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Daily PIB Summaries

PIB Summaries 10 January 2026

Content Year End Review 2025 – Ministry of Women & Child Development (MWCD) Digitalising India’s Dairy Sector   Year End Review 2025 – Ministry of Women & Child Development (MWCD) Why in News? PIB release dated 09 January 2026 published the Year End Review 2025 of MWCD. Highlights scale-up of nutrition, women safety, maternity benefits, child protection, and digital governance. Emphasises technology-led welfare delivery, DBT expansion, and convergence with NEP 2020 & tribal welfare missions. Relevance GS II – Governance & Social Justice Welfare delivery: Poshan 2.0, PMMVY, Mission Shakti, Mission Vatsalya E-governance: Poshan Tracker, FRS, Helpline 1515 Cooperative federalism: Suposhit GP Abhiyan, DAJGUA, ERSS-112 Institutions: OSCs, SHe-Box, Child Helpline, CARINGS GS I – Indian Society Women empowerment: Mission Shakti, PMMVY, shelters Children & vulnerable groups: ECCE, Mission Vatsalya, BVMB Gender issues: GBV (Nayi Chetna, 16 Days of Action) Tribal inclusion: PM-JANMAN AWCs, DAJGUA convergence Macro Overview   Focus: Inclusive development, safety, nutrition, early childhood education, women-led growth. Flagship umbrellas: Mission Saksham Anganwadi & Poshan 2.0 Mission Shakti Mission Vatsalya Strong push towards real-time monitoring, biometric verification, grievance redressal. Mission Saksham Anganwadi & Poshan 2.0 (Nutrition + ECCE + Adolescent Girls) Coverage: 8.69 crore beneficiaries (PWLMs, children 0–6 yrs, adolescent girls) (as on 30 Nov 2025) Anganwadi Infrastructure 2 lakh AWCs approved for upgradation. 94,077 AWCs upgraded with improved infrastructure incl. LED screens. PVTG Focus (PM-JANMAN): 2,500 AWCs sanctioned, 2,326 operational. MWCD awarded Best Performing Ministry for PM-JANMAN implementation. Tribal Convergence (DAJGUA – MoTA): 875 AWCs sanctioned, 455 operational. 27,785 tribal beneficiaries covered. Digital Governance – Poshan Tracker Launched: March 2021 Nature: End-to-end, real-time governance tool for ICDS. Key Data (2025) 9+ crore beneficiaries registered ~8 crore children monitored monthly (height & weight) 14 lakh Anganwadi Centres connected 24 Indian languages supported PM’s Award for Excellence in Public Administration 2024 (Innovation – Centre) Functional Scope Attendance & AWC opening HCM & THR distribution ECCE instructional content ABHA & APAAR ID creation Citizen module for self-registration at nearest AWC Suposhit Gram Panchayat Abhiyan Launched: 26 Dec 2024 Objective: Identify 1,000 high-performing Panchayats. Criteria: Nutrition outcomes Infrastructure Malnutrition reduction Methodology: Poshan Tracker-based benchmarking Cross-State peer review Goal: Malnutrition-free Bharat Nutrition Outreach & Behaviour Change 8th Rashtriya Poshan Maah (2025) Launched: 17 Sept 2025, Dhar (MP) Theme: Swasth Nari, Sashakt Parivar Abhiyaan 14.33 crore activities conducted nationwide. Convergence with 20+ Ministries. PMMVY DBT Push ₹450 crore transferred in one day Beneficiaries: 15 lakh+ women Strengthening ECCE – Poshan Bhi Padhai Bhi Alignment: NEP 2020 Capacity Building 8,55,728 Anganwadi Workers trained 41,645 State/Local Master Trainers trained Curricula: Aadharshila (0–3 yrs) Navchetana (3–6 yrs) Translated into 12 regional languages Digital Learning 2.56 crore preschool activities/month logged on Poshan Tracker. Co-location with Schools Guidelines issued: 3 Sept 2025 2.9 lakh AWCs already within school premises. Helpline Rationalisation – 1515 Unified helpline for: PM CARES Poshan 2.0 PMMVY Short code changed: 14408 → 1515 Grievances (till Dec 2025): Received: 1,40,862 Resolved: 1,04,662 FRS-Based Verification (Governance Reform) Anganwadi – THR Delivery Aadhaar-based Face Recognition System (FRS) via Poshan Tracker. No separate app. Status (31 Dec 2025): Eligible: 4.73 crore eKYC completed: 4.51 crore (91.38%) THR via FRS (Dec): 2.79 crore (52.68%) PMMVY Mandatory FRS for new enrolments since 21 May 2025. 17.82 lakh beneficiaries enrolled via FRS (till 17 Nov 2025). Outcome: Reduced leakages, enhanced transparency. Mission Shakti – Women Safety & Empowerment One Stop Centres (OSCs): Approved: 1025 Operational: 865 Women assisted: 12.67 lakh Women Helpline 181: Integrated with ERSS-112 in 35 States/UTs 93.48 lakh women supported Shelter Infrastructure: 411 Shakti Sadan 531 Sakhi Niwas PMMVY Overall Impact: 4.26 crore beneficiaries ₹20,060 crore DBT Beti Bachao Beti Padhao – 10 Years Observed: 22 Jan – 8 Mar 2025 Significance: Decade of girl child protection, education & empowerment Aligned with Viksit Bharat 2047 Shift towards Women-Led Development SHe-Box Portal Launched: 29 Aug 2024 Purpose: Single-window SH Act (2013) grievance redressal Coverage: Organised & unorganised sectors Public & private Data (as on 05 Jan 2026): 1.3 lakh workplaces onboarded 50,000+ Internal Committees LCs of all 777 districts Languages: 22 + English Significance: Workplace safety, labour force participation 16 Days of Action & Nayi Chetna 4.0 Period: 25 Nov – 10 Dec 2025 Focus: Gender-based violence Nayi Chetna 4.0: 25 Nov – 22 Dec 2025 Led by Women SHGs MoRD–MWCD convergence Mission Vatsalya – Child Protection Unified Mission Vatsalya Portal operational. CARINGS adoption platform integrated. Child Helpline: Functional in all 36 States/UTs Installed in 728 districts Capacity Building: 303 Master Trainers trained Locations: Delhi, Bengaluru, Guwahati, Bhopal, Lucknow Karmayogi–iGOT Course (with LBSNAA): Enrolled: 37,242 Completed: 19,728 Key Campaigns PM Rashtriya Bal Puraskar 2025 Ceremony: 26 Dec 2025, Vigyan Bhawan 20 children from 18 States/UTs Fields: Bravery, Art & Culture, Environment, Social Service, S&T, Sports Veer Bal Diwas 2025 Observed: 26 Dec 2025 Nationwide celebrations PM interaction with PMRBP awardees Bal Vivah Mukt Bharat (BVMB) 1 year completed: 27 Nov 2025 100-day intensive campaign launched: 4 Dec 2025 Portal: 58,262 CMPOs listed 92,819 awareness activities 1.79 crore participants 8 lakh pledges recorded Takeaway Shift from welfare delivery to welfare governance. Strong use of biometrics, real-time dashboards, convergence models. Nutrition & ECCE positioned as human capital foundations. Aligns with: SDG 2, 3, 5 NEP 2020 Tribal inclusion & Women-led development. Digitalizing India’s Dairy Sector  Why in News? PIB release dated 09 January 2026 published the Year End Review 2025 on digital transformation of India’s dairy sector. Highlights NDDB-led technology-driven reforms covering livestock identification, milk procurement, breeding, ERP systems, logistics, and cooperative governance. Reinforces India’s push towards traceability, farmer-centric DBT, productivity enhancement, and cost efficiency in the world’s largest dairy ecosystem. Relevance GS III – Agriculture & Economy Allied sector: Dairy & agri-GDP Farmer income: AMCS, DBT, cooperatives Agri-tech: NDLM, Pashu Aadhaar, INAPH, SSMS Logistics: GIS route optimisation, ERP DPI: Bharat Pashudhan, i-DIS, NDERP India’s Dairy Sector: Strategic Context India accounts for ~25% of global milk production (largest producer globally). Dominated by small & marginal farmers → high need for: Transparency Payment assurance Disease control Productivity enhancement NDDB positioned as the technology backbone of cooperative dairying. National Digital Livestock Mission (NDLM) – “Bharat Pashudhan” Implementing agencies: NDDB + Department of Animal Husbandry & Dairying (DAHD) Core Objective Create a unified national digital livestock ecosystem with individual animal traceability. Pashu Aadhaar 12-digit unique ear tag (barcode-based) aligned with global best practices. Acts as primary key for all animal-related transactions. Coverage (till Nov 2025): 35.68 crore animals tagged Enables tracking of: Vaccination Breeding & AI Treatment & health services Bharat Pashudhan Database 84+ crore field transactions recorded. Users: Farmers Veterinarians Extension workers Benefit: Single-window animal health & productivity history. Farmer Support Tools 1962 App & Toll-Free Helpline (1962): Best practices Scheme information Doorstep veterinary services via Mobile Veterinary Units Analytical Value → NDLM strengthens disease surveillance, productivity analytics, insurance readiness, and export compliance. Automatic Milk Collection System (AMCS) Purpose: Transparent, error-free, and farmer-friendly milk procurement. Functional Design Digitally records: Quantity Fat/SNF quality Price Instant DBT to farmers’ bank accounts Real-time SMS alerts to farmers. Coverage (as on 22 Oct 2025) 17.3 lakh milk producers 26,000+ Dairy Cooperative Societies 54 milk unions Operational in 12 States/UTs System Architecture DCS Application: Windows / Linux / Android Central Portals: Union, Federation, National Mobile Apps: Farmer Society Secretary Dairy Supervisor AMCS Mobile App Adoption 2.43 lakh farmers 13,644 society secretaries 1,374 supervisors Governance Impact Eliminates manual manipulation Enhances price transparency & trust Strengthens cooperative accountability NDDB Dairy ERP (NDERP) Nature: End-to-end digital backbone for dairy & edible oil sectors. Key Features Web-based ERP (built on Frappe ERPNext – open source) No license or installation cost. Modules: Finance & Accounts Purchase & Inventory Sales & Marketing Manufacturing HR & Payroll Maker–checker workflows for internal controls. Distributor Interface iNDERP portal + mNDERP app (Android/iOS): Orders Invoices Delivery challans Payment tracking System Integration Fully integrated with AMCS → cow to consumer digital chain. Uses mass-balance technique to minimise processing losses. Analytical Value → Supports cost optimisation, supply chain transparency, and financial discipline in cooperatives. Semen Station Management System (SSMS) Objective: Quality assurance & traceability in artificial insemination. Operational Scope Bull lifecycle management Frozen Semen Dose (FSD) production Quality control & biosecurity Farm & fodder management Sales & distribution tracking Integration Linked with INSPRM (national portal). Connected to INAPH for field-level traceability. Uses RFID bull tags & lab equipment integration. Coverage 38 graded semen stations nationwide. Developed under National Dairy Plan-I (World Bank funded). Significance Improves genetic quality Enhances milk yield Reduces regional productivity gaps INAPH (Information Network for Animal Productivity & Health) Captures real-time data on: Breeding Nutrition Health services Enables project monitoring & outcome assessment. Supports evidence-based livestock interventions. Internet-based Dairy Information System (i-DIS) Purpose: National cooperative dairy MIS & benchmarking platform. Coverage 198 milk unions 29 marketing dairies 54 cattle-feed plants 15 federations Functional Utility Tracks: Milk procurement & sales Manufacturing & distribution Input supply Enables inter-union benchmarking. Institutional Role Creates National Cooperative Dairy Industry Database. NDDB conducts regular MIS capacity-building workshops. Milk Route Optimisation (GIS-Based) Objective: Reduce logistics cost & time. Technology GIS-based digitised route planning. Replaces manual route mapping. Impact Examples Vidarbha–Marathwada Dairy Development Project (Aug 2022): 4 milk chilling centres redesigned. Significant transport cost savings. Successful pilots in: Varanasi Milk Union West Assam Milk Union Jharkhand Milk Federation Indore Milk Union Scaling Tool Web-based dynamic route optimisation software Free for dairy cooperatives. Enables: Fleet optimisation Real-time planning Fuel & emission reduction Overall Impact Assessment Farmer-centric outcomes: Assured payments Service delivery at doorstep Digital inclusion Systemic gains: End-to-end traceability Reduced leakages Data-driven policymaking Strategic alignment: Doubling farmers’ income Digital Public Infrastructure (DPI) Climate-efficient logistics Conclusion India’s dairy digitalisation, led by NDDB, represents a rare case of technology successfully penetrating a smallholder-dominated sector, creating a transparent, traceable, and productivity-oriented ecosystem aligned with inclusive growth and cooperative federalism.

Daily Editorials Analysis

Editorials/Opinions Analysis For UPSC 10 January 2026

Content Letting the rupee slide isn’t the answer  High-quality education needs trust between State and institutions Letting the rupee slide isn’t the answer  Why in News? Recent editorial in The Indian Express argues against RBI’s policy of allowing rupee depreciation as a tool to manage external shocks. Context: Persistent rupee volatility amid global monetary tightening. Debate on RBI’s exchange rate management strategy, FX reserves usage, and inflation-growth trade-offs. Relevance amplified by: Rising imported inflation risks. Declining global capital flows to emerging markets. RBI’s balancing act between exchange rate flexibility and stability. Relevance GS III – Indian Economy Exchange rate management Inflation control External sector stability Capital flows & FX reserves GS II – Governance Role of RBI as an independent regulator Credibility of monetary policy institutions Practice Question Letting the rupee depreciate is often presented as a natural adjustment mechanism for external shocks. Critically examine why excessive reliance on currency depreciation can undermine macroeconomic stability in India.(250 Words) Core Argument of the Editorial Letting the rupee depreciate is not a sustainable macroeconomic solution. Excessive reliance on depreciation creates long-term structural and credibility risks. Key Issues Highlighted Limits of Rupee Depreciation as a Policy Tool Depreciation may: Temporarily support exports. Reduce pressure on FX reserves. But: India’s exports are import-intensive → weak competitiveness gains. Trade balance response is limited and delayed (J-curve effect). Imported Inflation Risk Rupee depreciation: Raises cost of oil, fertilisers, electronics, defence imports. Directly fuels cost-push inflation. Inflation transmission: Undermines monetary policy credibility. Forces tighter domestic financial conditions. Corporate Balance Sheet Stress Many Indian firms have: Unhedged foreign currency exposure. Sharp rupee fall: Inflates external debt servicing. Weakens balance sheets → investment slowdown. FX Reserves Are Not Just a Stockpile Reserves serve: Confidence anchor for investors. Buffer against sudden stops. Excess volatility: Increases precautionary reserve demand. Ironically raises pressure on FX reserves instead of reducing it. The “Equilibrium Exchange Rate” Fallacy RBI’s implicit assumption: Market will find a “fair value” if intervention is limited. Editorial’s critique: Equilibrium exchange rate is unobservable and unstable. Global savings-investment dynamics are shifting unpredictably. Risk: Overshooting and self-fulfilling depreciation cycles. Volatility vs Flexibility Trade-off Limited two-way volatility: Encourages hedging. Disciplines speculative positions. Excess volatility: Discourages trade and investment. Raises transaction costs. Hurts small and medium enterprises disproportionately. Capital Flow Dynamics In EMs like India: Capital flows are pro-cyclical. Currency overshooting: Triggers outflows instead of correcting imbalances. Creates feedback loops between currency and capital markets. What Should RBI Do Instead? 1. Managed Flexibility Allow gradual adjustments, not sharp slides. Prevent disorderly movements via calibrated intervention. 2. FX Reserve Utilisation Use reserves to: Smooth volatility. Anchor expectations. Not to defend a fixed level, but to avoid destabilising overshoot. 3. Encourage Hedging, Not Speculation Stable currency environment: Promotes long-term hedging. Discourages short-term carry trades. 4. Policy Credibility over Tactical Gains Prioritise: Inflation control. Financial stability. Predictability in macro framework. High-quality education needs trust between State and institutions Why in News? Recent editorial in The Indian Express discusses structural reforms in Indian higher education in the context of: NEP 2020 implementation Proposed Bharat Shiksha Adhisthan Bill, 2025 Expansion of Viksit Bharat @2047 vision Highlights tensions between: State regulation vs institutional autonomy Scale vs quality in higher education. Relevance GS II – Governance Role of the State in education Regulatory reforms Cooperative institutional governance GS III – Human Capital & Growth Education–productivity linkage Innovation ecosystem Skill and knowledge economy Practice Question Critically examine why trust between the State and higher education institutions is essential for achieving quality and global competitiveness in Indian education.(250 Words) Central Thesis High-quality higher education cannot be achieved through control-heavy regulation alone. It requires: Trust-based governance Academic autonomy Outcome-oriented accountability, not micromanagement. Key Arguments Explained NEP 2020 as a Structural Shift NEP marks a transition from: Rigid degree structures → flexible, multidisciplinary pathways Rote evaluation → holistic, competency-based assessment Introduction of: Multiple entry–exit options Academic Bank of Credits Success depends on institutional freedom, not uniform templates. Role of the State: Enabler, Not Controller International evidence (esp. US, Europe): Strong state funding + low academic interference → global excellence. Indian challenge: Tendency towards procedural compliance, approvals, inspections. Editorial argues: State should set outcomes and benchmarks, not dictate processes. Regulatory Overlap and Fragmentation Existing system: Multiple regulators (UGC, AICTE, councils) Overlapping mandates → delays, uncertainty. Bharat Shiksha Adhisthan Bill, 2025: Proposes unified regulation covering: Institutions Standards Accreditation Welcomed as reform, but: Risk of centralised overreach if trust deficit persists. Differentiated Institutional Roles Not all HEIs should be treated alike. Editorial stresses: Research universities Teaching-focused institutions Liberal arts colleges Vocational & skill institutions Uniform regulation: Suppresses diversity Penalises innovation. Innovation Requires Academic Freedom World-class research thrives on: Freedom to design curricula Interdisciplinary experimentation Risk-taking Excess approvals and reporting: Reduce faculty creativity Discourage global collaboration. Global Competitiveness Gap India’s strengths: Large youth population Rising GER Gaps: Few Indian universities in top global rankings Weak international faculty & student mobility Root cause: Limited autonomy + procedural regulation. Science Education: Excellence with Gaps While elite science institutions excel: Undergraduate exposure Laboratory access Experiential learning remain uneven. Emphasis needed on: Hands-on learning Research-based pedagogy Institutional capacity building. Trust as the Missing Institutional Capital Trust deficit manifests as: Excess audits Over-regulation Suspicion-driven oversight High-performing systems operate on: Trust + accountability Outcome audits, not input control. Way Forward Suggested Outcome-Based Regulation Shift from: Permission-based → performance-based oversight Focus on: Graduate outcomes Research output Global engagement. Graded Autonomy Expand autonomy to: Proven institutions With transparent disclosures. State as Capacity Builder Invest in: Faculty development Research infrastructure Digital & blended learning ecosystems. Trust + Transparency Framework Replace micromanagement with: Public disclosure Independent accreditation Social accountability.

Daily Current Affairs

Current Affairs 10 January 2026

Content National Improvised Explosive Device Data Management System (NIDMS) DPDP Act, 2023 vs RTI Act, 2005 — Attorney-General’s Opinion Assam’s Pride: Golden Langur Losing Its Only Home The Mountain Monarch: Nilgiri Tahr in the Western Ghats Pesticides Management Bill, 2025: Revised Draft, Old Gaps Persist Only 67 Cities Covered under the National Clean Air Programme Drugs Problem Is Narco-Terrorism, Not a Mere Issue of Crime National Improvised Explosive Device Data Management System (NIDMS). Why in News? Union Home Minister Amit Shah inaugurated the National Improvised Explosive Device Data Management System (NIDMS). It is a first-of-its-kind national database documenting all bomb blast / IED incidents in India since 1999. Aimed at strengthening counter-terrorism investigations, trend analysis, and predictive policing. Relevance GS III – Internal Security Terrorism and insurgency Use of technology in security management Intelligence sharing and coordination GS II – Governance Role of Union Home Ministry Cooperative federalism in policing Institutional capacity building What is NIDMS? NIDMS (National IED Data Management System): A secure national digital platform. Houses comprehensive data on bomb blasts and IED incidents across India. Designed for systematic collection, standardisation, integration, and sharing of blast-related data. Institutional Framework Nodal Agency: National Security Guard (NSG) Operational Hub: National Bomb Data Centre (NBDC), NSG Headquarters: Manesar, Haryana Primary Role of NSG: Lead force for post-blast analysis in India. Coverage & Scale  Temporal coverage: All IED / bomb blast incidents since 1999. User agencies: State Police forces Central Armed Police Forces (CAPFs) Central investigating and anti-terror agencies Nature of access: Single-click access to previously scattered case-file data. Key Features of NIDMS End of Data Silos Earlier: Explosion-related data existed across multiple agencies and case files. Now: Integrated into one centralised national repository. Signature Linking of Incidents System can establish linkages between multiple blasts based on: Location Type of explosion Explosive material Circuit and timer design Example cited: Same delayed circuit timer used in: Rameswaram café blast (March 2024) Mangaluru blast (2022) AI-Enabled Analysis Home Ministry aims to: Connect multiple internal data sources. Use advanced AI-based software for: Pattern detection Modus operandi analysis Predictive assessment of future threats. Predictive & Preventive Capability Enables: Identification of repeat signatures. Mapping of terror networks and bomb-makers. Anticipation of emerging trends in IED design and deployment. Strategic Significance Counter-Terrorism Helps: Investigate terrorist incidents across States. Establish inter-State and inter-incident linkages. Strengthens India’s intelligence-led counter-terror framework. Federal Coordination Common platform for: Centre–State cooperation. Information symmetry across police forces. Reduces duplication and investigation delays. Evidence-Based Security Policy Supports: Trend analysis of explosives used. Shifts in terrorist tactics. Enables data-driven formulation of counter-terror strategies. Governance & Technology Angle Reflects shift towards: Digital governance in internal security AI-supported law enforcement Aligns with: National security modernisation Smart policing initiatives. DPDP Act, 2023 vs RTI Act, 2005 — Attorney-General’s Opinion Why in News? Attorney-General of India, R. Venkataramani, in a written opinion, stated that the Digital Personal Data Protection (DPDP) Act, 2023 does not dilute the Right to Information (RTI) Act, 2005. Comes amid criticism from civil society and transparency advocates after the Centre notified amendments to RTI in November 2025 via the DPDP Act. Core dispute: Whether amendment to Section 8(1)(j) of RTI weakens transparency by expanding the “personal information” exemption. Relevance GS II – Polity & Governance Transparency vs privacy Role of Attorney-General Accountability mechanisms GS IV – Ethics Public interest vs individual privacy Discretion and ethical decision-making by public authorities Legal & Policy Background RTI Act, 2005 Enacted to operationalise Article 19(1)(a) (Right to know). Section 8(1) lists exemptions from disclosure. Section 8(2) provides an override clause allowing disclosure if public interest outweighs harm. DPDP Act, 2023 Enacted to protect informational privacy under Article 21, following Puttaswamy (2017). Amended RTI Act’s Section 8(1)(j) relating to personal information. What Changed in Section 8(1)(j)? Earlier Position (Pre-DPDP) Personal information could be disclosed if: It had a relationship to public activity/interest, or Larger public interest justified disclosure. Included a key proviso: Information not denied to Parliament could not be denied to citizens. Post-DPDP Amendment Language simplified to exempt “personal information” without explicitly mentioning: Public activity linkage Parliamentary disclosure proviso Triggered concerns of a blanket exemption. Attorney-General’s Opinion 1. No Dilution of RTI AG argues: Section 8(2) of RTI Act remains untouched. This section mandates disclosure of even exempt information if public interest outweighs harm. Hence, transparency safeguards still exist. 2. Balance Between Privacy and Transparency DPDP Act provides a legal framework to balance: Right to Privacy (Article 21) Right to Information (Article 19(1)(a)) Explicitly aligned with Supreme Court’s Puttaswamy judgment (2017). 3. Harmonious Construction RTI exemptions must be read with Section 8(2), not in isolation. CPIOs and appellate authorities retain discretion to disclose in public interest. Government’s Stand   RTI amendment notified November 2025, even as: Other DPDP provisions were given 12–18 months for implementation. Centre maintains: No reduction in accountability. Only clarification to avoid misuse of personal data. Concerns Raised by Critics Transparency Advocates’ Arguments Removal of explicit public interest language in Section 8(1)(j): May lead to over-cautious denial by officials. Parliamentary proviso omission: Weakens a key democratic safeguard. Practical risk: Information on assets, appointments, disciplinary actions may be denied citing privacy. Constitutional Dimension Article 19(1)(a): Right to Information (derived). Article 21: Right to Privacy (Puttaswamy, 2017). AG’s view: DPDP Act restores constitutional balance, not hierarchy. Implications for Governance Positive Stronger personal data protection regime. Reduced arbitrary disclosure of private data. Compliance with global data protection standards. Risks Chilling effect on RTI usage. Increased discretion at CPIO level. Potential dilution unless Section 8(2) is robustly applied. Key Data & Facts for Mains Enrichment RTI Act enacted: 2005 DPDP Act enacted: 2023 RTI amendment notified: November 2025 Landmark case: K.S. Puttaswamy v. Union of India (2017) Assam’s Pride: Golden Langur Losing Its Only Home Why in News? Recent article highlights rapid habitat fragmentation threatening the Golden Langur, a globally rare primate endemic only to Assam (India) and Bhutan. Raises concerns over: Infrastructure-led habitat loss Genetic isolation Long-term survival of an endemic species Fits into broader debates on: Biodiversity conservation Human–wildlife conflict Community-led conservation models Relevance GS III – Environment & Biodiversity Endemic species conservation Habitat fragmentation Human–wildlife conflict What is the Golden Langur? Taxonomy & Identity Common name: Gee’s Golden Langur Scientific name: Trachypithecus geei Group: Old World monkeys Identified as a distinct species by Zoological Survey of India, based on documentation by Edward Pritchard Gee (1964). The IUCN Red List lists the golden langur as Endangered Geographic Distribution Endemic range: Western Assam Foothills of Bhutan’s Black Mountains Natural boundaries: Manas River (east) Sankosh River (west) Altitudinal range: 100–1,500 metres (subtropical Himalayan foothills) Population Status Estimated population in Assam: ~7,400 individuals Source: Global Ecology and Conservation (2024) One of the rarest and most threatened primates globally. Habitat & Ecology Habitat Type Subtropical broadleaf forests: Moist evergreen Semi-evergreen Riverine forests Strictly arboreal: Depends on continuous tall forest canopy. Behaviour & Social Structure Group size: Average 8 individuals Social system: One male, multiple females, juveniles Behaviour: Shy Avoids human contact Physical Characteristics  Long, silky coat with golden to silvery-white sheen. Seasonal colour variation: Males darker golden Females and juveniles lighter Distinct features: Black face Pale beard Crown hair whorl Tail length often >1 metre Cultural Significance Known and revered by: Bodo community (considered descendant of a mythical monkey king) Rabha community Bodoland Territorial Council: Golden langur is the official mascot Cultural reverence has enabled community protection. Key Threats 1. Habitat Fragmentation Causes: Roads Power transmission lines Forest clearance Results in: Isolated forest patches Disrupted canopy continuity 2. Direct Mortality Factors Electrocution from overhead power lines Roadkill (especially near highways) Dog attacks near villages and plantations 3. Genetic Risks Fragmentation restricts gene flow. Leads to: Inbreeding Reduced genetic diversity Long-term population decline Conservation Efforts   Protected Areas Chakrashila Wildlife Sanctuary Raimona National Park Kakoijana Reserved Forest Parts of Manas National Park Fragmented patches in Kokrajhar & Dhubri districts Community-Based Conservation Local groups: Patrol forests Prevent timber smuggling Plant native tree species Example areas: Chakrashila Kakoijana Infrastructure Mitigation Canopy bridges: 4 bridges constructed over NH-117 (Bongaigaon) Enable safe arboreal movement Reduce roadkill and electrocution What Needs to Be Done Restore forest corridors: Reconnect fragmented habitats across Assam and Bhutan Wildlife-sensitive infrastructure planning: Underground cabling in key habitats Mandatory canopy crossings Transboundary conservation: India–Bhutan coordination Strengthen community stewardship: Incentives for conservation Recognition of indigenous knowledge The Mountain Monarch: Nilgiri Tahr in the Western Ghats   Why in News? New 2025 joint survey by Kerala & Tamil Nadu Forest Departments estimates Nilgiri tahr population at 2,668 individuals, indicating cautious recovery. Revival linked to: Project Tahr (Tamil Nadu, 2023) Grassland restoration and habitat connectivity efforts. At the same time, article warns recovery is fragile due to climate change, invasive species and habitat fragmentation. Relevance GS Paper III – Environment & Biodiversity Endemic species conservation Shola–grassland ecosystems Invasive species management Climate change impacts on fauna GS Paper I – Culture & Geography Sangam literature Tribal ecological knowledge Western Ghats biodiversity hotspot What is the Nilgiri Tahr? Identity & Taxonomy Common name: Nilgiri tahr Scientific name: Nilgiritragus hylocrius Category: Mountain ungulate (goat-antelope) Endemic to the Western Ghats (India only) The Nilgiri Tahr (Nilgiritragus hylocrius) is listed as Endangered on the IUCN Red List Geographic Distribution  Habitat: Shola–grassland ecosystems of the Western Ghats. Elevation: Typically above 1,200 metres, prefers cliffs and alpine grasslands. Major landscapes: Eravikulam Anamalai Mukurthi Silent Valley Glenmorgan Present only in: Kerala and Tamil Nadu Cultural & Historical Significance Mentioned in: Tamil Sangam literature (Kurinji landscape) as varayãdu. Epics like Silappathikaram. Tribal knowledge: Toda, Badaga, Kota, Muthuvan tribes. Tahr tracks used to: Navigate fog Locate springs Identify safe mountain passes. Symbol: Endurance, survival, mountain wisdom. Physical & Ecological Adaptations Stocky, sure-footed body adapted to steep cliffs. Curved horns; males have silvery “saddleback” patch. Diet: Generalist feeder Consumes 120+ plant species: Grasses Herbs Shrubs Legumes Some trees. Ecological role: Maintains grassland structure Nutrient recycling Supports predator populations. Population Status – Key Data Total population: 2,668 Kerala: ~1,365 individuals Eravikulam National Park: 841 (largest, most secure population) Tamil Nadu: ~1,303 individuals Indicates recovery after decades of decline. Why Did the Tahr Decline Earlier? 1. Habitat Loss & Fragmentation Conversion of grasslands for: Agriculture Tourism infrastructure Reduced continuous shola–grassland mosaics. 2. Invasive Species Spread of: Wattle Eucalyptus Suppressed native grasses essential for tahr grazing. 3. Climate Change Rising temperatures pushing tahrs: To higher elevations Into smaller habitat zones. 4. Ecological Risks Fragmented populations led to: Genetic isolation Disease vulnerability Reduced resilience. Conservation Turnaround: What Changed? 1. Project Tahr (Tamil Nadu, 2023) Declared Nilgiri tahr as Tamil Nadu’s State Animal. Budget: ₹25.14 crore. Focus areas: Grassland restoration Invasive species removal Long-term population monitoring. 2. Grassland Restoration Revival of native grasses: Chrysopogon zeylanicus Tripogon wightii Enhances forage quality and soil fertility. 3. Community Integration Collaboration with Muthuvan tribe: Mapping migration routes Identifying feeding grounds Use of indigenous ecological knowledge. 4. Kerala’s Parallel Efforts Active conservation in: Eravikulam National Park Silent Valley National Park Protection of core breeding populations. Advanced Conservation Strategies (Current) 1. Translocation (Planned) Kerala considering relocation to: Suitable but under-occupied habitats. Includes: Habitat assessment Forage improvement Soft-release protocols. 2. Habitat Connectivity Mapping wildlife corridors across: Mukurthi Anamalai Glenmorgan Eravikulam Aim: Restore genetic exchange Reduce isolation. Key Concerns Going Forward Translocation risks if: Habitats are not ecologically stable. Climate change may: Shrink high-altitude grasslands further. Conservation success depends on: Landscape-level restoration, not isolated protection. Pesticides Management Bill, 2025: Revised Draft, Old Gaps Persist Why in News? Union Ministry of Agriculture & Farmers Welfare released a revised draft of the Pesticides Management Bill, 2025 on January 7, 2026. Bill seeks to replace the Insecticides Act, 1968 and its Rules framed over 50 years ago. Despite revisions, experts and civil society argue core regulatory and accountability gaps remain unaddressed. Public comments invited till February 2, 2026. Relevance GS Paper III – Environment & Agriculture Pesticide regulation Environmental health Sustainable agriculture GS Paper II – Governance Regulatory institutions Centre–State relations Accountability mechanisms Background & Evolution  1968: Insecticides Act enacted. 2008: First attempt to replace the Act. 2018: New Bill introduced. 2020: Revised Bill introduced in Rajya Sabha → referred to Parliamentary Standing Committee. 2025: Fresh draft released with limited changes. What the Bill Seeks to Do ? Regulate: Manufacture Import Sale Distribution Use of pesticides Aim (as per draft language): To “strive to minimise risk to humans, animals, non-target organisms, and the environment”. Promote: Transparency Traceability Farmer-centric regulation Biological and traditional-knowledge-based pesticides. Key Structural Changes in 2025 Draft Clauses reduced: From 65 (2020 draft) → 55 (2025 draft). Government claims: Simplification Ease of compliance. Critics argue: Weaker language, not stronger safeguards. Major Concerns & Gaps  1. Weak Role of State Governments States cannot permanently ban pesticides. Powers limited to: Temporary prohibition (max 1 year). Final decision rests with: Registration Committee (Union-controlled). Implication: States remain administrative implementers, not regulators. 2. Centralised Regulatory Architecture Registration Committee Constituted by Union Government. Members include: Drugs Controller General of India ICAR MoEFCC Dept. of Chemicals & Petrochemicals Plant Protection Advisor Reviews state prohibitions and decides continuation. Issue: Over-centralisation. Weak cooperative federalism in agriculture (State subject). 3. Central Pesticides Board – Advisory, Not Binding Functions: Recommend pesticides for inclusion. Frame: Good Manufacturing Practices Recall procedures Disposal norms SOPs for poisoning cases. Problem: Functions not embedded as enforceable legal provisions. Similar to 2020 draft → no strengthening. 4. Absence of Criminal Liability No explicit provision for: Criminal liability of manufacturers, distributors, marketers. Critical gaps in cases of: Pesticide misuse for suicides. Deliberate poisoning of lakes and water bodies. Weakens deterrence against corporate misconduct. 5. Diluted Environmental & Health Safeguards Language shift: From “minimise risk” → “strive to minimise risk”. Seen as: Lowering regulatory obligation. Creating ambiguity in enforcement. Flagged by organisations like Pesticide Action Network (PAN) India. 6. No Price Regulation Mechanism Bill silent on: Price control of pesticides. Concern: Farmers vulnerable to exploitation. Contradiction with “farmer-centric” claim. 7. Accountability & Redressal Deficit No robust: Compensation mechanism Liability framework Farmer grievance redressal authority. Weak enforcement against: Spurious pesticides Fake seeds (raised by Agriculture Minister in 2025). Government’s Justification Describes Bill as: “Farmer-centric legislation”. Focus on: Ease of living Transparency Traceability. Context: Month-long farmer complaints campaign (2025) highlighted spurious pesticides. Federalism & Governance Angle Agriculture is a State subject (Entry 14, State List). Bill reinforces: Central dominance in regulation and prohibition. Raises questions on: Cooperative federalism State capacity to respond to local agro-ecological risks. Environmental & Public Health Implications India is among the largest pesticide consumers globally. Pesticide misuse linked to: Farmer suicides Water contamination Biodiversity loss Weak regulation undermines: SDG 2 (Zero Hunger) SDG 3 (Health) SDG 12 (Responsible Consumption). Only 67 cities covered under clean air plan Why in News? A CSE–CREA report (Jan 2026) highlights that only 67 cities are covered under the National Clean Air Programme (NCAP). This is despite India having 1,878 cities with population above 4 lakh. Raises concerns over: Limited coverage of air-pollution control Chronic PM pollution across urban India Misalignment of funding priorities. Relevance GS Paper III – Environment Air pollution Environmental health Policy evaluation (NCAP) GS Paper II – Governance Public policy design Centre–State coordination Evidence-based policymaking Basics: What is NCAP? National Clean Air Programme (NCAP) launched in 2019. Nodal ministry: MoEFCC. Objective: 20–30% reduction in PM10 and PM2.5 levels (baseline 2017; later extended to 2026). Approach: City-specific action plans Non-attainment city focus Multi-sectoral coordination. Key Findings of the Report 1. Limited Coverage Cities with population >4 lakh: 1,878 Cities under NCAP: 67 Coverage ratio: ~3.6% Implication: Vast majority of polluted cities remain outside structured clean-air interventions. 2. India’s Most Polluted Cities (2025 PM2.5) Assam: Byrnihat – 90 µg/m³ Delhi NCR: Delhi – 35 µg/m³ Ghaziabad – 35 µg/m³ All far above: WHO guideline: 5 µg/m³ Indian NAAQS: 40 µg/m³ (annual PM2.5). 3. Widespread Chronic Pollution 44% of Indian cities face chronic air pollution. Driven by: Persistent emissions (transport, industry, construction) Not just episodic events (stubble burning, dust storms). 4. PM10 Dominance in NCAP NCAP primarily targets PM10, not PM2.5. Issue: PM2.5 is more harmful (penetrates lungs & bloodstreaaam). Under-addressed despite being dominant pollutant in most cities. Funding & Implementation Gaps 1. Misaligned Spending 68% of NCAP funds spent on: Roads Traffic management Limited spending on: Industrial emission control Clean energy transition Airshed-based interventions. 2. Sectoral Blind Spots Weak focus on: Industrial fuel switching Power plant emissions Construction dust beyond urban roads. Structural Problems in NCAP Design 1. City-Centric, Not Airshed-Based Pollution spreads across regions. Current model ignores: Inter-city transport of pollutants. Need for regional / airshed approach. 2. Exclusion of Industrial Towns Many polluted industrial clusters are: Outside NCAP Outside city-based governance frameworks. 3. Weak Regulatory Integration NCAP relies on: Action plans Advisory mechanisms Lacks: Binding emission reduction mandates Strong enforcement teeth. Implications Public Health Air pollution is among top risk factors for premature deaths in India. PM2.5 linked to: Respiratory diseases Cardiovascular disorders Reduced life expectancy. Environmental Governance NCAP’s limited reach questions: Equity in environmental protection Urban bias vs regional pollution realities. SDG Linkages SDG 3: Good Health SDG 11: Sustainable Cities SDG 13: Climate Action Way Forward Expand NCAP coverage to more cities & industrial clusters. Shift from: City-based → airshed-based planning. Rebalance funding towards: Industrial emissions Power plants Clean fuel transitions. Strengthen: PM2.5 monitoring Emission inventories Accountability frameworks. Drugs problem is narco-terrorism, not mere crime Why in News? Union Home Minister Amit Shah declared India’s drug problem as narco-terrorism, not just a law-and-order issue. Announcement coincides with: Launch of a 3-year national anti-drug campaign (2025–2028). Inauguration of National IED Data Management System (NIDMS) by NSG. Reflects a shift from policing approach to national security framework. Relevance GS Paper III – Internal Security Terror financing Organised crime Border security Use of technology in security GS Paper II – Governance Federal coordination Role of MHA Institutional strengthening What is Narco-Terrorism? Narco-terrorism: Use of drug trafficking networks to finance terrorism, insurgency and organised violence. Drugs → money → weapons → terror infrastructure. Recognised globally by: UNODC US DEA (since 1980s, Latin America). India’s Context: Why Drugs = National Security Threat 1. Terror Financing Link Drug profits fund: Terror outfits Cross-border insurgency Urban terror modules. Particularly relevant for: Punjab Jammu & Kashmir North-East. 2. Geographic Vulnerability (Facts) India lies between: Golden Crescent (Afghanistan–Pakistan–Iran) Golden Triangle (Myanmar–Laos–Thailand). Major trafficking routes: Western border (Pakistan-linked heroin) Eastern border (synthetic drugs, methamphetamine). Data & Enforcement Outcomes (As cited) 2014–2024 (last decade): ₹1 lakh crore worth drugs seized. Sharp rise from pre-2014 levels. 2024 alone: Major seizures of heroin, cocaine, synthetic drugs. Shows: Scale of narco-economy Growing sophistication of networks. Government’s Strategic Shift From Crime Control to Security Doctrine Earlier view: Drugs as law-and-order / social problem. Current view: Strategic conspiracy to destroy youth & economy. Narco-terrorism placed alongside: Terrorism Insurgency Organised crime. 3-Year “Drug-Free India” Campaign (2025–28) Pillars: Supply reduction: crackdown on traffickers. Demand reduction: awareness, de-addiction. Financial disruption: freezing narco-funds. Target: Youth protection Social health Economic security. Operational & Institutional Measures 1. Financial Intelligence Focus Emphasis on: Tracking narco-money flows Digital payment trail analysis Narco-terror networks depend on: Hawala Shell firms Cross-border laundering. 2. Integrated Forensics & Technology Use of: Forensic intelligence AI & machine learning for pattern analysis. Aim: Identify linkages between drugs, terror & explosives. 3. National IED Data Management System (NIDMS) Maintains data on: All IED incidents since 1999. Enables: Signature matching Pattern recognition Terror network mapping. Narco-terrorism link: Drugs → terror → explosives. 4. Database Integration (Key Facts) Existing platforms: CCTNS (crime & criminals) ICJS (justice delivery) NATGRID NIDMS complements them by: Adding explosives-terror data layer. Example data scale: ICJS: ~17.4 crore cases Prison database: ~2.2 crore prisoners Forensics database: ~31 lakh samples. Role of States & Police Shah directed: State DGPs to adopt mission-mode permanent teams. Better coordination between: Police NCB CAPFs Intelligence agencies. Emphasis on: End-to-end disruption (supply → finance → terror). Why This Approach Matters? Internal Security Narco-terrorism: Fuels terrorism without visible weapons. Weakens society internally. Treating it as crime alone is insufficient. Youth & Social Impact Drugs: Destroy demographic dividend. Create social instability. Hence framed as: Threat to future generations. International Cooperation Narco-terrorism is transnational. Requires: Intelligence sharing Financial tracking Border cooperation.

Daily PIB Summaries

PIB Summaries 09 January 2026

Content 25th All India Major Port Cultural Meet  PANKHUDI – an Integrated Digital Portal to Strengthen Partnerships for Women and Child Development 25th All India Major Port Cultural Meet  Why in News ? 25th edition of the All India Major Port Cultural Meet inaugurated on 8 January 2026. Hosted at Paradip Port, Odisha — a major maritime hub on India’s east coast. Organised under the aegis of Major Ports Sports Control Board, reflecting institutional focus on employee welfare and cultural integration. Participants: 200+ participants from 9 major ports. Theme: Cultural unity, inter-port harmony, and talent beyond professional roles. Relevance GS II (Governance): Humanising public administration; employee welfare and institutional cohesion. GS III (Infrastructure): Ports as socio-economic institutions; importance of soft infrastructure. Participating Major Ports Chennai Port Cochin Port Deendayal Port (Kandla) Jawaharlal Nehru Port (JNPA) Kolkata Port Mumbai Port Visakhapatnam Port V.O. Chidambaranar Port Paradip Port (Host) Institutional & Administrative Significance Highlights soft power within public sector institutions. Reinforces employee engagement and morale-building in strategic infrastructure sectors. Demonstrates federal cultural integration across ports located in diverse regions. Aligns with the broader governance approach of “humanising public administration”. Notable Observations Emphasis on participation over competition reflects inclusive institutional ethos. Odisha’s selection underscores its classical Odissi heritage and cultural prominence. Marks continuity of inter-port cultural diplomacy over 25 editions. Conclusion The event underscores that India’s port ecosystem integrates economic, social, and cultural dimensions, reinforcing unity among employees of strategically vital maritime institutions. PANKHUDI – an Integrated Digital Portal to Strengthen Partnerships for Women and Child Development Why in News ? Launched on 8 January 2026 by the Ministry of Women and Child Development. Introduction of PANKHUDI, an integrated digital portal for CSR and partnerships in women and child development. Aimed at strengthening transparency, convergence, and stakeholder participation using technology. Relevance GS II (Governance & Social Justice): Women–child welfare; PPP/CSR in governance; Centre–State–civil society convergence. GS II (E-Governance): Digital transparency, single-window platforms, Jan Bhagidari. What is PANKHUDI ? Full Form: Platform for Partnerships, Knowledge, and Holistic Development Initiatives (officially branded as PANKHUDI). Nature: Single-window digital partnership & CSR facilitation portal. Objective: Streamline voluntary, CSR, and institutional contributions for women and child welfare. Key Features of the Portal Single-window digital interface for: Individuals and citizens NRIs NGOs Corporate entities CSR contributors Government agencies End-to-end workflow: Registration Identification of initiatives Proposal submission Approval tracking Non-cash contributions only → enhances financial transparency and auditability. Thematic Focus Areas Nutrition Health Early Childhood Care and Education (ECCE) Child protection, welfare, and rehabilitation Women’s safety, empowerment, and livelihood support Alignment with National Vision Inspired by PM’s emphasis on: Technology as a trust-building bridge Jan Bhagidari (people’s participation) in governance Reflects Digital India + Inclusive Governance approach. Convergence with Flagship Missions PANKHUDI digitally strengthens implementation of: Mission Saksham Anganwadi & Poshan 2.0 Mission Vatsalya Mission Shakti Governance & Accountability Dimensions Common platform for Centre–State–CSR–Civil Society convergence. Enables: Better monitoring Outcome-based implementation Traceability of funds and initiatives Reduces fragmentation in welfare delivery. Scale of Impact  14 lakh+ Anganwadi Centres ~5,000 Child Care Institutions ~800 One Stop Centres (OSCs) 500+ Sakhi Niwas 400+ Shakti Sadan Directly impacts crores of women and children across India. Bottom Line PANKHUDI institutionalises CSR–Government collaboration through a transparent digital framework. Marks a shift from fragmented welfare initiatives to outcome-oriented, partnership-driven social governance in women and child development.

Daily Editorials Analysis

Editorials/Opinions Analysis For UPSC 09 January 2026

Content Central Tax Devolution & GSDP Debate Top Court’s Green Governance & Regulatory Uncertainty Central Tax Devolution & GSDP Debate Why in News ? Recommendations of the 16th Finance Commission are yet to be tabled in Parliament. Renewed debate on fairness of Centre–State fiscal transfers, especially by high-performing States. Rising concerns over GST-induced fiscal centralisation, cesses/surcharges, and skewed devolution outcomes. Relevance GS II – Polity & Governance Finance Commission and fiscal federalism Centre–State relations; cooperative vs competitive federalism GST and constitutional rebalancing of taxing powers GS III – Economy Public finance, tax devolution, inter-governmental transfers Efficiency vs equity in resource allocation Regional disparities and inclusive growth Practice Question “Tax collection does not necessarily reflect tax contribution of States.” Examine this statement in the context of the debate on using GSDP as a criterion for tax devolution. (250 words) Background: India’s Fiscal Transfer Architecture Central transfers to States occur via: Tax Devolution (as per Finance Commission recommendations) Grants-in-Aid Centrally Sponsored Schemes (CSS) 15th Finance Commission: Recommended 41% devolution of gross tax revenue to States (2020–25). Implemented fully; 16th FC awaited. Core Issues in the Current System Erosion of State Fiscal Autonomy GST subsumed major State taxes → reduced independent revenue handles. GST rate cuts → revenue uncertainty. Rise of Non-shareable Revenues Increasing use of cesses and surcharges by Centre (not devolved). CSS Dominance Tied transfers constrain State-level expenditure priorities. Equity vs Efficiency Bias Heavy reliance on: Income distance Population (often outdated base years) Frequent changes in weights → unpredictability. Regional Disparities Persist Wide variation in fiscal capacity and expenditure needs across States. Tax Contribution vs Tax Collection: The Controversy High-income States (Maharashtra, Tamil Nadu, Karnataka): Argue high contribution but low devolution. Counter-argument: Direct tax collection is location-biased: Based on PAN/registered office, not place of income generation. Distortions arise due to: Multi-State firms Migrant labour Centralised corporate registrations Absence of granular inter-State transaction data Why GSDP is a Better Proxy ? Gross State Domestic Product (GSDP) reflects: Actual economic activity Underlying tax base in a State Assumptions (largely valid): Similar tax administration efficiency across States Stable direct tax-to-GSDP ratios Empirical evidence (2023–24): Correlation: GSDP vs Direct Taxes: 0.75 GSDP vs GST: 0.91 GST being destination-based → relatively uncontroversial attribution. Devolution Outcomes (2020–25): Key Data Insights Total transfers: ₹75.12 lakh crore Major recipients: Uttar Pradesh: 15.81% Bihar: 8.65% West Bengal: 6.96% Their tax contribution (Direct + GST): UP: 4.6% Bihar: 0.67% WB: 3.99% Major contributors: Maharashtra: 40.3% contribution, 6.64% transfers Karnataka: 12.65% contribution, 3.9% transfers Tamil Nadu: 7.61% contribution, 4.66% transfers Correlation Analysis  15th FC devolution share vs actual transfers: 0.99 Devolution share vs tax collections: 0.24 (very weak) GSDP share vs tax collections: 0.81 GSDP share vs devolution: 0.58 Inference: GSDP balances efficiency (contribution) and equity (redistribution) better than current criteria. State-wise Anomalies Explained Haryana, Karnataka, Maharashtra: Tax collection > GSDP share → HQ concentration effect. Tamil Nadu: GSDP share > tax collection → production without tax booking. Winners & Losers under GSDP-based Devolution Gainers: Maharashtra Gujarat Karnataka Tamil Nadu Losers: Uttar Pradesh Bihar Madhya Pradesh Adjustments are moderate, not disruptive. Policy Implications Higher weight to GSDP would: Reflect true tax accrual Recognise States’ contribution to national income Improve perceived fairness Strengthen credibility of India’s fiscal federalism Relevant for: 16th Finance Commission deliberations GST reform debates Centre–State trust deficit Top Court’s Green Governance & Regulatory Uncertainty Why in News ? Increasing judicial intervention by the Supreme Court in environmental governance over the last decade. Concerns over regulatory uncertainty, role confusion, and policy instability arising from court-driven environmental management. Renewed debate on limits of judicial review vs executive regulation, especially in climate, pollution, and environmental clearances. Relevance GS II – Polity & Governance Judicial review vs separation of powers Role of judiciary in policy-making Accountability of regulatory institutions GS III – Environment Environmental governance and regulatory capacity Pollution control, environmental clearances Sustainable development vs precautionary principle Practice Question “Judicial intervention in environmental governance is often a response to regulatory failure but can itself become a source of uncertainty.” Critically examine. (250 words) Core Argument of the Article The Supreme Court has shifted from reviewing legality of administrative action to micro-managing environmental governance. This shift has: Weakened statutory regulators Increased uncertainty for States, industry, and citizens Blurred separation of powers Key Trends Identified From Regulator-Corrector to Regulator-Substitute Court increasingly issues continuing mandamus. Replaces regulator discretion with judicial directions. Managerial Role of Judiciary Court supervises implementation rather than correcting errors. Results in ad hoc governance rather than rule-based regulation. Illustrative Judicial Shifts Eco-Sensitive Zones (ESZs): 2022: Mandatory 1 km ESZ around protected areas. 2023: Partial dilution due to implementation challenges. Vehicle Pollution (NCR): 2015: Blanket diesel vehicle ban. 2016: Ban lifted, replaced with pollution charge. Later: Coercive scrappage rules, then narrowed to BS-IV vehicles. Firecrackers & Air Pollution: Near-total bans → festival-specific relaxations. Result: Frequent litigation, exemptions, confusion. Structural Cause: Regulatory Failure Weak enforcement Delayed notifications Poor monitoring Arbitrary exemptions → Invites judicial intervention, even if sub-optimal. Doctrinal Inconsistency Court often: Justifies intervention using consequentialist reasoning. Later retreats due to implementation backlash. Example: Vanshakti v Union of India (2025): Post-facto environmental clearances invalidated. Later reconsideration acknowledging disruption. Problem of Expertise Courts rely on: Expert committees Ad hoc definitions (e.g., “Aravalli hills”) Issues: Experts compensate for technical gaps but lack institutional continuity. Rapid constitution and dissolution of committees → policy flip-flops. Uniform judicial rules ignore ecological diversity across regions. Consequences of Judicial Overreach Uncertainty for Regulated Actors Industries face shifting compliance rules. State Capacity Erosion Regulators hesitate, anticipating judicial override. Finality Without Process Court rulings often bypass statutory sequencing. Distorted Accountability Regulators answer to courts, not legislatures or citizens. Institutional Cost Projects stalled before statutory clearance process concludes. Litigation becomes first resort, not last. Courts reshape: Who decides What evidence counts How policies evolve Suggested Corrective Approach Judicial Restraint with Regulatory Discipline Court should: Enforce statutory duties Avoid substituting policy judgment Threshold-Based Intervention Clear criteria for when court will intervene. Process-Oriented Oversight Insist on: Transparency Timelines Accountability Predictability Avoid sweeping bans. Specify evidentiary and implementation standards in advance. Broader Governance Lesson Environmental protection is best achieved by: Strong regulators Clear rules Stable enforcement Not by continuous judicial management.

Daily Current Affairs

Current Affairs 09 January 2026

Content 10–20 Minute Delivery Model & Gig Workers  ISRO and the Next Big Challenge Madhav Gadgil’s Enduring Legacy in the Nilgiris Biosphere Reserve Why Folic Acid Awareness is Key to Preventing Spina Bifida Monument Conservation Opens to the Private Sector AI-Based Citizen Participation in Budgeting 10–20 Minute Delivery Model & Gig Workers  Why in News? On 31 December, over 1 lakh gig and platform workers went on strike across India. Memorandum submitted to Union Labour Minister Mansukh Mandaviya demanding: Immediate withdrawal of 10–20 minute delivery models. Priority to worker safety, income stability, and accountability of platforms. Renewed debate on: Adequacy of four Labour Codes in protecting gig workers. Regulation of algorithm-driven work systems. Contextual relevance due to: Rapid expansion of quick commerce. Projections by NITI Aayog that 2.35 crore workers will be part of the gig economy by 2029–30. Relevance GS II (Governance & Social Justice) Labour reforms and adequacy of Labour Codes. Social security coverage of gig and platform workers. Role of State in regulating new forms of work. Worker safety, dignity of labour, and grievance redressal mechanisms. GS III (Economy, Technology & Employment) Gig economy and platform capitalism. Impact of AI and algorithms on labour markets. Employment generation vs job precarity. Urban logistics, quick commerce, and informalisation of work. What is the 10–20 Minute Delivery Model? Ultra-fast delivery promise driven by competitive business strategy, not essential consumer demand. Initiated by private platforms; replicated to avoid market loss. Relies on: Dense urban logistics. Algorithmic task allocation. High-pressure human labour rather than pure technological efficiency. Key Concerns with the 10–20 Minute Delivery Model 1. Worker Safety & Human Cost Time compression leads to: Rash driving, traffic violations, accident risks. Physical exhaustion and mental stress. Speed is extracted from workers, not created by technology. 2. Algorithmic Control & Precarity Work allocation, incentives, ratings, and deactivations controlled by opaque algorithms. Risks: Sudden ID blocking without explanation. Income volatility and psychological stress. No statutory right to explanation, appeal, or grievance redressal. 3. Unequal Risk Allocation Tech infrastructure and marketing costs treated as fixed. Labour treated as the only adjustable variable. Workers effectively subsidise platform growth through risk-bearing. Economic Context: Why Platforms Defend the Model ? Quick commerce growth trajectory: ~₹50,000 crore market (2025). Expected to reach ₹1–1.5 lakh crore in next 2 years. Industry CAGR ~28%. Online grocery market projected growth: 40–50%. Generates rapid, low-entry-barrier employment in an economy with: ~20 million new workforce entrants annually. Only ~2 million formal jobs created per year. Are the Labour Codes Adequate for Gig Workers? Structural Limitations Gig workers explicitly excluded from employee status. No entitlement to: Minimum wages. Regulated working hours. Paid leave, overtime, or collective bargaining. Social Security Provisions: Weak & Non-Mandatory Social Security Code mentions: Accident insurance, maternity benefits, welfare schemes. Issues: Non-binding nature. No guaranteed funding ratios. Registration on e-SHRAM offers identification, not assured benefits. Algorithmic Blind Spot No regulation of: Automated penalties. Task allocation logic. Deactivation decisions. Absence of transparency or accountability mechanisms. Debate: Protection vs Platform Viability Platform-Side Argument Over-regulation may: Reduce flexibility. Increase costs. Shrink gig opportunities. High attrition suggests workers value flexibility. Fear of “killing the golden goose” in a fast-growing employment segment. Worker-Centric Argument Evidence shows ~80% of gig workers are full-time. For millions, gig work is primary livelihood, not supplemental income. Core demands are basic, not radical: Predictable minimum earnings. Safety cover. Protection from arbitrary deactivation. Data and algorithmic transparency. Impact of AI on Gig Work: Future Risks AI likely to: Intensify surveillance and control. Enable faster, cheaper worker replacement. Reduce human discretion and dialogue. Workers risk becoming: More disposable. One algorithm update away from income loss. Way Forward: Regulatory Balance Avoid binary of “consumer convenience vs worker welfare”. Key policy directions: Minimum floor income and insurance mandates. Algorithmic transparency and explainability norms. Independent grievance redressal mechanisms. Shared responsibility where control implies obligation. Parallel focus on: Expanding labour-intensive manufacturing to absorb workforce surplus. ISRO and the next big challenge Why in News? Over the last decade, Indian Space Research Organisation (ISRO) has delivered high-complexity, high-credibility missions: Chandrayaan-3 soft lunar landing (23 Aug 2023). Aditya-L1 placed in halo orbit at Sun–Earth L1 (6 Jan 2024). NISAR launched with NASA (July 2025). Parallel preparation for Gaganyaan, Chandrayaan-4, and Next-Generation Launch Vehicle (NGLV). Post-2020 liberalisation of India’s space sector has exposed gaps in governance, execution capacity, and competitiveness. Relevance GS III (Science & Technology) Space technology and applications. Transition from mission-based success to institutional capacity building. Heavy-lift launch vehicles, reusability, and space competitiveness. ISRO’s Recent Performance: What Has Changed? 1. Launch Reliability Polar Satellite Launch Vehicle (PSLV): Normalised multi-satellite, multi-orbit missions. Reliable, cost-effective access to space → operational maturity. 2. Capability Leap Shift from Earth-centric missions to: Lunar surface operations. Solar physics. Human spaceflight preparation. 3. International Credibility NISAR marks: Billion-dollar, equal partnership mission. Entry into elite group executing advanced Earth-observation systems. Implication Success has raised the bar: future evaluation is about routine excellence, not isolated achievements. Core Challenges Ahead 1. Execution Capacity & Mission Bottlenecks Parallel Mission Load Human spaceflight. Advanced science missions. Satellite replenishment. Development of NGLV (beyond medium-lift Geosynchronous Satellite Launch Vehicle). Symptoms of Strain Only 5 launches in 2025 (vs projected 8). Delays linked to: Big-ticket programme prioritisation. Limited annual launch cadence. Structural Issue ISRO remains: Designer + integrator + operator. Creates a single institutional bottleneck. Systemic Risk One anomaly → cascading delays across unrelated missions. What is Needed ? Expanded integration and testing capacity. Robust industrial supply chains (structures, avionics). Clear separation of: R&D vehicles vs operational vehicles. Workflows that absorb setbacks without system-wide paralysis. 2. Governance Gap in a Liberalised Space Sector Post-2020 Institutional Architecture IN-SPACe: authorisation & promotion. New Space India Limited: commercialisation. Critical Gap Absence of a comprehensive national space law. Consequences Legal ambiguity on: Authorisation powers. Liability and insurance. Dispute resolution. ISRO pulled in as: Default regulator. Technical certifier. Commercial failures risk being socialised onto ISRO. Why a Space Law Matters ? Provides statutory authority to IN-SPACe and NSIL. Insulates ISRO from routine regulatory/commercial tasks. Ensures continuity across political and administrative cycles. 3. Competitiveness as an Ecosystem Problem Global Trends High-frequency launches. Partially reusable launch vehicles. Rapid satellite manufacturing cycles. India’s Strategic Response NGLV targeting: Reusability. ~30-tonne payload to Low Earth Orbit. Core Constraint Competitiveness is no longer purely technological. Requires: Advanced manufacturing. Production depth. High qualification throughput. Large, patient capital. Financial Stress Space-sector investment fell sharply in 2024. Hardware-heavy, long-gestation projects deter private finance. Policy Response IN-SPACe’s Technology Adoption Fund: Bridge prototype → scalable product. Reduce import dependence. Strategic Insight: From Feats to Systems Past: Individual mission brilliance. Future: Sustained, institutionalised performance. Decisive factors: Engineering capacity. Legal clarity. Industrial depth. Financial maturity — evolving together. Madhav Gadgil’s Enduring Legacy in the Nilgiris Biosphere Reserve Why in News? Madhav Gadgil, one of India’s most influential ecologists, passed away recently. Renewed national attention on: His foundational role in the Nilgiris Biosphere Reserve (NBR). His philosophy of people-centric, landscape-level conservation. Relevance for contemporary debates on: Western Ghats conservation. Community participation vs top-down environmental regulation. Sustainable livelihoods in biodiversity-rich regions. Relevance GS I (Geography & Environment) Western Ghats as a global biodiversity hotspot. Biosphere Reserves and landscape ecology. GS III (Environment & Ecology) Conservation models: people-centric vs exclusionary. Ecologically Sensitive Areas (ESAs). Human–wildlife coexistence and corridor-based conservation. Who Was Madhav Gadgil? Pioneer of ecological science and conservation biology in India. Founder of the Centre for Ecological Sciences (CES) at Indian Institute of Science, Bengaluru. Architect of participatory environmental governance in India. Chairperson of the Western Ghats Ecology Expert Panel (WGEEP). Contribution to the Nilgiris Biosphere Reserve (NBR) 1. Conceptualising India’s First Biosphere Reserve Authored the NBR concept document. Enabled designation of NBR as: India’s first Biosphere Reserve. Part of UNESCO’s Man and the Biosphere Programme (MAB). Integrated conservation with human use rather than exclusionary protection. 2. Landscape-Level Conservation Approach Moved beyond fragmented, species-specific protection. Emphasised: Ecological connectivity across forests, grasslands, and human settlements. Conservation at landscape and regional scales. Insight emerged from: Field studies on Asian elephants, highlighting the need for corridor-based conservation. 3. People-Centric Conservation Philosophy Advocated: Local communities as stakeholders, not threats. Protection of biodiversity-dependent livelihoods. Rejected fortress-style conservation. Influenced later debates on: Eco-sensitive zones. Community forest rights. Institutional & Academic Legacy 1. Building Ecological Institutions Established CES at IISc as: India’s premier ecology research hub. A cradle for interdisciplinary ecological science. Trained generations of ecologists, conservationists, and policy thinkers. 2. Western Ghats Network Programme Connected: Universities and researchers from Gujarat to Tamil Nadu. Created a pan-Western Ghats research ecosystem. Democratized ecological knowledge across regions and institutions. Policy Impact Beyond the Nilgiris Western Ghats Ecology Expert Panel (WGEEP) Chaired by Gadgil. Recommended: Zoning of Western Ghats into Ecologically Sensitive Areas (ESAs). Decentralised, participatory decision-making. Though politically contested, it: Set the intellectual benchmark for future Western Ghats governance. Why Gadgil’s Legacy Matters Today ? Climate change, habitat fragmentation, and infrastructure pressures are intensifying in the Western Ghats. Gadgil’s framework offers: A scientifically grounded yet socially just conservation model. An alternative to purely technocratic or exclusionary approaches. His work underlines that: Long-term conservation success depends on local legitimacy and ecological realism. Nilgiris Biosphere Reserve   India’s first Biosphere Reserve (declared in 1986); part of UNESCO’s Man and the Biosphere (MAB) Programme. Located at the tri-junction of Tamil Nadu, Kerala, and Karnataka in the Western Ghats. Covers diverse ecosystems: tropical evergreen forests, moist deciduous forests, shola–grassland complexes. Landscape-level conservation model integrating forests, wildlife habitats, and human settlements. Folic Acid Awareness & Prevention of Spina Bifida Why in News? Renewed public health concern following reporting on Spina Bifida, India’s most common birth defect, and the persistently low awareness about its prevention. Expert calls for: National awareness campaigns. Food fortification with folic acid. India continues to record one of the highest global prevalence rates, despite three decades of scientific evidence on prevention. Relevance GS II (Social Justice & Health) Preventive healthcare and maternal nutrition. Public health awareness failures. Role of State in reducing avoidable disabilities. GS III (Human Resource Development) Nutrition, micronutrient deficiency, and long-term productivity. Cost-effectiveness of prevention vs treatment. What is Spina Bifida? A neural tube defect (NTD) where the spinal cord fails to develop properly in early pregnancy. Occurs very early in gestation (within first 28 days). Leads to irreversible neurological damage. Magnitude of the Problem in India >25,000 children born annually with Spina Bifida. Prevalence: ~4 per 1,000 births (much higher than global best practices). India among countries with highest disease burden globally. >75% of affected children lack access to comprehensive medical care. Clinical & Social Impact Physical disability: Ranges from mild foot weakness to complete paralysis below the hips. Many children wheelchair-dependent from early childhood. Associated conditions: Hydrocephalus (excess fluid in brain). Urinary & bowel incontinence. Orthopaedic deformities (club foot). Cognitive function: No intellectual impairment — children can lead productive lives if treated. Socio-economic burden: Long-term medical costs. Caregiver burden. Loss of household income and dignity. Why Folic Acid is Critical ? Folic acid (Vitamin B9) intake: Before conception and during early pregnancy. Can prevent >70% of Spina Bifida cases. Evidence established since 1991: Medical Research Council (MRC) Vitamin Study (published in The Lancet). Cost-effective: ₹1 spent on prevention saves >₹100 in treatment and rehabilitation. India’s Policy & Awareness Gap No large-scale national awareness campaign. Limited counselling on pre-conception nutrition, especially for: Rural women. Unplanned pregnancies. Absence of: Mandatory food fortification with folic acid. Systematic education via primary healthcare systems. Represents public health negligence, given known preventability. Global Best Practices 68 countries mandate folic acid fortification in staple foods. Outcomes: Reduced Spina Bifida prevalence to <1 per 1,000 births. Combined approach: Mass awareness campaigns. Mandatory fortification laws. Emerging Research & Indian Context Exploration of universally consumed food vehicles: Salt. Tea. Preliminary Indian trial: Tea fortification with folate and vitamin B12. Published in BMJ Nutrition, Prevention & Health. Objective: Address both neural tube defects and anaemia-related neurological issues. Expert & Institutional Advocacy Strong advocacy by public health experts including: Emory University-based Center for Spina Bifida Prevention. Calls for: Primary prevention over curative focus. Integration of folic acid awareness into maternal health programmes. Way Forward Launch nationwide awareness campaign on: Pre-conception folic acid intake. Early antenatal nutrition. Introduce mandatory food fortification with folic acid and vitamin B12. Strengthen: Primary healthcare counselling. Referral and rehabilitation systems for affected children. Align with goals of: Reducing under-five mortality. Preventing avoidable disabilities and stillbirths. Monument Conservation Opens to Private Sector  Why in News? The Ministry of Culture has decided to open conservation and restoration of centrally protected monuments to private agencies. This marks a major shift as Archaeological Survey of India (ASI) will no longer be the sole implementing authority. Over 200 private heritage conservation agencies are being empanelled following a Request for Proposals (RFP). The move formally ends ASI’s exclusive mandate in monument conservation. Relevance GS I (Indian Culture & Heritage) Conservation of monuments and heritage management. Role of ASI and centrally protected monuments. GS II (Governance) Changing role of the State: implementer → regulator. Public–Private Partnerships (PPP) in public goods. Accountability and regulatory oversight. What is the New Conservation Framework? Private sector participation allowed in: Conservation. Restoration. Preservation of centrally protected monuments. Work will be carried out: Under ASI supervision. Following approved conservation plans and standards. Ministry will: Vet and empanel agencies through an internal committee. Monitor execution and compliance. How Will the System Work? Detailed Project Reports (DPRs): Prepared by expert conservation architects. Execution: Can be done by: PSU corporations. Municipal bodies. Private heritage firms. Funding mechanism: Use of National Culture Fund (NCF). Encourages CSR-based funding. ASI’s role shifts to: Approval of plans. Oversight and quality control. Ensuring adherence to conservation norms. Rationale Behind the Move Capacity constraints of ASI: Conservation work for nearly 3,700 monuments handled largely by ASI staff. Slow pace of conservation: Limited manpower and institutional bandwidth. Need to build a broader ecosystem: Create a national talent pool of conservation professionals. Utilise private expertise: Many private agencies possess advanced conservation skills and experience. Key Institutional Changes ASI transitions from: Implementer → Regulator & Supervisor. Conservation becomes: More decentralised. Potentially faster and scalable. Marks shift from a state-monopoly model to a PPP-style framework. Illustrative Case Ranthambore Fort: Among monuments where NCF is seeking private support for conservation. Indicates application to high-value, iconic heritage sites. Concerns & Criticisms Risk of commercialisation: Profit motives may dilute conservation ethics. Past experience: Corporates struggled with heritage timelines and compliance. Quality control challenges: Need to prevent cosmetic or tourism-oriented alterations. Accountability gaps: Clear liability needed in case of damage or non-compliance. Safeguards Built into the Model ASI retains: Final approval authority. Monitoring and enforcement powers. Mandatory adherence to: Conservation charters. Scientific restoration norms. No transfer of: Ownership. Monument management rights. Global Parallels United Kingdom: Churches Conservation Trust. United States: Strong role of private funding and foundations. Germany & Netherlands: Historic foundations managing heritage assets. India aligning with international best practices under regulatory oversight. AI-Based Citizen Participation in Budgeting Why in News? Haryana government has launched an AI-based Voice Feedback Portal to gather citizen inputs for Budget 2026–27. Objective: Formulate a “People’s Budget” through direct public participation. Claimed as the first-ever use of Artificial Intelligence for budget consultation within India’s administrative and democratic framework. Initiative launched at the instance of Nayab Singh Saini, Chief Minister of Haryana. Relevance GS II (Governance & Democracy) Participatory democracy and citizen engagement. Budget-making as a democratic exercise. Role of States as laboratories of governance reform. GS III (Technology & E-Governance) Use of AI in public administration. Data-driven policymaking. Digital inclusion and exclusion risks. What is the Initiative? An AI-enabled chatbot and voice-based platform allowing citizens to: Submit budget-related suggestions. Share priorities and grievances. Inputs collected live and analysed using AI tools. Aims to support data-driven budget formulation. Institutional Framework Implemented through Swarna Jayanti Haryana Institute for Fiscal Management. Role: Design and operationalise AI-based consultation. Aggregate and analyse citizen feedback for policymakers. Key Features Voice-based access: Reduces digital literacy barriers. Enables participation beyond text-based portals. AI-driven analysis: Categorisation of suggestions. Identification of recurring themes and priorities. Real-time feedback loop: Faster collation compared to traditional consultations. Why It Matters? Deepening participatory democracy: Moves beyond token consultations. Gives citizens a direct voice in fiscal decision-making. Administrative innovation: Demonstrates use of AI in core governance functions. Inclusive governance: Potential to include rural, semi-literate, and marginalised populations. Governance Significance Marks a shift from: Elite-driven budgeting → citizen-informed budgeting. Aligns with: Digital governance. Evidence-based policymaking. Sets a precedent for other States and possibly the Union government. Challenges & Concerns Representativeness: Risk of over-representation of digitally active groups. Data governance: Privacy, consent, and ethical use of citizen data. Policy translation gap: No statutory obligation to incorporate suggestions. Algorithmic transparency: Need clarity on how AI prioritises and filters inputs. Way Forward Combine AI consultations with: Offline public hearings. Gram Sabha-level discussions. Ensure: Transparency on how feedback influences budget allocations. Clear data protection safeguards. Institutionalise citizen consultation as a regular budgetary process, not a one-off experiment.

Daily PIB Summaries

PIB Summaries 08 January 2026

Content DGMS Marks 125 Years  Indusfood 2026 DGMS Marks 125 Years  Why in News ? Directorate General of Mines Safety (DGMS) celebrated its 125th Foundation Day at Dhanbad, Jharkhand. Relevance GS-III (Economy / Internal Security / Industry) Mining sector governance: Safety standards in coal, metalliferous & oil mines Occupational Safety & Health (OSH): Link with Mines Act, 1952 Sustainable industrial growth: Safe mining as prerequisite for economic growth DGMS: Basics You Must Know Established: 1902 (colonial-era origin; one of India’s oldest regulators) Ministry: Ministry of Labour & Employment Headquarters: Dhanbad, Jharkhand Mandate: Safety, health and welfare of mine workers Regulation of coal, metalliferous & oil mines Legal framework: Mines Act, 1952 Rules & Regulations framed under it Core Functions of DGMS Framing and enforcing mine safety standards Inspection of mines and accident investigation Approval of mining plans from safety perspective Training, certification & rescue preparedness Advising Centre and States on mine safety policy Institutional Reforms & Symbolism Launch of: New DGMS Logo Digital Compendium of Best Practices Purpose: Modern institutional identity Knowledge sharing & capacity building Indusfood 2026 Why in News ? Indusfood 2026, India’s flagship global Food & Beverage (F&B) sourcing exhibition, is being held in Greater Noida. Key announcements: India–UAE Food Corridor launch APEDA’s ‘Bharati Initiative’ for agri-food start-ups Reflects India’s expanding role in global food trade, food processing, and agri-exports. Relevance GS-III (Economy / Agriculture / Infrastructure) Agri-exports & food processing Export-led growth strategy: Value-added food products Role of institutions: TPCI APEDA What is Indusfood?  Event: Indusfood 2026 (9th edition) Nature: Global Food & Beverage sourcing exhibition Organiser: Trade Promotion Council of India Venue: India Expo Centre & Mart, Greater Noida Objective: Position India as a reliable global food supplier Facilitate B2B trade, sourcing, and export partnerships Institutional & Ministerial Linkage Inaugurated by Union Minister of Food Processing Industries Demonstrates: Government backing for food processing sector Integration of trade, agriculture, and industry policy Scale & Global Outreach Participation from 120+ countries Thousands of verified global buyers Presence of: International trade delegations Retail chains Global chefs & institutions Indicates India’s shift from regional exporter → global agri-food hub India–UAE Food Corridor   Launched by Abu Dhabi Food Hub Purpose: Strengthen bilateral food trade Improve supply chain efficiency Enhance food security (especially for UAE) Strategic significance: UAE as a re-export hub India as a reliable food surplus producer Part of India’s broader West Asia economic diplomacy APEDA’s ‘Bharati Initiative’ Implemented by Agricultural and Processed Food Products Export Development Authority Format: Shark Tank–style pitching Direct interaction with global buyers Focus: Agri-food start-ups Innovation, branding, value-addition Policy relevance: Aligns with Start-up India Boosts non-traditional agricultural exports Logistics & Export Infrastructure ‘Bharat Mart’ session by DP World Focus areas: Port-led logistics Cold chain integration Trade facilitation Addresses structural bottleneck: High logistics cost in agri-exports Culinary Diplomacy & Soft Power  World Culinary Heritage Conference India on a Platter Gala Dinner Role: Promotes Indian cuisine globally Links culture with commerce Example of soft power via food diplomacy Strategic Significance for India Strengthens: Export-led growth Agri-industrialisation Global value chain integration Reinforces India’s image as: Trusted food supplier Stable trade partner

Daily Editorials Analysis

Editorials/Opinions Analysis For UPSC 08 January 2026

Content Natgrid’, the search engine of digital authoritarianism Fine-tune this signal to sharpen India’s AMR battle ‘Natgrid’, the search engine of digital authoritarianism Context & Background 26/11 Mumbai terror attacks (2008): Over 160 lives lost Exposed serious intelligence coordination failures Core problem identified: Intelligence inputs existed Failure lay in fragmentation, poor aggregation, and weak institutional response Example: David Headley’s travel, visas, hotel stays created data trails No system stitched these into a preventive warning Relevance GS-III (Internal Security & Technology) Counter-terrorism architecture post-26/11 Use of big data, AI, analytics in internal security Limits of techno-solutionism in intelligence failures Shift from targeted intelligence to mass surveillance Institutional capacity vs technological capacity Practice Question Q1.“Security without accountability erodes democracy.”Critically examine this statement in the context of the expansion of NATGRID in India.(250 Words) Birth of NATGRID: The Original Rationale Psychological and political aftermath of 26/11 led to: Expansion of intelligence architecture Emergence of National Intelligence Grid (NATGRID) as the technological solution Core idea: A middleware platform Enables selected agencies to query multiple databases in real time Objective: Prevent future terror attacks through data integration Design & Scope of NATGRID Access: Initially 11 central intelligence and investigative agencies Data sources (21 categories): Identity records Travel & immigration Financial transactions Telecom metadata Property & asset databases Function: Acts as a search-and-correlation layer, not a data owner Constitutional & Legal Concerns Key constitutional question: Can a mass surveillance system function without: Parliamentary law Independent oversight? Timeline: 2009: Public announcement 2010: Cabinet concerns on safeguards and privacy 2012: Cleared by executive order + CCS, not Parliament Funding: ₹1,002.97 crore (Horizon–I) Core issue: No statutory framework No oversight mechanism From ‘Vaporware’ to Reality Long delays created belief NATGRID was symbolic Situation changed in 2025: ~45,000 queries per month Usage expanded to: State police forces Officers down to Superintendent of Police rank Shift: From elite intelligence tool → routine policing infrastructure Integration with NPR: A Structural Turning Point NATGRID reportedly integrated with National Population Register (NPR) NPR contains: Data of ~1.19 billion residents Household, lineage and demographic linkages Why this is critical: Moves from event-based intelligence To population-wide surveillance Political sensitivity: NPR closely linked with NRC debates Result: Intelligence grid becomes a citizen-mapping platform Technological Escalation: From Search to Inference Deployment of advanced analytics tools (e.g. “entity resolution” engines) Capabilities: Merge fragmented records into a single identity Link faces, telecom KYC, driving licences, travel data Transformation: From “search bar” → predictive inference system Risk: Algorithms infer intent, not just retrieve facts Two Qualitative Dangers 1. Algorithmic Bias Algorithms reflect: Biases embedded in data Prejudices of policing practices Likely outcomes: Reinforcement of caste, religious, regional profiling Disparate impact: Affluent citizens → inconvenience Marginalised individuals → detention, harassment, violence 2. Tyranny of Scale Tens of thousands of queries monthly Safeguards claimed: Logging Sensitivity classification Problem: Without independent audit, safeguards become ritualistic No parliamentary or judicial supervision Core Fallacy: Data ≠ Intelligence Intelligence failures are rarely due to: Lack of data alone Real causes: Institutional decay Poor training Lack of accountability 26/11 example: Local police lacked even basic firearms training NATGRID does not fix: Human competence Organisational incentives Political interference Judicial & Democratic Deficit Supreme Court recognised right to privacy (Puttaswamy, 2017) Yet: Surveillance systems continue expanding No final adjudication on legality of NATGRID Pending issues: Absence of enabling law Absence of proportionality tests Absence of remedies for citizens Security Narrative vs Accountability Public discourse shaped by: Political rhetoric Cultural normalisation of surveillance Questioning intelligence agencies seen as: Anti-national Consequence: Silence on accountability Even after fresh terror attacks (e.g. Delhi, Nov 2025) Overall Assessment NATGRID has drifted from: Counter-terrorism tool To everyday surveillance infrastructure Without: Parliamentary oversight Judicial scrutiny Transparency It risks becoming: An architecture of suspicion A pillar of digital authoritarianism Way Forward  Genuine prevention requires: Professional, well-trained investigation Clear statutory backing for intelligence tools Parliamentary and judicial oversight Transparency about failures, not just data accumulation Core message: Security without accountability erodes democracy Technology cannot substitute institutional integrity Fine-tune this signal to sharpen India’s AMR battle Context & Trigger In the 129th edition of Mann Ki Baat (Dec 28, 2025), Prime Minister Narendra Modi explicitly flagged Antimicrobial Resistance (AMR) as a national concern. He cited national data from Indian Council of Medical Research (ICMR) showing: Declining effectiveness of antibiotics against pneumonia and urinary tract infections. Central message: Indiscriminate and self-medicated antibiotic use is at the core of India’s AMR crisis. This is seen as a possible anagnorisis (moment of realisation) capable of catalysing mass behavioural change. Relevance GS III – Health Security & Sustainable Development Antimicrobial Resistance as a non-traditional security threat Surveillance gaps and data-driven policymaking One Health approach (human–animal–environment interface) Global health governance (WHO, GLASS) Long-term economic costs of health crises Practice Question Q1.Antimicrobial Resistance is increasingly being viewed as a silent pandemic.Discuss the reasons for its rapid spread in India and evaluate the adequacy of existing policy responses.(250 Words)   What is AMR? Antimicrobial Resistance (AMR): Occurs when bacteria, viruses, fungi or parasites evolve to resist medicines. Consequence: Common infections become harder or impossible to treat. Increased mortality, longer hospital stays, higher health costs. Global recognition: WHO classifies AMR as one of the top global public health threats. Why AMR is a Serious Problem in India India is: One of the largest consumers of antibiotics globally. Structural drivers: Over-the-counter antibiotic sales Self-medication culture Incomplete treatment courses Poor regulation of private healthcare Core contributor : Irrational use / misuse / overuse of antibiotics. Significance of PM’s Intervention AMR had remained: Confined to hospitals, laboratories, experts, and policy documents. PM’s speech: Mainstreams AMR as a public behavioural issue. Translates technical warnings into citizen-level responsibility. Why this matters: Previous policy tools (National Action Plan on AMR, drug bans) had limited mass impact. A direct appeal from the head of government can alter social norms. Behavioural Change as a Policy Tool Message delivered: Antibiotics are not casual medicines. Self-medication is dangerous. Strength: Targets the broadest base of the pyramid. Limitation: Awareness alone is necessary but not sufficient at India’s current AMR stage. The One Health Imperative AMR is a multi-sectoral problem: Human health Animal health Environment One Health approach: Recognises interlinkages between: Antibiotic use in humans Antibiotics as growth promoters in animals Environmental contamination Without this integrated approach: AMR behaves like a hydra-headed problem, regenerating across sectors. Surveillance: The Weakest Link Effective AMR control requires: Accurate, representative, nationwide data. Present limitation: Surveillance heavily skewed towards: Urban areas Tertiary care hospitals Risk: Overestimation or distortion of national AMR trends. Community-level AMR remains under-reported. India’s AMR Surveillance Architecture NARS-Net   National AMR Surveillance Network (NARS-Net): Established in 2013. Provides data to WHO’s Global Antimicrobial Resistance and Use Surveillance System (GLASS). Current status: ~60 sentinel medical college laboratories. Latest GLASS report (2023 data): Inputs from 41 sites across 31 States/UTs. Scope: Surveillance of 9 priority bacterial pathogens Some fungal pathogens. Critical Gaps Highlighted Non-urban India largely absent from datasets. Primary and secondary care centres excluded. Private hospitals not systematically integrated. Result: National AMR picture is incomplete and potentially misleading. Expert Viewpoint Dr. Abdul Ghafur (Chennai Declaration on AMR): Calls for true national representation. Advocates inclusion of: Primary healthcare Secondary hospitals Private sector facilities Rationale: Balanced, realistic estimation of resistance patterns. Evidence-based policy design. Global Framework Reference WHO Global Action Plan on AMR (2015) outlines five pillars: Improve awareness and understanding Strengthen surveillance and research Reduce infection incidence Optimise antimicrobial use Ensure sustainable investment in new drugs, diagnostics, vaccines PM’s speech: Strongly advances Pillar 1 (awareness). Missing acceleration: Pillar 2 (surveillance expansion) Pillar 4 (enforcement and regulation) What Still Needs Political Will ? Expanding surveillance sites nationwide Integrating private healthcare data Regulatory enforcement on antibiotic sales Investment in diagnostics and infection prevention Monitoring, accountability and inter-ministerial coordination Overall Assessment PM’s statement is a necessary inflection point, not a complete solution. Awareness can: Slow misuse Change social behaviour But without: Robust surveillance One Health governance Regulatory enforcement AMR will continue to rise silently. Way Forward India needs: Mass awareness + structural reform Surveillance that reflects community reality Integration of human, animal and environmental health Core takeaway: AMR is not just a medical issue; it is a governance and behavioural crisis.

Daily Current Affairs

Current Affairs 08 January 2026

Content India’s Progress on Its Climate Targets Trump–Greenland Remarks Jabarkhet Nature Reserve & Alternative Wildlife Tourism Why Silver Prices Surged ~160% in 2025 Turkman Gate Contaminated Water Crisis in Indore & Bhopal India’s Progress on Climate Targets  Why in News? Recent Aravalli judgment revived debate on environmental governance, mining, and climate commitments. Over 10 years since India’s climate pledges under the Paris Agreement, prompting evaluation of delivery vs outcomes. Updated data on emissions intensity, renewable capacity, and forest carbon sinks (ISFR 2023, CEA projections). Relevance to India’s 2070 Net Zero credibility. Relevance GS-3 | Environment & Climate Change Paris Agreement commitments, emissions intensity vs absolute emissions Renewable energy transition, coal dependence, storage bottlenecks India’s Climate Commitments (Paris, 2015) Reduce emissions intensity of GDP by 33–35% from 2005 levels by 2030. Achieve 40% non-fossil power capacity by 2030 (later raised to ~50%). Install 175 GW renewables by 2022. Create 2.5–3 billion tonnes CO₂e forest carbon sink by 2030. Principle: Common but Differentiated Responsibilities (CBDR). Emissions Intensity: Success with Caveats Achievement: Emissions intensity reduced by ~36% by 2020 (2005 baseline). Target met a decade early. Drivers: Rapid non-fossil capacity expansion (solar, wind, hydro, nuclear). Structural shift towards services & digital economy. Efficiency schemes: PAT, UJALA → measurable energy savings. Limitation: Absolute emissions remain high (~2,959 MtCO₂e in 2020). India is the 3rd largest absolute emitter globally. Conceptual Issue: Partial decoupling: GDP growth > emissions growth. Intensity ↓, but emissions ↑ in cement, steel, transport. Renewable Energy: Capacity–Generation Mismatch Headline Success: Non-fossil capacity rose from ~29.5% (2015) to ~51.4% (June 2025). Solar: ~3 GW (2014) → ~111 GW (2025). Ground Reality: Renewables contribute only ~22% of electricity generation (2024–25). Coal (~240–253 GW) still provides >70% of electricity. Reasons: Low capacity factors of solar/wind. Intermittency and grid integration limits. Delays in land acquisition and transmission. Targets Missed: 175 GW by 2022 not achieved. 500 GW by 2030 feasible but execution-heavy. Storage Deficit: Core Bottleneck CEA projection (2029–30): 336 GWh storage needed. Actual operational storage (Sept 2025): ~500 MWh. Without storage: Renewables cannot replace coal baseload. Grid stability risks increase. Forest Carbon Sink: Numbers vs Ecology Official Claim: Total forest carbon stock: 30.43 billion tonnes CO₂e. Additional sink since 2005: ~2.29 billion tonnes. Target likely met numerically by 2030. Data Issues: “Forest cover” includes: Plantations, eucalyptus, tea, mango orchards. Any land >1 ha with >10% canopy. Natural forests vs plantations not differentiated. Governance Gaps: CAMPA funds (~₹95,000 crore) under-utilised (e.g., Delhi ~23% usage). Green India Mission (Revised, 2025) equates plantations with regeneration. Climate Stress: Warming and water stress reduce actual carbon assimilation despite “greening” signals. Structural Contradictions Highlighted Intensity gains coexist with rising absolute emissions. Renewable capacity growth masks coal-centric generation reality. Forest targets met administratively, not ecologically. Coal phase-down roadmap remains opaque. The Road Ahead Battery & pumped storage scale-up at mission mode. Transparent coal transition timetable aligned with 2070 net zero. Industrial decarbonisation (steel, cement, transport). Forest governance reform: quality, biodiversity, survivability metrics. Data transparency: sector-wise, region-wise emissions tracking. Stronger Centre–State coordination on grids and land. Trump–Greenland Remarks Why in News? Donald Trump reportedly re-discussed the idea of purchasing Greenland during internal deliberations. The White House clarified: No immediate diplomatic proposal. Military action ruled out, but strategic discussions ongoing. Triggered diplomatic responses from Denmark and European leaders. Renewed global focus on Arctic geopolitics amid U.S.–China–Russia competition. Relevance GS-2 | International Relations Arctic geopolitics, great power competition (U.S.–China–Russia) Sovereignty, self-determination, international law (UN Charter) GS-1 | Geography Arctic region, climate change impact on polar routes Greenland: Strategic Profile Autonomous territory under the Kingdom of Denmark. World’s largest island; population ~56,000. Located between North Atlantic and Arctic Oceans. Hosts a key U.S. military base (Pituffik/Thule Space Base). Why Greenland Matters Geopolitically ? Arctic Military Significance Controls access to Arctic air and naval routes. Critical for: Ballistic missile early-warning systems. Monitoring Russian Arctic activity. Integral to U.S. Arctic defence architecture and NATO security. Great Power Competition Russia: Expanding Arctic military bases. Northern Sea Route militarisation. China: Self-declared “near-Arctic state”. Investments in mining, infrastructure, and research stations. U.S. concern: preventing Chinese strategic foothold in Greenland. Resource Geopolitics Rich in critical minerals: Rare Earth Elements (REEs). Uranium, zinc, iron ore. Minerals essential for: Green technologies. Defence manufacturing. Seen as alternative to China-dominated rare earth supply chains. Climate Change & Shipping Arctic ice melt opening: Shorter transcontinental shipping routes. New fishing and resource extraction zones. Greenland becomes central to future Arctic economic geography. Diplomatic & Legal Constraints Greenland’s leadership and Denmark have rejected any sale. Greenland: Right to self-determination. Increasing push for eventual independence. Any transfer would violate: Modern international norms. Sovereignty principles under UN Charter. European & NATO Reactions Denmark: Firm assertion that Greenland is not for sale. European leaders (France, Germany, Italy, Spain): Expressed solidarity with Denmark. Warned against destabilising Arctic order. Issue touches intra-NATO trust and cohesion. Why This Matters for International Relations ? Illustrates: Return of territorial geopolitics in a rules-based order. Strategic salience of climate-affected regions. Highlights: Arctic as a new theatre of great power rivalry. Tension between strategic realism vs international law. Takeaway The Greenland discussion is not about purchase, but about: Strategic denial to rivals. Long-term Arctic dominance. Reflects how climate change, resources, and security are converging to reshape global geopolitics. Jabarkhet Nature Reserve (JNR) & Alternative Wildlife Tourism Why in News? Jabarkhet Nature Reserve (JNR) near Mussoorie completed 10 years (2015–2025). Highlighted as India’s first privately owned and operated nature reserve with conservation as the primary goal. Comes amid: Debate on mass tourism vs sustainable tourism in the Himalayas. Ecological concerns over road widening, mining, deforestation (Himalayas, Aravallis). Offers a distinct third model of wildlife tourism, beyond tiger safaris and restricted national parks. Relevance GS-3 | Environment Biodiversity conservation beyond protected areas Habitat restoration, landscape-level conservation What is Jabarkhet Nature Reserve? Location: Near Mussoorie, Uttarakhand. Area: ~100 acres of restored Himalayan woodland. Ownership: Private (Jain family estate), conservation-led management. Objective: Habitat restoration. Wildlife-first access. Low-impact, affordable nature tourism. Ecological Significance High biodiversity in a small landscape: 150 bird species (e.g. Rufous Sibia, Himalayan griffon vulture). Mammals: leopard, goral, barking deer, black bear, civet, porcupine, leopard cat. Flora: Oaks, deodars, rhododendrons, walnuts. 40 fern species. Ground orchids, sundews (insectivorous plants). Hundreds of fungi, grasses, >300 flowering plants. Acts as a refuge and stepping-stone habitat in a fragmented Himalayan landscape. Alternative Model of Wildlife Tourism Dominant Models in India Safari-based tourism: Tiger reserves, gypsy safaris. Crowding around “star species”. Guided community trails: Niche, expert-driven, species-specific. JNR’s “Third Model” Self-paced walking trails. Wildlife has first right of way. No vehicles, no fixed sightings, no spectacle. Emphasis on: Natural history. Slow engagement. Low ecological footprint. Affordable access → not elitist eco-tourism. Wider Environmental Context Himalayas: Road widening → frequent landslides. Tourism-led ecological stress. Aravallis: Legal definitions enabling mining and commercial use. Implication: Every intact natural habitat matters, even small private reserves. Policy & Governance Insights Demonstrates potential of private conservation areas: Complementing state-run protected areas. Raises questions on: Regulation of “eco-tourism” labels. Incentivising genuine private reserves. Supports landscape-level conservation beyond notified parks. Takeaway JNR shows that wildlife recovery is possible without fencing, spectacle, or mass tourism, if: Habitat integrity is prioritised. Human access is restrained, not eliminated. Local communities are stakeholders, not spectators. Why Silver Prices Surged ~160% in 2025 Scale and Significance of the Surge Silver prices rose ~160% in 2025, outperforming gold. Prices crossed ₹2.4 lakh/kg by end-2025. Indicates a structural, not speculative-only, commodity rally. Relevance GS-3 | Economy Commodity markets, inflation hedging, financialisation Gold–silver dynamics, impact of global monetary policy Dual Nature of Silver: Investment + Industrial Metal Unlike gold (primarily a store of value), silver has: High industrial utility. Strong linkage with future technologies. Key demand sectors: Solar photovoltaics. Electric vehicles. Batteries and electronics. AI hardware and data centres. Industrial Demand Boom Energy transition accelerated demand: Solar panels use silver paste. EVs require silver-intensive circuitry. AI-led digital expansion: Data centres, servers, chips increased silver consumption. Result: Silver demand grew faster than supply elasticity. Supply-Side Constraints Silver production largely by-product mining (from zinc, copper). Constraints: Long gestation period for new mines. Environmental regulations. Declining ore grades. USGS additions to “critical minerals” list increased scrutiny but not short-term supply. Global Supply Mismatches London silver shortage (Oct 2025): Physical availability tightened. Spot prices spiked sharply. Structural mismatch between: Physical silver demand. Paper silver instruments. Financialisation & Investment Demand Rising gold prices spilled over into silver. Drivers: Inflation hedging. Currency depreciation fears. Safe-haven diversification. ETFs and mutual funds: Sharp inflows earlier in 2025. Some moderation later, but momentum sustained. US–China & Geopolitical Factors Trade tensions disrupted metal supply chains. Tariffs and export controls: Raised costs. Encouraged stockpiling. Silver benefited as a strategic metal in clean-tech rivalry. Comparison with Gold Gold: Safer, slower, policy-driven. Silver: More volatile. More sensitive to industrial cycles. Hence: Silver outperformed gold during tech- and energy-driven growth. Turkman Gate  Why in News? Turkman Gate has re-entered public discourse due to: Renewed interest in Delhi’s Mughal-era urban heritage. Contemporary debates on historical memory of the Emergency (1975–77). Often cited as a symbolic site associated with Emergency-era excesses, especially in urban Delhi. Relevance GS-1 | Modern Indian History Emergency (1975–77), urban history of Delhi GS-1 | Art & Culture Mughal-era urban architecture, heritage of Shahjahanabad   Historical Background Built in the 17th century during the reign of Shah Jahan. Part of the fortified city of Shahjahanabad. One of the historic gateways controlling entry into Old Delhi. Named after Shah Turkan, associated with local Sufi traditions. Cultural-religious significance: Site linked to the tomb of Shah Turkan. Popular belief associates the area with Razia Sultana (burial traditions). Urban Context (Pre-Emergency) Area developed into: Dense residential settlement over centuries. Mixed-use neighbourhood with markets and small trades. Surroundings reflected organic urban growth, typical of medieval Indian cities. Turkman Gate During the Emergency (1975–77) Emergency imposed under Indira Gandhi. Turkman Gate emerged as a major flashpoint in Delhi. Area targeted under: Slum clearance. Urban “beautification” and road-widening drives. Strong local resistance turned the site into: One of the most remembered urban episodes of the Emergency. Symbolic Significance Represents: The intersection of heritage, population, and state power. How historic urban spaces became arenas for Emergency-era policies. Frequently referenced in: Academic works. Journalism. Oral histories of Delhi. Contaminated Water Crisis in Indore & Bhopal  Why in News? At least 17 deaths in Indore linked to contaminated drinking water. Comptroller and Auditor General of India (CAG) audit highlights massive loss of treated water in Madhya Pradesh’s two largest cities. Madhya Pradesh High Court has: Declared access to clean drinking water a fundamental right. Sought a status report from the State government. Rising hospital admissions and public protests have intensified scrutiny. Relevance GS-2 | Governance & Social Justice Right to clean drinking water (Article 21) Municipal governance, accountability, judicial intervention GS-3 | Infrastructure & Public Health Urban water management, non-revenue water, service delivery failures Key Audit Findings (CAG) Massive “Non-Revenue Water” Losses Indore: Water loss: 65–70% (2013–18). Bhopal: Water loss: 30–49%. Losses include: Physical losses: pipeline leaks, joint failures, reservoir overflows. Non-physical losses: theft, illegal connections, faulty meters, wastage. Gap Between Water Drawn and Water Supplied Large discrepancy between: Raw water extracted. Water actually reaching households. CAG rejected municipal claims of lower losses as unsubstantiated. Per Capita Water Supply Below Norms Bhopal: Claimed: 135 LPCD (litres per capita per day). CAG-estimated: 122 LPCD. Indore: Target: 150 LPCD. Claimed: 105 LPCD. Actual (CAG): 58 LPCD. Indicates chronic under-delivery despite high water abstraction. Large Number of Unconnected Households As of 2018: Bhopal: ~1.43 lakh households without water connections. Indore: ~2.68 lakh households without water connections. Forces dependence on unsafe or informal water sources. Public Health Dimension Contaminated water linked to: Kidney failure. Rising hospital admissions. Health crisis exposes: Direct linkage between infrastructure neglect and mortality. Judicial Intervention Madhya Pradesh High Court observations: Clean drinking water = Article 21 (Right to Life). “No compromise” on water quality. Multiple PILs under hearing. Next hearing scheduled for 15 January 2026. Governance & Policy Significance Highlights failures in: Urban local body capacity. Infrastructure maintenance. Public service delivery. Shows importance of: Audit institutions (CAG). Judicial oversight in basic services. Raises questions on: Sustainable urban water management. Accountability of municipal corporations.

Daily PIB Summaries

PIB Summaries 07 January 2026

Content Study of stellar Twins reveal secrets of evolution and future of stars Mission 100% Electrification: Powering the Future of Indian Railways Study of stellar Twins reveal secrets of evolution and future of stars Why is it in news? A joint team from ARIES (Nainital) and PRL (Ahmedabad) studied four W Ursae Majoris–type (W UMa) contact binary stars using 1.3-m Devasthal Fast Optical Telescope (DFOT) and NASA’s TESS space telescope Results were published in the Astrophysical Journal (2026), revealing new evidence on binary star evolution, mass transfer, orbital changes, and magnetic activity. Relevance GS-3 | Science & Technology — Space Research & Astrophysics Advances understanding of stellar evolution, binary mergers, angular-momentum loss Strengthens India’s role in observational astronomy & indigenous research capacity (ARIES–PRL collaboration) Supports precision in exoplanet transit science (better stellar mass–radius calibration) Application to astrophysical modelling, space science innovation, and data-driven research Basics — What are W Ursae Majoris (W UMa) Stars? Type: Short-period contact binary systems Orbital period: Typically 0.2–1.0 days (very fast) Morphology: Dumbbell-shaped, both stars share a common outer envelope Composition: Generally low-mass, main-sequence stars Energy sharing: Thermal contact → nearly equal surface temperatures Scientific value: Natural laboratories to determine mass, radius, luminosity, temperature, angular momentum loss Key Findings Mass transfer & orbital evolution Evidence of mass exchange between stars Slight orbital period variations → angular-momentum redistribution Shared stellar envelope Stars share outer layers, confirming contact-binary energy coupling Magnetic activity & star spots Dark star spots cause asymmetric brightness (“lopsided light curves”) Strong magnetic fields + star-spot cycles Spectral emissions confirm flare-linked outer-layer activity Improved mass–radius calibration Results refine empirical relations for low-mass stars Critical for stellar structure & evolutionary models Scientific Significance Enhances understanding of: Binary star evolution & merger pathways Angular-momentum loss mechanisms Energy transport in contact binaries Supports: Exoplanet transit studies (accurate stellar radii = accurate planet sizes) Astrophysical population models Calibration of stellar evolutionary tracks Conclusion   The study of W UMa contact binaries provides high-precision evidence on mass transfer, orbital evolution, and magnetic activity, strengthening models of stellar evolution and merger pathways. It enhances India’s scientific capability in space research and improves mass–radius calibration crucial for exoplanet studies and astrophysical modelling. Mission 100% Electrification: Powering the Future of Indian Railways  Why is it in news? Indian Railways has reached ~99.2% Broad Gauge (BG) electrification as of Nov 2025 (≈ 69,427 RKM electrified out of 70,001 RKM), signalling near-completion of Mission 100% Electrification. Electrification pace rose from 1.42 km/day (2004–14) to >15 km/day (2019–25) — a 10× acceleration. Solar capacity on the network expanded from 3.68 MW (2014) to 898 MW (Nov 2025), of which 629 MW for traction and 269 MW for non-traction uses. India now ranks among the most extensively electrified rail networks globally, comparable to Switzerland (100%), and ahead of China (82%) and Japan (64%). Relevance GS-3 | Infrastructure, Energy & Economy Enhances logistics efficiency, freight competitiveness, operating cost savings Reduces diesel import dependence → strengthens energy security Demonstrates large-scale infrastructure modernisation + mechanised project execution Basics — What is Railway Electrification?  Meaning: Replacing diesel traction with electric traction powered through Overhead Equipment (OHE) and traction substations. Traction energy mix: Grid electricity + increasing share of solar and renewable power. Operational logic Higher energy efficiency (electric traction ≈ 70% more economical than diesel) Higher haulage capacity & acceleration Lower maintenance + lower dependency on imported fuel Environmental logic Reduced GHG emissions, air pollution, noise Enables future migration to green grids / RE integration Status Snapshot Network electrified: 69,427 RKM (≈ 99.2% of BG network) Electrified since 2014: 46,900 RKM Electrified share over time 2000: 24% 2017: 40% 2024: >96% 2025: ~99.2% States — Residual Sections (574 RKM pending; 0.8%) State % Electrified Balance (RKM) Rajasthan 99% 93 Tamil Nadu 97% 117 Karnataka 96% 151 Assam 92% 197 Goa 91% 16 25 States/UTs already 100% electrified. Global Positioning  Switzerland: 100% India: ~99%+ China: 82% Spain: 67% Japan: 64% France: 60% Russia: 52% UK: 39% Inference: India is among the world leaders in network-scale electrification. Solar Power Integration — Data Highlights Total solar installed: 898 MW 629 MW (≈70%) — Traction supply 269 MW — Non-traction (stations, workshops, service buildings, housing) Stations using solar power: 2,626 Outcome Reduced grid draw + electricity costs Greater energy security + decarbonisation of traction Engineering & Technology Interventions Cylindrical mechanised foundations (augering) Faster OHE mast installation, less manual excavation, superior consistency Automatic Wiring Train Simultaneous catenary + contact wire installation Accurate tensioning → higher safety, faster execution Mechanisation + standardisation Shorter project cycles, fewer failures, improved quality Why Electrification Matters ? Economic Lower fuel bill, reduced dependence on diesel imports Higher throughput → freight efficiency & logistics competitiveness Environmental Lower emissions; enables shift toward renewable-powered mobility Operational Higher speeds, reliability, and network capacity Regional development Electrified corridors catalyse industrial & rural connectivity Conclusion   Near-complete railway electrification, backed by rapid pace and large-scale solar integration, marks a major leap in infrastructure modernisation, energy efficiency, and logistics competitiveness. It significantly reduces diesel dependence and emissions, positioning Indian Railways as a global leader in sustainable, low-carbon transport transformation.

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