical autonomy. Dependence on foreign LLM APIs risks economic outflows and regulatory vulnerability. Ecosystem Risks Subsidies without market-driven use cases risk inefficient capital allocation. Overemphasis on foundational models may neglect applied AI layers where economic returns are faster. G. Way Forward Expand subsidised GPU clusters with long-term semiconductor ecosystem strategy under India Semiconductor Mission. Invest in high-quality multilingual corpora across 22 scheduled languages, including low-resource dialects. Encourage modular AI stack: smaller efficient LLMs + domain-specific fine-tuning. Promote open benchmarking and peer validation to build global credibility. Align AI compute strategy with renewable energy expansion to reduce training carbon footprint. H. Exam Orientation Prelims Pointers LLMs trained using GPU clusters. IndiaAI Mission allocation: ₹10,372 crore. MoE activates only fraction of parameters during inference. Sarvam AI models: 35B & 105B parameters. BharatGen model: 17B parameters. Practice Question (15 Marks) “Building foundational AI models within India is essential for digital sovereignty but economically challenging.” Discuss the structural constraints in domestic LLM training and evaluate how policy interventions like the IndiaAI Mission can bridge the gap.(250 Words) What are carbon capture and utilisation technologies? A. Issue in Brief Carbon Capture and Utilisation (CCU) technologies capture CO₂ from industrial sources or air and convert it into fuels, chemicals, building materials or polymers, embedding carbon into economic value chains. India is the world’s third-largest CO₂ emitter, with emissions concentrated in power, cement, steel and chemicals — sectors classified as hard-to-abate. Scaling CCU in India faces three major risks: cost competitiveness, infrastructure gaps, and regulatory uncertainty, limiting investor confidence and market demand. Relevance GS III – Environment & Climate Change Industrial decarbonisation in hard-to-abate sectors. India’s Net Zero target (2070). Circular carbon economy. GS III – Economy & Industry Cement and steel emissions (~15% global CO₂). Green hydrogen integration. Cluster-based industrial deployment. B. Static Background Carbon Capture and Storage (CCS): CO₂ captured and permanently stored underground. Carbon Capture and Utilisation (CCU): CO₂ captured and reused as industrial input. India’s Net Zero target: 2070. Global CO₂ emissions exceed 37 billion tonnes annually. Cement and steel sectors together account for nearly 15% of global CO₂ emissions. India’s Draft CCUS Roadmap (2030) by the Ministry of Petroleum & Natural Gas identifies industrial clusters suitable for deployment. C. How can CCU reduce carbon dioxide emissions? 1. Industrial Emission Abatement Captures CO₂ from point sources (cement kilns, steel furnaces, refineries) before atmospheric release. Particularly relevant for process emissions (e.g., limestone calcination in cement), where electrification alone cannot eliminate CO₂. 2. Carbon as Feedstock Converts CO₂ into synthetic fuels (e-methanol), urea, polymers, lightweight concrete blocks, olefins, reducing fossil feedstock demand. When combined with green hydrogen, CO₂-derived fuels can close the carbon loop in hard-to-electrify sectors like aviation. 3. Bio-CCU and Circular Economy Integrates with biogas and biomass streams, converting CO₂ into bio-alcohols and specialty chemicals, improving waste valorisation. Enables transition from linear “extract-use-dispose” model to circular carbon economy. D. Global Policy Frameworks EU Bioeconomy Strategy Promotes sustainable use of biological resources and supports CCU as part of low-carbon industrial transformation. Links CO₂ utilisation with bio-based materials and industrial decarbonisation targets under EU Green Deal. EU Circular Economy Action Plan (2020) Integrates CCU into circular production systems, reducing reliance on virgin fossil inputs. Encourages eco-design, carbon-neutral materials and life-cycle emissions accounting. Other Global Examples U.S.: Section 45Q tax credits incentivise CCU and CCS deployment. Belgium: ArcelorMittal–Mitsubishi–D-CRBN project converts CO₂ into carbon monoxide for steel production. UAE: Al Reyadah integrates CCU with enhanced oil recovery and chemical production using green hydrogen. E. Where does India stand? Department of Science & Technology has developed R&D roadmap for CCU technologies. Draft CCUS 2030 roadmap identifies sectoral pilots. Industry pilots: Organic Recycling Systems Limited (ORSL) piloting Bio-CCU platform. F. Critical Challenges in Scaling CCU in India 1. Cost Competitiveness CCU remains energy-intensive, raising production costs compared to fossil-derived alternatives. Without carbon pricing or tax credits, CCU products struggle in price-sensitive markets. 2. Infrastructure Readiness Requires industrial clusters, CO₂ transport pipelines, and hydrogen integration, unevenly developed across India. Lack of integrated CCU hubs limits economies of scale. 3. Regulatory & Market Uncertainty Absence of clear certification standards for CO₂-derived products deters investment. No comprehensive carbon pricing or compliance mechanism to create demand pull. G. How can India scale up CCU technology? Policy Incentives Introduce production-linked incentives (PLI) or tax credits for CCU products, similar to U.S. 45Q model. Develop carbon pricing or tradable credit mechanisms to internalise environmental cost. Cluster-Based Deployment Create industrial CCU hubs in steel–cement belts (e.g., eastern India) to enable shared pipelines and hydrogen supply. Integrate CCU into National Hydrogen Mission for green hydrogen-based CO₂ conversion. Standards & Certification Develop national standards for CO₂-derived fuels, polymers and building materials, enabling export competitiveness. Establish lifecycle emissions accounting framework aligned with EU carbon border adjustment norms. Innovation & Public–Private Partnerships Expand DST-funded research testbeds and scale pilot projects to commercial demonstration. Leverage India’s chemical and refinery ecosystem for rapid scale-up. H. Strategic Significance CCU bridges decarbonisation and industrial growth, supporting India’s Make in India and net-zero commitments. Provides pathway for hard-to-abate sectors where electrification alone is insufficient. Aligns with global shift toward circular carbon economy. I. Exam Orientation Prelims Pointers CCU ≠ CCS (utilisation vs storage). India’s Net Zero target: 2070. India = 3rd largest CO₂ emitter globally. EU Circular Economy Action Plan: 2020. U.S. 45Q tax credit supports CCU/CCS. Practice Question (15 Marks) “Carbon Capture and Utilisation offers a bridge between industrial growth and climate responsibility.” Discuss its potential and limitations in the Indian context, and outline policy measures needed for scaling CCU technologies. Temperature spikes lead to change in El Nino labelling A. Issue in Brief A study published in Nature Geoscience links the recent global temperature surge (2023–2025) to a combination of anthropogenic climate change and transition from a prolonged La Niña (2020–2023) to El Niño (2023). Earth’s energy imbalance — the gap between incoming solar radiation and outgoing heat — sharply increased in 2022, trapping more heat in the climate system. Scientists estimate nearly three-fourths of the recent energy imbalance increase is attributable to long-term greenhouse gas accumulation combined with ENSO phase transition. The National Oceanic and Atmospheric Administration (NOAA) updated its classification thresholds for El Niño–La Niña events due to rapid ocean warming. Relevance GS I – Geography (Climatology) ENSO (El Niño–La Niña cycle). Sea surface temperature anomalies. Earth’s energy imbalance (W/m²). GS III – Environment & Climate Change Anthropogenic warming + natural variability interaction. Ocean heat absorption (~90% excess heat). Extreme weather intensification. B. Static Background El Niño–Southern Oscillation (ENSO) is a natural ocean–atmosphere cycle in the equatorial Pacific affecting global weather patterns. El Niño: Warmer-than-average sea surface temperatures (SSTs) in central/eastern Pacific → raises global temperatures. La Niña: Cooler-than-average SSTs → temporarily suppresses global temperature rise. Earth’s energy imbalance is measured in watts per square metre (W/m²); persistent positive imbalance indicates accumulating heat in oceans. About 90% of excess heat from global warming is absorbed by oceans. C. Key Dimensions ENSO Phase Shift and Temperature Spike Period ENSO Phase Climate Impact 2020–2023 “Triple-dip” La Niña Suppressed surface warming; deeper ocean heat storage 2023–2025 El Niño transition Amplified surface warming; record temperatures   From early 2023, global average temperatures jumped above the long-term warming trend. The unusual three-year La Niña delayed heat release, followed by rapid warming during El Niño onset. Earth’s Energy Imbalance Study estimates ~75% of recent imbalance rise linked to combined human-driven warming and ENSO shift. About 23% of the imbalance attributed specifically to prolonged La Niña dynamics. Slightly more than 50% of warming contribution traced to greenhouse gases from coal, oil and gas combustion. Reclassification of ENSO Events Due to overall ocean warming, NOAA altered SST baselines for declaring ENSO phases. Likely outcome: More events classified as La Niña and fewer as El Niño, because baseline warming shifts temperature thresholds. Reflects climate change altering natural variability parameters. D. Critical Analysis Interaction of Natural Variability and Anthropogenic Forcing ENSO cycles are natural, but baseline warming intensifies their impacts, creating higher temperature peaks during El Niño years. The “triple-dip” La Niña stored heat at deeper layers, releasing it during El Niño, compounding warming. Implications for Climate Modelling Altered ENSO thresholds complicate long-term climate projections and risk misinterpretation of short-term temperature spikes. Climate communication must distinguish between trend (anthropogenic warming) and variability (ENSO-driven fluctuations). Extreme Weather Consequences El Niño increases risks of heatwaves, droughts in India and Australia, floods in South America, and marine heatwaves. Ocean warming intensifies coral bleaching, glacier melt and tropical cyclone intensity. Broader Drivers of Temperature Spike Scientists also examine reduced sulphur emissions from shipping (post-IMO regulations), volcanic activity and solar variability as contributing factors. However, greenhouse gas concentration remains primary driver; CO₂ levels exceed 420 ppm, highest in human history. Indian Context El Niño historically correlates with weak southwest monsoon, impacting agriculture and food inflation. Rising baseline temperatures intensify heatwave frequency, particularly in northern and central India. India’s vulnerability underscores importance of climate adaptation and emission mitigation under its Nationally Determined Contributions (NDCs). E. Way Forward Accelerate decarbonisation to reduce long-term energy imbalance through renewable transition and energy efficiency. Strengthen early-warning systems for ENSO-linked extreme weather, integrating IMD forecasting with disaster preparedness. Enhance ocean monitoring networks in the Indo-Pacific to improve predictive modelling of ENSO–climate interactions. Improve public climate literacy distinguishing natural cycles from anthropogenic trends. F. Exam Orientation Prelims Pointers ENSO = El Niño + La Niña cycle in equatorial Pacific. “Triple-dip” La Niña: 2020–2023. Energy imbalance = difference between incoming solar radiation and outgoing heat. ~75% of recent imbalance rise linked to GHG + ENSO shift. NOAA revised ENSO classification thresholds due to ocean warming. Practice Question (15 Marks) “El Niño and La Niña are natural climatic phenomena, yet their impacts are intensifying in a warming world.” Discuss how anthropogenic climate change interacts with ENSO cycles and its implications for global and Indian climate stability. Tigers are behaving differently: State of India’s Environment report 2026 A. Issue in Brief The State of India’s Environment 2026 (SOE 2026) released by the Centre for Science and Environment highlights behavioural shifts in India’s tiger populations linked to ecological degradation and habitat saturation. Between January–June 2025, at least 43 human deaths occurred near tiger reserves (compared to 44 during the same period in 2024), with instances of partial consumption of victims reported. Approximately 40% of tiger habitats across 20 states are shared with nearly 60 million people, intensifying human–tiger interface zones. Relevance GS III – Environment & Biodiversity Human–wildlife conflict dynamics. Wildlife Protection Act, 1972. Project Tiger and NTCA governance. GS III – Ecology Invasive species (Lantana camara). Habitat fragmentation and carrying capacity. Predator–prey dynamics. B. Static Background India hosts over 3,000 tigers (All India Tiger Estimation 2022), accounting for nearly 75% of the global wild tiger population. The National Tiger Conservation Authority (NTCA) oversees Project Tiger (launched 1973) with 50+ tiger reserves. Tiger conservation success has led to population recovery but also territorial saturation within core reserves, pushing dispersal into buffer and revenue lands. Human–wildlife conflict is recognised under the Wildlife Protection Act, 1972 and mitigated via compensation and conflict response protocols. C. Key Dimensions 1. Rising Human–Tiger Interactions Tigers rarely become habitual man-eaters; attacks typically rise when individuals are injured, old, prey-deprived, or forced into proximity with humans. Saturation of core reserves compels dispersing sub-adult tigers into agro-pastoral landscapes, increasing encounter probability. In 2025 (Jan–June), 4 of 43 attacks involved partial consumption, indicating altered feeding responses in select cases. 2. Habitat Transformation and Invasive Species The invasive plant Lantana camara, introduced in the 19th century, now occupies nearly 50% of forest, scrubland and village commons areas. Lantana suppresses native grasses, reducing availability of wild herbivores such as chital and sambar. Dense lantana thickets provide low-visibility, predator-friendly cover, enabling ambush hunting near livestock-grazing zones. 3. Prey Shift: From Wild Ungulates to Cattle Domestic cattle offer higher caloric returns compared to smaller wild prey species. In reserves like Bandhavgarh Tiger Reserve and Tadoba-Andhari Tiger Reserve, tigers increasingly utilise lantana-dominated patches outside core zones as refuges and hunting grounds. Compensation mechanisms for livestock depredation may reduce local resentment but inadvertently normalise tiger presence in village economies. 4. Behavioural Ecology Shift Experts note potential loss of innate fear of humans, especially among younger dispersing individuals raised near human-modified landscapes. Ecological overcrowding, fragmentation and anthropogenic pressure create adaptive behavioural responses in apex predators. Such shifts reflect ecological plasticity but increase conflict risk and management complexity. D. Critical Analysis Conservation Paradox Tiger population growth signals conservation success, yet habitat carrying capacity limitations produce ecological spillover effects. Protection-centric strategy without landscape-level habitat expansion risks conflict escalation. Invasive Species Governance Gap Despite ecological threat, lantana management remains fragmented and underfunded. Removal is labour-intensive and requires long-term restoration of native grasses and prey base. Socio-economic Interface Livestock compensation schemes mitigate hostility but may create “human subsidy dependence”, altering predator behaviour. Nearly 60 million people sharing tiger landscapes indicates structural coexistence challenge rather than isolated incidents. Climate and Ecological Stress Climate variability alters prey distribution and water availability, potentially intensifying territorial competition. Fragmented corridors restrict safe dispersal, pushing tigers into peri-urban and agricultural spaces. E. Way Forward Shift from reserve-centric conservation to landscape-level ecological planning, strengthening wildlife corridors and buffer management. Large-scale lantana eradication and grassland restoration to rebuild wild prey base and reduce cattle predation. Community-based coexistence models integrating early warning systems, predator-proof livestock enclosures and rapid compensation delivery. Scientific monitoring of behavioural ecology through camera traps, GPS collars and conflict mapping analytics. Align tiger conservation with sustainable land-use planning, balancing ecological carrying capacity with human settlement expansion. F. Exam Orientation Prelims Pointers 43 human deaths (Jan–June 2025) near tiger reserves. 40% of tiger territory shared with 60 million people. Lantana camara occupies ~50% of affected forest landscapes. India hosts ~75% of global wild tiger population. Practice Question (15 Marks) “India’s tiger conservation success has created new ecological and socio-economic challenges.” Examine how habitat degradation and invasive species are altering predator behaviour and suggest measures for sustainable human–wildlife coexistence. SOE 2026: Extinction Tracker — Anthropocene & Accelerating Biodiversity Loss A. Issue in Brief SOE 2026 – Extinction Tracker highlights accelerating species loss globally, with updated data from the International Union for Conservation of Nature (IUCN) Red List. Study in Global Change Biology projects ~8,000 vertebrate species could face unsuitable thermal conditions across 52% of their range under worst-case climate scenarios. IUCN Red List now covers 169,420 species, of which 47,187 are threatened with extinction, signalling systemic biodiversity collapse. Nearly 38% of global tree species and 11.5% of assessed bird species are threatened, reflecting cross-taxa ecological stress. Relevance GS III – Environment & Biodiversity IUCN Red List (169,420 species; 47,187 threatened). Climate–biodiversity nexus. Functional extinction (coral reefs). B. Static Background Anthropocene Epoch: Proposed geological epoch denoting dominant human influence on Earth systems; linked to accelerated extinction rates 100–1,000 times background levels. Convention on Biological Diversity (CBD), 1992: Global framework for conservation, sustainable use and benefit sharing. Kunming–Montreal Global Biodiversity Framework (2022): “30×30 Target” — protect 30% land and sea by 2030. IPBES Global Assessment (2019): Warned that 1 million species face extinction risk globally. India hosts ~8% of global biodiversity across 4 biodiversity hotspots. C. Key Dimensions Global Extinction Signals Taxa / Region Key Finding Data Evidence Vertebrates Extreme heat vulnerability 8,000 species at risk; 30,000 assessed Corals Functional extinction Florida reef-builders collapsed Arctic Seals IUCN status downgrade Hooded seal → Endangered Birds Systemic decline 1,256 of 11,185 (11.5%) threatened Trees Silent crisis 38% species threatened Fungi Under-recognised loss 411 at risk out of 1,300 assessed African freshwater fish Habitat + overfishing 26% of 3,200 species threatened D. Critical Analysis Climate–Biodiversity Nexus Extreme heat and altered precipitation regimes shrink thermal niches, especially for amphibians and reptiles with narrow tolerance bands. Arctic warming occurring nearly four times faster than global average undermines ice-dependent species such as seals. Ecosystem Collapse vs Species Loss “Functional extinction” of staghorn (Acropora cervicornis) and elkhorn (Acropora palmata) corals indicates ecosystem service failure, not merely species decline. Coral reefs support 25% of marine biodiversity; collapse disrupts fisheries, tourism and coastal protection. Habitat & Land Use Pressure Agricultural expansion, urbanisation and logging drive tree species extinction; threatened trees now exceed threatened vertebrates combined. Island ecosystems exhibit disproportionate extinction rates due to invasive species and habitat isolation. Governance Deficits Despite CBD commitments, global biodiversity finance gap estimated at ~$700 billion annually. Protected areas often lack effective management and connectivity corridors. Indian Context Species such as the Great Indian Bustard and Gangetic Dolphin remain critically endangered due to habitat fragmentation and infrastructure expansion. India’s climate vulnerability amplifies biodiversity stress in the Himalayas, Western Ghats and coastal zones. E. Way Forward Implement 30×30 Target with ecological corridors and community-led conservation models. Integrate biodiversity accounting into national income frameworks via natural capital valuation. Strengthen climate mitigation to limit warming below 1.5°C, reducing thermal stress on species. Expand Red List assessments for fungi, invertebrates and freshwater taxa to reduce conservation blind spots. Enhance global biodiversity finance through debt-for-nature swaps and blended climate–nature funds. F. Exam Orientation Prelims Pointers IUCN Red List: 169,420 species assessed; 47,187 threatened. Extreme heat may impact 8,000 vertebrate species. 38% of global tree species threatened. African freshwater fish: 26% threatened. Coral functional extinction differs from species extinction. Practice Question (15 Marks) “Biodiversity loss in the Anthropocene represents not only an ecological crisis but a governance failure.” Examine the drivers of accelerating species extinction and suggest policy measures to reconcile development with conservation.  

Daily PIB Summaries

PIB Summaries 25 February 2026

Content Cabinet Approval for Alteration of Name from “Kerala” to “Keralam” 40 Years of DBT & Launch of “SUJVIKA” AI-Driven Biotech Portal Cabinet Approval for Alteration of Name from “Kerala” to “Keralam” Relevance : GS II – Polity & Governance Article 3 and Article 4: Parliament’s power to alter name of States; simple majority; President’s recommendation mandatory. Quasi-federal structure: Consultation with State Legislature is advisory, not binding. Federalism debates: Balance between State identity aspirations and Parliamentary supremacy. Precedents: Odisha (2011), Karnataka (1973), Tamil Nadu (1969) Static Constitutional Background A. Article 3 – Power of Parliament Article 3 of the Constitution of India empowers Parliament to form new States, alter boundaries, increase or diminish area, and alter the name of any existing State, thereby making territorial reorganisation a Union legislative competence. The Proviso to Article 3 mandates that any Bill affecting the name, area, or boundaries of a State must be introduced only on the recommendation of the President, ensuring executive scrutiny before legislative initiation. Before introduction of such a Bill in Parliament, the President must refer the proposal to the concerned State Legislature for expressing its views within a specified period, although those views are advisory in nature. B. Article 4 – Nature of Amendment Laws enacted under Article 3 may amend the First Schedule and Fourth Schedule of the Constitution, which respectively list States/UTs and allocate Rajya Sabha seats, thereby enabling technical constitutional modifications without invoking Article 368. Importantly, Article 4 clarifies that such amendments shall not be deemed constitutional amendments under Article 368, meaning they require only a simple majority of members present and voting in Parliament. C. Linguistic Reorganisation Background The reorganisation of States was institutionalised through the States Reorganisation Act, 1956, based on recommendations of the States Reorganisation Commission (1953) chaired by Fazl Ali, which prioritised linguistic homogeneity for administrative efficiency. Kerala was formed on 1 November 1956 (celebrated as Kerala Piravi Day) by merging Travancore-Cochin and the Malabar district of the erstwhile Madras State, reflecting the culmination of the “Aikya Kerala” linguistic movement. Current Development  The Union Cabinet chaired by Narendra Modi approved the proposal to rename the State of Kerala as “Keralam,” initiating the formal constitutional process under Article 3. The Kerala Legislative Assembly had earlier passed a unanimous resolution on 24 June 2024, urging the Union Government to amend the First Schedule to reflect the Malayalam linguistic form “Keralam.” The proposal was processed by the Ministry of Home Affairs under Amit Shah, and vetted by the Department of Legal Affairs and Legislative Department, ensuring constitutional conformity. Constitutional and Federal Implications The alteration of a State’s name highlights India’s quasi-federal structure with a strong Centre, where Parliament retains decisive authority, even though consultation with the State Legislature is procedurally mandatory. The Supreme Court in Babulal Parate v. State of Bombay (1960) upheld the wide discretion of Parliament under Article 3, clarifying that State consent is not constitutionally binding. The amendment will require modification of the First Schedule of the Constitution, but will not trigger Article 368 procedures, reinforcing the flexible nature of India’s territorial federalism framework. Governance and Administrative Implications Renaming necessitates comprehensive updates across Central and State government records, including Gazette notifications, Aadhaar, PAN, GSTN databases, electoral rolls, and census documentation, requiring coordinated bureaucratic execution. International implications include updates in ISO country subdivision codes, UN cartographic records, RBI financial reporting systems, and diplomatic documentation, ensuring consistency in global administrative references. Past renaming exercises such as Orissa to Odisha (2011) involved significant logistical restructuring and incurred multi-crore administrative expenditure, indicating fiscal implications despite symbolic objectives. Economic Dimension Kerala contributes approximately 3.8–4% of India’s Gross Domestic Product, according to recent Economic Survey estimates, and has one of the highest per capita incomes among major Indian States at around ₹2.4 lakh or above. The State has a substantial overseas diaspora of over 2.5 million migrants, whose remittances form a crucial component of Kerala’s economy, accounting for a significant share of State domestic income. The renaming is unlikely to have structural macroeconomic consequences, but may strengthen cultural branding in sectors such as tourism, ayurveda, and diaspora engagement. Social and Cultural Significance “Keralam” represents the authentic Malayalam linguistic expression of the State’s name, aligning constitutional nomenclature with regional linguistic identity and correcting colonial-era anglicised forms. The demand reflects the historical “Aikya Kerala” movement that sought unification of Malayalam-speaking regions, reinforcing linguistic federalism as a foundational principle of Indian State formation. Similar precedents include Orissa to Odisha (2011), Mysore to Karnataka (1973), and Madras to Tamil Nadu (1969), all executed through Article 3 procedures without constitutional amendment under Article 368. Political and Federal Considerations Since the proposal concerns only nomenclature and not territorial alteration, it is relatively less contentious compared to boundary disputes or bifurcation demands that typically generate inter-state political friction. However, the episode rekindles debates regarding whether States should possess stronger consent mechanisms under Article 3, especially in matters affecting identity and territorial integrity. Challenges and Criticisms Administrative transition costs, including updating official records, signage, and digital systems, may impose short-term fiscal burdens that critics argue could be better allocated toward developmental priorities. There may be temporary confusion in legal documents, contracts, and inter-state correspondence during the transition period, necessitating careful regulatory guidance and phased implementation. Way Forward The transition should be executed through a digitally integrated, time-bound implementation plan to minimize costs and ensure uniformity across Union and State databases. A single consolidated Gazette notification mechanism and public awareness campaign can ensure clarity among citizens, institutions, and international stakeholders during the transition phase. The process must reinforce cooperative federalism by respecting State aspirations while preserving constitutional supremacy of Parliament under Article 3. Practice Question “Article 3 reflects India’s flexible federalism while reinforcing parliamentary supremacy.” Examine in the context of the proposed renaming of Kerala to ‘Keralam’.(250 Words) 40 Years of DBT & Launch of “SUJVIKA” AI-Driven Biotech Portal Why is it in News?  On 24 February 2026, marking the 40th Foundation Day (1986–2026) of the Department of Biotechnology, the Union Government launched “SUJVIKA” — an AI-driven Biotech Product Trade Intelligence Portal, signalling a strategic shift toward data-driven bioindustrial policy. The announcement assumes importance because India’s bioeconomy has expanded to USD 165.7 billion (2024) and the government has articulated a target of achieving a USD 1 trillion bioeconomy by 2047, positioning biotechnology as a core growth engine. The event also highlighted implementation of the BioE3 Policy (Biotechnology for Economy, Environment and Employment) and the launch of a ₹2,000 crore RDI national call under the ₹1 lakh crore innovation initiative, strengthening industrial-scale biotech capabilities. Relevance GS III – Science & Technology Role of Department of Biotechnology (est. 1986). SUJVIKA: AI-driven biotech trade intelligence platform. GenomeIndia (10,000 genomes, 99 populations). Indigenous gene therapy success (Hemophilia A trial). Institutional & Static Background A. Department of Biotechnology (DBT) The Department of Biotechnology (DBT) was established in 1986 under the Ministry of Science & Technology, mandated to promote research, infrastructure development, innovation ecosystems, and biotechnology-led economic transformation. DBT operates through implementing agencies such as BIRAC (Biotechnology Industry Research Assistance Council) and BRIC (Biotechnology Research and Innovation Council), bridging laboratory research with industrial application and startup incubation. Over four decades, DBT has transitioned from primarily grant-based scientific funding to a comprehensive innovation ecosystem builder integrating policy, entrepreneurship, and translational biotechnology. SUJVIKA Portal – Strategic Significance Launched by Jitendra Singh, SUJVIKA is an AI-enabled Trade Statistics Digital Intelligence Platform developed in collaboration with Association of Biotechnology Led Enterprises, providing structured biotechnology import analytics. The portal presents authenticated import data on biochemical products, industrial enzymes, and biotech intermediates, enabling identification of high-value import dependencies and facilitating prioritised indigenisation strategies. By linking trade intelligence with R&D planning, SUJVIKA strengthens evidence-based policymaking and supports public–private partnerships in high-performance biomanufacturing. Economic Dimension – India’s Bioeconomy Growth India’s bioeconomy has grown 16-fold in a decade, from approximately USD 10 billion in 2014 to USD 165.7 billion in 2024, reflecting expansion in vaccines, diagnostics, agri-biotech, and industrial biotechnology. The number of biotech startups has risen from fewer than 100 in 2014 to over 11,000, indicating deepening innovation capacity and improved access to incubation and funding mechanisms. The government’s vision aims at a USD 1 trillion bioeconomy by 2047, aligning biotechnology growth with long-term industrial transformation under the Viksit Bharat framework. Governance & Policy Architecture A. BioE3 Policy The BioE3 Policy seeks to integrate biotechnology with economic growth, environmental sustainability, and employment generation, promoting advanced biomanufacturing clusters and indigenous value chains. Implementation through DBT, BIRAC, and BRIC focuses on strengthening scale-up infrastructure, technology transfer mechanisms, and domestic manufacturing of critical biotech inputs. B. Research Financing & Infrastructure A ₹2,000 crore national call under the ₹1 lakh crore Research, Development and Innovation initiative aims to accelerate commercialization and scale-up of biotech enterprises. The National Biofoundry Network includes 6 biofoundries and 21 advanced bio-enabler facilities, enabling rapid prototyping and reducing time-to-market for biotech innovations. Science & Technology Convergence Integration of Artificial Intelligence with biotechnology enhances research precision in gene sequencing, diagnostics, and drug discovery, reducing timelines and improving predictive analytics capabilities. The GenomeIndia Project has generated whole genome sequencing data of 10,000 individuals from 99 diverse populations, strengthening indigenous genomic databases and personalised medicine prospects. India’s first human gene therapy trial for Severe Hemophilia A, supported by DBT and BIRAC, demonstrated sustained Factor VIII production, showcasing translational research capability. Social & Strategic Importance India is among the leading global vaccine manufacturers, reinforcing biotechnology’s strategic role in public health security and global pharmaceutical supply chains. Expansion of 95 bio-incubators across 21 States and UTs, supporting over 1,800 incubatees, enhances regional innovation ecosystems and high-skilled employment generation. Biotechnology’s role extends to frontier domains such as space biotechnology and space medicine, through collaboration between DBT and ISRO, strengthening India’s scientific leadership. Challenges & Gaps Persistent import dependency in high-end enzymes, reagents, and specialised biotech equipment poses supply-chain vulnerabilities and underscores the need for domestic production incentives. Regulatory fragmentation across biosafety, drug approval, and environmental clearances may delay commercialization, requiring harmonised single-window regulatory reforms. Deep-tech biotechnology faces capital constraints due to long gestation cycles and high risk, limiting private venture participation compared to digital technology startups. Way Forward Institutionalise SUJVIKA analytics into industrial policy frameworks to directly link trade deficit identification with targeted R&D grants and PLI-type incentives for biotech manufacturing. Strengthen regulatory coherence among DBT, CDSCO, and environmental authorities to ensure biosafety while reducing approval delays for startups and research institutions. Expand incubation and biofoundry infrastructure to emerging innovation clusters beyond metropolitan centres, promoting inclusive and geographically balanced bioeconomic growth. Enhance global collaboration in genomic research, bio-manufacturing standards, and ethical governance to position India as a leading biotechnology hub by 2047. Practice Question India’s bioeconomy is emerging as a critical pillar of Viksit Bharat 2047. Examine the role of DBT and SUJVIKA in strengthening indigenous biomanufacturing.(250 Words)