UPSC CURRENT AFFAIRS – 19 AUGUST 2026

Context: At least seven devotees were killed and several others injured in a tragic stampede-like incident outside the Ashok Dham Temple in Bihar’s Lakhisarai district.

About Human Stampedes in India:

What it is?

• A human stampede is a sudden, rapid, and uncoordinated movement of a mass crowd triggered by panic, excitement, perceived danger, or systemic crowd control failures. In crowded settings, when crowd density exceeds critical thresholds (typically 4 to 5 persons per square meter), progressive crowd collapse or crowd turbulence occurs, leading to compressive asphyxiation, crushing, and trampling injuries.

Key Data & Statistics on Stampedes in India:

• Dominance of Religious Congestion: According to national disaster analyses, over 75% of all fatal stampedes in India occur at religious shrines, pilgrimages, and festival congregations.
• Mortality Magnitude: National Crime Records Bureau (NCRB) data indicates that over 2,500 people have lost their lives in crowd crushes and stampede incidents across India over the past two decades.
• Mechanism of Fatality: Forensic studies reveal that compressive/traumatic asphyxiation, rather than physical trampling alone, accounts for more than 80% of deaths in crowd crushes.
• Vulnerability of Women and Children: Women, elderly devotees, and children constitute over 70% of casualties in mass religious stampedes due to physical vulnerability when segregated queues collapse.

Causes of Stampedes in India:

• Sudden Surges and Capacity Breaches: Excessive influx of pilgrims far exceeding venue carrying capacities.

Example: Simultaneous arrival of special trains at Lakhisarai dumping thousands of pilgrims at Ashok Dham Temple within minutes.

• Panic Induced by Rumours: Rapid spread of unverified panic about structural failures or hazards.

Example: Rumours of a live electric wire falling following an electric pole collapse triggering mass panic at Ashok Dham.

• Structural and Infrastructure Deficiencies: Narrow bottlenecks, faulty barricades, single-entry points, and steep steps.

Example: Bamboo barricade collapse under heavy crowd pressure causing devotees to fall on top of each other.

• Disaster-Event Ingress/Egress Mixing: Lack of unidirectional flow leading to head-on collisions between incoming and departing devotees.

Example: Bidirectional rush during peak holy hours in narrow temple corridors.

• Poor Inter-Agency Coordination: Gaps between local civil administration, transport authorities (railways/buses), and temple management boards.

Example: Unannounced train drop-offs overwhelming local police bandobast.

Challenges Associated with Crowd Management:

• Lack of Real-Time Crowd Analytics: Absence of AI-enabled density cameras and automated headcount sensors to trigger early warning diversion protocols.

Example: Visual estimates by police failing to detect dangerous pressure build-ups.

• Entrenched Faith-Driven Resistance: Devotees attempting to break queues or rush during specific auspicious astrological timings (Muhurats), resisting police discipline.
• Underdeveloped Holding Areas: Inadequate holding pens and zigzag waiting corridors outside main shrines, allowing continuous surges straight toward inner sanctums.
• Compromised Emergency Medical Access: Narrow approach roads choked with shops, unauthorized stalls, and pilgrims, preventing rapid deployment of ambulances.

Example: First responders struggling to reach injured victims during peak festival traffic.

• Informal Temple Governance: Many historical shrines lack trained private security forces, disaster management plans, or professional event controllers.

NDMA Guidelines for Crowd Management & Stampede Prevention:

• Enforce Unidirectional Crowd Movement: Design strictly segregated, one-way entry and exit routes without bi-directional crossover, ensuring continuous crowd dispersal away from the sanctum.
• Create Tiered Holding Areas & Snake Queues: Establish multi-stage holding zones with zigzag barricaded corridors outside the main shrine to break the kinetic momentum of incoming crowds.
• Establish Unified Command Centers & PA Systems: Deploy central control rooms linked with high-decibel Public Address (PA) systems and CCTV surveillance to instantly quell rumours and provide clear instructions.
• Pre-Calculate Carrying Capacity & Regulate Inflow: Fix strict carrying capacities for shrines, utilizing time-slotted online passes, wristbands, or physical token distribution during peak festivals.
• Mandatory Disaster Management Plans & Medical Corridors: Mandate that every major shrine maintain an approved Event Disaster Management Plan, dedicated green corridors for ambulances, and on-site emergency first-aid posts.

Conclusion:

The tragic loss of life at Ashok Dham Temple highlights the urgent necessity of treating crowd management as a core disaster-risk reduction discipline. Implementing NDMA guidelines—specifically capacity ceilings, unidirectional routing, holding infrastructure, and rapid rumour-dispelling protocols—is critical for pilgrim safety. Ultimately, harmonizing technological surveillance with proactive administrative planning is vital to ensure that religious faith is matched with human safety and dignity.

Context: Economist Jean Drèze highlighted a sharp contraction in rural employment generation during the transition from the repealed Mahatma Gandhi National Rural Employment Guarantee Act (MGNREGA), 2005 to the new Viksit Bharat–Guarantee for Rozgar and Ajeevika Mission (Gramin) (VB-G RAM G) Act, 2025

About The Employment Guarantee in Limbo:

What It Is?

• The phrase refers to the administrative paralysis, procedural friction, and collapse of worksite demand created during the legal transition from MGNREGA to the VB-G RAM G Act, 2025.
• Despite statutory expansion of the legal guarantee from 100 to 125 days per household and an enhanced nominal budget, bureaucratic delays in notifying operational rules, shifting from a pure demand-driven funding model to pre-fixed state allocations, and new compliance mandates have temporarily stalled rural work creation.

Key Data & Statistics:

• Steep Decline in Person-Days: During April–July 2026, total employment generated under the rural guarantee was only 70 crore person-days, representing a 43% drop compared to the average of 2024–25 (128 crore) and 2025–26 (119 crore).
• July 2026 Performance: Employment generation reached only 8.3–9 crore person-days in July 2026, down by over 40% compared to July 2025.
• Severe Contraction in Poorest States: In 10 out of 19 major states—including Uttar Pradesh, Madhya Pradesh, and Jharkhand—work generation declined between 60% and 85%, coming to a virtual standstill during the summer slack season.
• Unprecedented Budget Disconnect: The Union Budget 2026–27 allocated ₹95,692 crore for VB-G RAM G (with a total projected outlay of ~₹1.5 lakh crore including 40% state shares), yet ground-level work execution stalled.

Key Features: MGNREGA vs. VB-G RAM G Act

Causes Behind the Transition Crisis:

• Delayed Rule-Making and Policy Void: Although the Act was passed in December 2025, draft rules were released only in late May 2026 and finalized at the end of June, leaving local administrations without operational guidelines from April to June.
• Fiscal Burden of the 60:40 Cost-Sharing Split: Shifting 40% of wage costs onto state governments led cash-strapped states to hesitate or slow down work approvals and fund releases.
• Technological Bottlenecks (Facial Recognition & Biometrics): Mandatory worksite facial recognition and digital muster rolls caused exclusion and delays in remote rural areas with poor connectivity.
• Pre-Fixed Spending Ceilings: Moving away from a pure demand-driven model toward normative allocations incentivized district administrations to artificially suppress work opening to stay within budget ceilings.
• Disruption During Summer Peak: Because the transition coincided with the pre-monsoon agricultural slack season (which historically generates nearly 50% of annual person-days), rural laborers had few alternative employment options.

Way Forward:

• Streamlining Centre-State Financial Releases: Establish a dedicated revolving fund at the state level to ensure smooth wage disbursements without waiting for state-share reconciliations.
• Flexible Worksite Verification Protocols: Implement robust offline authentication alternatives and non-biometric muster roll backups to prevent technical glitches from blocking work.
• Restoring Pure Demand-Driven Principles: Treat pre-fixed normative allocations as indicative planning benchmarks rather than rigid expenditure caps when rural unemployment spikes.
• Capacity Building for Gram Panchayats: Provide digital infrastructure and administrative training to Panchayat secretaries to formulate and execute the Viksit Gram Panchayat Plan efficiently.
• Continuous Social Audits & Grievance Redressal: Institutionalize regular independent social audits and enforce mandatory unemployment allowances when work is not provided within 15 days of demand.

Conclusion:

The transition to the VB-G RAM G Act, 2025 was intended to modernize rural safety nets by expanding guaranteed workdays and creating durable infrastructure. However, administrative delays and cost-sharing bottlenecks resulted in a significant contraction in rural work during peak demand months. Addressing financing frictions, simplifying digital compliance, and protecting workers’ legal right to demand work are vital to making India’s rural employment guarantee an effective safety net.

Context: The Ministry of Environment, Forest and Climate Change (MoEFCC) released a Regional Action Plan for Comprehensive Understanding and Management of Human-Elephant Conflict during the 23rd Steering Committee Meeting of Project Elephant.

About Methods to Reduce Human-Elephant Conflict:

What It Is?

• Human-Elephant Conflict (HEC) refers to negative interactions between humans and elephants that result in human or elephant deaths, injuries, crop and property damage, and livelihood losses.

Key Recommendations:

• Control Invasive Plant Species: Use mechanical removal, carefully regulated herbicides and biological control agents to suppress invasive plants that displace elephants’ natural food sources. Chemical and biological methods should undergo safeguards and risk assessment to protect non-target species.
• Conflict-Based Landscape Zoning: Divide elephant landscapes into Elephant Conservation Zones, Human-Elephant Co-existence Zones and Human-Elephant Management Zones, based on land use and conflict intensity.
• Restore Elephant Habitats: Improve core habitats through fodder enrichment, water augmentation and ecological restoration, reducing the need for elephants to enter farms and settlements.
• Protect Corridors & Plan at Landscape Level: Strengthen management of elephant corridors and movement routes through ecological assessments and coordinated landscape planning.
• Spatial Conflict-Risk Assessment: Map conflict hotspots and land-use patterns to enable location-specific preventive interventions rather than a uniform strategy.
• Community-Based Conflict Management: Strengthen local participation and institutional capacity so communities living near elephant habitats become active partners in conflict mitigation.
• Targeted Management in High-Conflict Areas: In human-dominated landscapes experiencing chronic conflict, consider measures such as translocation or rehabilitation of problematic elephants, alongside technological and adaptive management.

Significance:

• Habitat restoration and invasive-species control improve natural food availability, potentially reducing elephant movement into agricultural areas.
• Conflict zoning allows interventions to vary between core forests, forest-settlement interfaces and human-dominated landscapes.
• Combining ecological restoration, community participation and risk assessment can protect human lives, livelihoods and elephant populations.

Relevance in UPSC Examination

GS Paper II – Governance:

• Role of the MoEFCC, institutional coordination and community participation in environmental governance.

GS Paper III – Environment:

• Biodiversity conservation, wildlife protection, human-wildlife conflict, invasive alien species, habitat and wildlife corridor management.
• Community-based risk reduction, technological interventions and mitigation of wildlife-related risks.

Context: The Department of Defence Production (DDP), Ministry of Defence, has notified the 6th Positive Indigenisation List (PIL) containing 405 strategically important defence items with an estimated business potential of ₹3,070 crore.

About The Positive Indigenisation List (PIL):

What It Is?

• A Positive Indigenisation List (PIL) is an official negative import list/procurement embargo list notified by the Ministry of Defence. Once an item reaches its specified indigenisation deadline, the Indian Armed Forces,

Governed Under & Institutional Framework:

• Nodal Ministry & Department: Department of Defence Production (DDP) and the Department of Military Affairs (DMA), Ministry of Defence (MoD).
• Policy Framework: Defence Acquisition Procedure (DAP) and the Aatmanirbhar Bharat Abhiyan (Make in India in Defence).
• Digital Enabler: Hosted and operationalized through the SRIJAN Portal, launched in August 2020 to display items available for domestic development.

Aim: To systematically eliminate import dependence in defence procurement, foster domestic manufacturing capabilities across MSMEs and private startups, encourage indigenisation of critical sub-systems and raw materials, and establish India as a global defence manufacturing hub.

Key Features of the Positive Indigenisation Lists:

• Phased Import Embargo Timelines: Every notified item carries a progressive, legally binding cut-off year beyond which foreign imports are prohibited, providing private industry sufficient lead time to develop and test prototypes.
• Dual-Track Classification:
  • DMA Lists: Cover major end-user weapon platforms (e.g., artillery guns, corvettes, radars, transport aircraft).
  • DDP Lists: Focus on sub-assemblies, Line Replaceable Units (LRUs), high-precision sensors, ammunition types, and specialized raw materials for DPSUs and Coast Guard assets.
• Execution Through the ‘Make’ Category: Indigenisation is executed through mechanisms such as Make-I (government-funded), Make-II (industry-funded prototype development), and Make-III (substitute procurement), alongside in-house DPSU initiatives.
• Digital Integration via SRIJAN Portal: DPSUs and Service Headquarters upload specifications, technical drawings, and demand volumes of imported items onto the SRIJAN portal, enabling Indian private vendors and startups to express development interest.
• Quality Assurance & Guaranteed Procurement: Domestic vendors that successfully develop, test, and qualify the items according to military standards receive guaranteed procurement orders from the armed forces and DPSUs.

Context: Abdolnasser Hemmati, Governor of the Central Bank of Iran, announced that Iran is advancing toward official membership in the BRICS New Development Bank (NDB).

About The BRICS New Development Bank (NDB):

What It Is?

• The New Development Bank (NDB)—formerly called the BRICS Development Bank—is a multilateral development bank (MDB) established by the founding BRICS nations.
• Headquartered in Shanghai, China, it provides loans, equity participation, guarantees, and technical assistance to finance sustainable infrastructure and green development projects across emerging markets and developing countries (EMDCs).

History & Formation

• Proposal (2012): The idea for a South–South development bank was first mooted by India at the 4th BRICS Summit in New Delhi (2012).
• Formal Agreement (2014): Member nations signed the formal Agreement establishing the NDB on July 15, 2014, during the 6th BRICS Summit in Fortaleza, Brazil, accompanied by a $100 billion Contingent Reserve Arrangement (CRA).
• Operationalization (2015): The bank entered into force in July 2015, with India’s K. V. Kamath appointed as its first elected President.
• Regional Hubs: Established regional offices in Johannesburg (South Africa), São Paulo (Brazil), Moscow (Russia), and GIFT City, Gujarat (India).

Membership & Shareholding Architecture:

• Founding Members (Equal Voting): Brazil, Russia, India, China, and South Africa (each initially contributed an equal share of the $50 billion subscribed capital).
  • Unlike the Bretton Woods institutions, no single member possesses veto power, and each founding member exercises equal voting rights.
• Expanded Members: Open to all United Nations member states (with the rule that founding BRICS nations must retain at least 55% of total voting power). The bank has expanded to admit:
  • Bangladesh (admitted 2021)
  • United Arab Emirates (admitted 2021)
  • Egypt (admitted 2021/2023)
  • Algeria (admitted 2024)
  • Uzbekistan (admitted 2026)

Key Functions of the NDB:

• Financing Sustainable Infrastructure: Extends long-term sovereign and non-sovereign loans, equity financing, and credit guarantees to critical public works, including clean energy, transport networks, water management, and digital infrastructure.
• Promoting Local Currency Lending: Provides financing denominated in members’ domestic currencies to insulate emerging economies from foreign exchange volatility and global interest rate shocks.
• Green & Climate Financing: Prioritizes climate-resilient projects and issues green financial bonds to support renewable energy transitions and environmental social governance (ESG) standards.
• Emergency & Counter-Cyclical Relief: Operates emergency assistance facilities to offer counter-cyclical budgetary support to member economies facing severe macroeconomic shocks or public health emergencies.
• Technical & Project Advisory Assistance: Delivers technical assistance, feasibility studies, and institutional capacity-building support to accelerate project preparation in developing nations.

Context: The PM CARES Fund released its delayed FY 2023-24 and 2024-25 audited statements, showing expenditure of just ₹87.85 lakh in FY25, against ₹1,279.9 crore income and an ₹8,452.06 crore closing balance.

About The PM CARES Fund:

What It Is?

• The Prime Minister’s Citizen Assistance and Relief in Emergency Situations Fund (PM CARES Fund) is a dedicated national public charitable trust set up to provide assistance, emergency relief, and rehabilitation during public health crises, natural calamities, or man-made disasters.

Established In & History:

• Established On: Registered on March 27, 2020, under the Registration Act, 1908 in New Delhi.
• Historical Context: Constituted in the wake of the global COVID-19 pandemic to create a specialized, flexible national corpus for healthcare infrastructure augmentation, indigenous medical research, and direct financial relief for affected citizens.

Aim: To undertake and support relief or assistance of any kind relating to a public health emergency, calamity, or distress situation—including upgrading healthcare and pharmaceutical infrastructure, funding critical research, and rendering direct financial grants to distressed populations.

Key Features of the PM CARES Fund:

• Ex-Officio Trusteeship & Pro Bono Governance: Chaired by the Prime Minister of India (ex-officio), with the Ministers of Defence, Home Affairs, and Finance as ex-officio trustees, alongside eminent nominated trustees who serve entirely in a pro bono capacity.
• Exclusively Voluntary Contributions: Operates without any budgetary allocations from the Government of India, relying entirely on voluntary contributions from individuals, organizations, and public/private entities.
• 100% Tax Exemption Under Section 80G: Donations qualify for a 100% tax exemption under Section 80G of the Income Tax Act, 1961 for donors.
• Corporate Social Responsibility (CSR) Eligibility: Qualifying contributions from companies are recognized as eligible Corporate Social Responsibility (CSR) spending under Schedule VII of the Companies Act, 2013.
• FCRA Exemption for Global Inflows: Granted an exemption under the Foreign Contribution (Regulation) Act (FCRA), maintaining a dedicated bank account to accept international donations from overseas individuals and institutions (similar to the Prime Minister’s National Relief Fund – PMNRF).

Context: India launched its first-ever comprehensive Guide to Grasslands and Other Open Natural Ecosystems (ONEs) of India during an official side event at the 17th Session of the Conference of the Parties (UNCCD COP17) in Ulaanbaatar, Mongolia.

About India Launches First-Ever Guide to Grasslands and Other Open Natural Ecosystems:

What It Is?

• An authoritative, first-of-its-kind national knowledge framework and conservation reference document that maps, classifies, and details the rich diversity, ecological services, fire ecology, carbon sequestration potential, and socio-economic importance of India’s non-forest open biomes.

Definitions: Grasslands & Open Natural Ecosystems (ONEs):

• Grasslands: Terrestrial biomes dominated by continuous or semi-continuous herbaceous vegetation—primarily grasses (Poaceae), sedges, and forbs—with little to no tree canopy cover, maintained naturally by distinct climatic regimes, wild/domestic grazing pressure, and natural fire cycles.
• Open Natural Ecosystems (ONEs): A broader umbrella classification covering diverse non-forest landscapes naturally characterized by open canopies and low tree densities, including:
  • Cold and hot deserts (e.g., Thar, Spiti, Ladakh)
  • Tropical and sub-tropical savannas and scrublands
  • Saline wetlands and desert flats (e.g., Banni, Rann of Kutch)
  • Ravines and badlands (e.g., Chambal)
  • Rocky lateritic plateaus and high-altitude alpine meadows (Bugyals and Margas)

Launched At: The 17th Conference of the Parties (COP17 to UNCCD) in Ulaanbaatar, Mongolia.

Aim: To reclassify grasslands as valuable ecosystems, integrate them into biodiversity frameworks, and promote science-based restoration to meet India’s Land Degradation Neutrality (LDN) commitments.

Key Features of the Guide:

• Nationwide Geographic & Ecological Mapping: Documents the spatial distribution and ecological characteristics of major non-forest biomes across India—from Himalayan alpine meadows and Terai flood grasslands to Deccan savannas, Banni plains, and Thar desert scrublands.
• Thematic Scientific Sections: Features detailed analyses on pastoral mobility, rangeland dynamics, fire ecology, below-ground soil organic carbon (SOC) sequestration, and hydrology.
• Integration of Indigenous & Community Governance: Documents traditional community-conserved rangelands such as Orans (sacred groves), Gauchars (village commons), and pastoral grazing systems managed by nomadic and semi-nomadic tribes.
• Correction of Flawed Afforestation Approaches: Emphasizes that planting trees in naturally open, treeless biomes damages endemic biodiversity, alters groundwater tables, and degrades unique grassland ecosystems.
• Tool for LDN & Target 15.3 Implementation: Provides standardized scientific metrics and restoration guidelines to help policymakers, forest departments, and researchers meet India’s commitments under UNCCD and SDG 15.3.

Context: The Democratic Republic of the Congo (DRC) is facing its deadliest Ebola outbreak, with over 2,300 deaths and nearly 5,000 cases, driven by the rare Bundibugyo strain, which lacks approved vaccines or targeted treatments.

About The Democratic Republic of the Congo (DRC):

What It Is?

• The Democratic Republic of the Congo (DRC) (formerly Zaire, 1971–1997) is a sovereign nation in Central Africa and the second-largest country in Africa by land area (after Algeria).
• Endowed with extensive mineral wealth (including the world’s largest reserves of cobalt, alongside copper and industrial diamonds) and the vast Congo rainforest, it gained independence from Belgium in 1960.

Location: Central Africa, straddling the Equator with a narrow 25-mile coastline on the Atlantic Ocean.

Capital: Kinshasa.

Bordering Nations: The DRC shares land borders with nine countries: Central African Republic, South Sudan, Uganda, Rwanda, Burundi, Tanzania, Zambia, Angola (including the Cabinda exclave) and the Republic of the Congo.

Key Geographical Features:

• The Vast Congo Basin & Drainage System: Dominated by the Congo River, which arcs across the Equator twice; its massive basin covers over 3.46 million sq km and sustains the world’s second-largest tropical rainforest (Cuvette Centrale).
• Western Rift Valley (Albertine Rift): The eastern frontier forms the western arm of the East African Rift System, featuring African Great Lakes—Lakes Albert, Edward, Kivu, and Tanganyika (the world’s second-deepest lake).
• Glaciated Peaks & Active Volcanism: Hosts the snow-capped Ruwenzori Range, reaching the country’s highest elevation at Margherita Peak (5,109 m), alongside the active Virunga volcanic chain (including Mount Nyiragongo).
• Elevated Peripheral Plateaus: Bordered on the south and north by high plateaus, notably the mineral-rich Katanga (Shaba) Plateau in the southeast (yielding copper and cobalt) and the Ubangi-Uele Plateau in the north, which forms the watershed divide between the Congo and Nile river basins.

Major Ebola Hotspots in DRC:

• Ituri Province: The primary epicenter of the current Bundibugyo outbreak (notably around the Bunia area).
• North Kivu & South Kivu: Conflict-affected eastern provinces bordering Rwanda and Uganda, historically vulnerable to high transmission and cross-border spread.
• Haut-Uélé & Bas-Uélé: Northern provinces along the border with South Sudan and the Central African Republic.
• Tshopo: Central province along the upper Congo River (surrounding Kisangani), marking westward expansion of the virus.