Autonomy in Ladakh

»     The Ladakh administration created 17 new tehsils, raising the Union Territory’s total to 32, and plans to extend the Ladakh Autonomous Hill Development Council (LAHDC) Act benefits to all seven newly designated districts through suitable legal provisions.

LAHDC

»     The Ladakh Autonomous Hill Development Councils Act, 1997 (Act No. XXXI of 1997) is a comprehensive piece of legislation enacted to provide for the establishment of Autonomous Hill Development Councils and an Inter-District Advisory Council in the Ladakh region. The Act originally extended to the whole of the Leh and Kargil districts.

»     Aim: The foundational objective of the Act is to empower local populations in the high-altitude region through decentralized governance.

Key Features of the Act:

»     Corporate Legal Entity: Each Council functions as a body corporate named the Ladakh Autonomous Hill Development Council of (name of the district), enjoying perpetual succession, a common seal, and the legal right to acquire, hold, or dispose of property, as well as to sue and be sued.

»     Composition Matrix: The Council comprises 26 members chosen via direct election based on adult suffrage from single-member territorial constituencies.

• The government can nominate up to 4 additional members from principal religious minorities and women.
• Sitting MPs and MLAs representing the region serve as ex-officio members but do not hold voting rights in Council meetings.

»     Five-Year Term & Quorum: Members serve a standard five-year term from the date of the first post-election meeting. For general meetings, a minimum quorum of ten members is required, and decisions are passed via a simple majority.

»     The Executive Council Structure: The executive powers of the Council are vested in a dedicated Executive Council.

• This body consists of the Chairman (who serves as the Chief Executive Councillor or CEC) and four members nominated by the CEC from within the Council, ensuring at least one member belongs to a principal religious minority.

»     Administrative Subordination: The Deputy Commissioner (DC) of the district serves as the Chief Executive Officer (CEO) of the Council.

»     Control Over Land and Forests: Subject to general state directions, the Council possesses direct executive powers over the allotment, use, and occupation of Khalsa Sarkar (government) land transferred to it, alongside the management of un-demarcated forests.

»     The Council Fund Mechanics: The Act establishes a distinct Council Fund operated through government treasuries. All raised revenues, allocation grants from Plan/Non-Plan budgets, and central loans are credited to this fund to finance local developmental projects.

»     Taxation and Fee Levies: The Council holds the legislative authority to levy and collect specific local taxes and fees.

»     Sovereign Dissolution Safety net: If the Governor finds that a Council is incompetent, defaulting on its legal duties, or abusing its powers, the Governor can officially dissolve the body via the Government Gazette, provided the Council is given a formal notice to respond to the charges. Reconstitution must take place within six months of dissolution.

Biogas for Energy Independence

Context: Due to recent escalation in West Asian conflicts threatening India’s liquefied petroleum gas (LPG) imports—90% of which transit through the volatile Strait of Hormuz—the Government of India has aggressively renewed its focus on domestic alternatives.

Biogas and India’s Energy Security Architecture:

»     Biogas is a highly renewable, carbon-neutral gaseous mixture composed primarily of methane (CH4), carbon dioxide (CO2), and trace volumes of other atmospheric elements produced via the biological breakdown of organic materials. When processed, purified, and pressurized, it yields Compressed Biogas (CBG), which is chemically identical to conventional fossil-derived Compressed Natural Gas (CNG).

Key Data and Statistics on Biogas in India:

»     The Hydrocarbon Import Exposure: India relies on foreign energy markets to fulfill approximately 85% of its total domestic crude oil demand.

»     Feedstock Market Distortions: The administered price for maize-based biofuels grew at a compound annual growth rate (CAGR) of 11.7% between FY22 and FY25, driving a localized corn mania that skews crop diversity.

»     The GOBARdhan Funding Baseline: Under the central ‘waste to wealth’ scheme, the government allocates capital grants of up to ₹50 lakh per district to install community-scale biogas structures.

»     The Pipeline Allocation Infrastructure Block: The government earmarked ₹994 crore specifically to set up pipeline infrastructure to inject rural biogas output directly into the national gas grid.

How Biogas is Formed?

»     Anaerobic Micro-Biological Digestion: Microorganisms biologically break down wet organic materials—such as animal manure, agricultural residues, food waste, and sewage—in the absolute absence of oxygen.

»     The Hydrolysis and Acidogenesis Phases: Complex organic polymers (proteins, carbohydrates, fats) are broken down into simple soluble compounds and converted into volatile fatty acids by specialized acid-forming bacteria.

»     The Methanogenesis Stage: Strictly anaerobic methanogenic archaea consume the intermediate volatile acids and hydrogen gas, generating methane gas as their main metabolic by-product.

»     Cryogenic Scrubbing and Compression: The raw gas is routed through scrubbing systems to remove carbon dioxide, hydrogen sulfide (H2S), and moisture, enriching the methane content to over 90% before compressing it into CBG.

The Role of Biogas as a Strategic Alternative Energy:

»     Securing Fossil Fuel Displacements: CBG serves as a direct green replacement for retail commercial transportation fuels, using local inputs to protect logistics networks from overseas trade chokepoints.

Example: Commercial networks like the India-Japan Cooperative Biogas for Growth Initiative are building large-scale utility setups across states to power green public transit lines.

»     Decarbonizing Heavy Domestic Cooking Grids: Purified biomethane can be injected directly into municipal networks to supply clean household fuel.

Example: The phased blending mandate forces direct distribution of CBG into local Piped Natural Gas (PNG) networks for home cooking.

»     Providing Decentralized Rural Electricity Storage: Remote agricultural processing units can combustion-burn raw biogas onsite to drive localized off-grid generators. Example: Distributed community plants under the GOBARdhan scheme leverage wet dung inputs to power local agricultural tool setups.

»     Generating High-Value Organic Nutrient Subsidies: The solid and liquid by-products left behind after digestion act as nutrient-rich bio-fertilizers, lowering reliance on carbon-heavy chemical inputs.

Example: Integrated bio-fertilizer plants help improve soil health across farming belts by recycling organic carbon back into the earth.

Key Challenges Associated with the Biogas Sector:

»     Severe Biomass Supply Chain Friction: Gathering seasonal crop residues like paddy straw or loose wet manure from fragmented holdings is highly vulnerable to transport delays and weather changes.

Example: High collection costs and a lack of specialized biomass balers have stalled the progress of several private sector installations.

»     Distortions to Local Food Security and Crop Patterns: Offering high prices for specific feedstock crops encourages farmers to switch to single-crop farming, threatening crop diversity.

Example: High administered pricing for maize-derived fuels has caused pulse and oilseed outputs to drop, forcing India to import more edible oils.

»     High Technical Entry Bar and Capital Bottlenecks: Installing modern, corrosion-resistant purification systems requires high upfront capital investments that are difficult for small enterprises to afford.

Example: Many rural projects are stalled because small developers struggle to secure formal credit or navigate long technical verification loops.

»     A Shortage of Direct Grid Connection Lines: Most rural biogas plants are built far from the main gas trunklines, making transport expensive unless costly new branch connections are built.

Example: Several functional units must rely on physical truck transport because they lack direct connection lines to inject gas into municipal distribution grids.

Way Forward:

»     Restructuring Feedstock Priorities Based on the Danish Model: Focus biofuel policies on using animal manure and agricultural waste rather than food crops, keeping food markets stable.

»     Replicating the Ethanol Blending Success Story: Apply the same rigorous policy monitoring, tax breaks, and guaranteed pricing models that successfully raised petrol ethanol blending to 20% by late 2025 to the CBG sector.

»     Providing Accelerated Depreciation and Tax Holidays: Introduce targeted financial incentives, such as long-term corporate tax waivers, to reduce investment risks and attract large-scale private capital.

»     Deploying the Combined ₹1,558 Crore Infrastructure Allocation: Accelerate the distribution of earmarked capital funds to purchase automated biomass machinery and build direct pipelines connecting rural plants to the national gas grid.

Conclusion:

While initiatives like the GOBARdhan scheme have built a helpful policy foundation, the slow completion rate of SATAT projects highlights that fixing logistics issues and scaling up infrastructure are essential for success. Ultimately, by shifting feedstocks toward agricultural waste and providing clear financial incentives, India can secure its energy future and transform rural waste into national wealth.

Future of Drone Research

»     The MeitY, in partnership with the Drone Federation of India (DFI), officially launched the second edition of the National Innovation Challenge for Drone Application and Research (NIDAR 2.0, 2026-27).

NIDAR 2.0

»     NIDAR 2.0 is a premier national-level innovation hackathon designed to challenge engineering students to design, prototype, and build advanced autonomous drone software and hardware components. Moving away from basic pre-built airframes, this edition focuses on indigenous avionics, secure drone operating intelligence, and microchip integration.

»     Part Of: NIDAR 2.0 operates as the flagship national innovation platform under MeitY’s broader SwaYaan Capacity Building initiative.

»     Aim: The objective of NIDAR 2.0 is to establish a self-reliant domestic drone industry by moving from simple drone assembly to manufacturing the drone’s brain inside India.

Key Operational Features:

»     Track 1: Drone Innovation (System Level): Tasks students with solving complex operational problems through autonomous systems:

»     Disaster Zone Swarms: Building fully autonomous swarm drones that can locate survivors and deliver medical supplies without relying on any external communication or cellular network.

»     GPS-Denied Navigation: Developing drones that can navigate confined, dark indoor spaces without GPS for complex industrial inspections.

»     Track 2: Component Innovation (Hardware Level): Challenges teams to build an indigenous flight controller and autopilot system using domestic electronic components. The hardware must be built around the open-standard VEGA microprocessor, designed by the Centre for Development of Advanced Computing (C-DAC).

»     Hardware Bootstrapping Support: Following initial technical evaluations, the top 100 selected teams will each receive two free VEGA processor development kits from the government to test, program, and integrate into their prototypes.

»     Expanded Incubation and Financial Rewards: Features an increased total prize pool of over ₹65 lakh.

SwaYaan Initiative:

»     SwaYaan is a comprehensive, multi-year capacity-building program launched by the central government. It is designed to create a highly skilled workforce, support advanced research, and establish academic specializations in Unmanned Aircraft Systems (UAS) and allied drone technologies across India.

»     Approval Date: Formally approved by MeitY in July 2022.

»     Aim: The objective of SwaYaan is to train a large pool of engineers, technicians, and researchers to fulfill the workforce needs of the expanding Indian drone sector.

Key Institutional Features:

»     The Hub-and-Spoke Model: Operates through a coordinated network of 30 premier academic and research institutions across India—including the Indian Institute of Science (IISc), various Indian Institutes of Technology (IITs), IIITs, NITs, C-DAC, and NIELIT nodes.

»     Five Core Technical Themes: The initiative organizes its training curriculum and laboratory research under five essential work themes:

»     Aeromechanics (Structural design, materials, and aerodynamics)

»     Drone Electronics (Power boards, speed controllers, and sensor arrays)

»     Guidance, Navigation, and Control (GNC) Algorithms and Simulation

»     Drone Applications (Agriculture, mapping, and logistics software)

»     Allied UAS Technologies (Counter-drone systems and communication encryption)

»     Massive Training Milestones: The program has successfully trained more than 51,000 individuals across various skill levels.

Indigenous Māori

During his historic state visit to Auckland, Prime Minister of India addressed the Indian diaspora and highlighted the Māori cultural concept of ‘Waka’ to symbolize the shared journey, friendship, and values defining India-New Zealand relations.

The Māori Tribe

»     The Māori are the indigenous Polynesian people of mainland New Zealand (Aotearoa). Arriving in waves of canoe voyages between 1200 and 1300 CE, they developed a distinct, rich culture rooted in tribal lineage, a deep spiritual connection to the land, and a robust oral history.

Habitat and Region Found In:

»     Primary Distribution: Concentrated across New Zealand, predominantly on the North Island, where the subtropic-to-temperate climate historically supported agriculture and fishing.

»     Ecosystem: Settled across coastal inlets, river terraces, and fertile volcanic valleys, leveraging the local waters for navigation and the dense forests for timber and wildlife.

Key Characteristics:

»     Social and Tribal Structure:

• Whakapapa (Genealogy): The foundation of Māori identity, tracing ancestry to original canoe settlers and determining inheritance, social status, and traditional land rights.
• Iwi and Hapū: Māori society is organised into Iwi (tribes) and smaller Hapū (sub-tribes) that traditionally cooperate in defence, resource management, and community affairs.
• The Marae: A sacred communal complex centred around the Wharenui (meeting house), hosting ceremonies, tribal discussions, funerals, welcomes, and cultural gatherings.

»     Physical and Artistic Traditions:

• Tā Moko (Sacred Tattooing): Traditional Māori tattooing uses intricate patterns, historically carved into the skin, to represent ancestry, tribal identity, social status, and achievements.
• Wood and Pounamu Carving: Māori artisans create elaborate carvings on houses and canoes and shape Pounamu (greenstone) into weapons, tools, ornaments, and treasured heirlooms.

»     Performative Arts and Protocol:

• The Haka: A powerful ceremonial posture dance involving rhythmic chanting and vigorous movements, traditionally linked to warfare but now used for welcomes, celebrations, and commemorations.
• The Hongi Greeting: A traditional greeting involving the touching of noses and foreheads, symbolising the sharing of the breath of life (te ha) and mutual acceptance.

Waka:

»     A Waka is a traditional Māori canoe that also symbolises shared identity, collective responsibility, and a community’s common journey towards a unified goal.

Key Technical and Cultural Features

»     Diverse Technical Classes: Traditionally crafted from large native tree trunks, Waka existed in different forms for warfare, transport, fishing, and inland navigation.

• Waka Taua: Large, elaborately carved war canoes capable of carrying dozens of warriors.
• Waka Tētē: Medium-sized utility canoes used for fishing, transporting families, and carrying goods.
• Waka Kōrari: Lightweight vessels made from flax stalks for navigating rivers and inland waterways.

»     Advanced Ocean Voyaging: Māori ancestors crossed vast Pacific distances in large voyaging canoes, navigating through stars, ocean swells, winds, and bird movements.

»     Deep Cultural Identity: Māori communities often trace their ancestry to particular ancestral Waka, linking tribal identity, genealogy, historical migration, and traditional territorial associations.

Judicial AI Framework

Context: The Supreme Court of India’s Artificial Intelligence Committee has drafted the Regulations for Use of Artificial Intelligence (AI) in Courts, 2026 to establish a comprehensive governance framework for responsible AI adoption in the judiciary.

The Draft Regulations for Use of Artificial Intelligence in Courts, 2026

The Draft Regulations for Use of Artificial Intelligence in Courts, 2026:

»     The Draft Regulations for Use of Artificial Intelligence in Courts, 2026, establish a unified structural and ethical policy framework to govern, optimize, and safely regulate the integration of AI tools across India’s judicial spectrum.

Key Summary of the Draft Framework:

»     Human Adjudicative Primacy: The policy categorically states that no final judicial outcome, judgment, order, or finding of fact/law can be reached through algorithmic decision-making alone. AI outputs remain strictly advisory and subservient to independent human evaluation.

»     The Regulatory Institutional Architecture: Governance will be led by a permanent, full-time Apex Body at the Supreme Court, composed of sitting SC and High Court judges, MeitY officials, and cyber/finance experts.

»     Mandatory Proportionality Testing: Before any AI tool is deployed, the administration must conduct a comprehensive Technical and Ethical Impact Assessment evaluating its data sourcing, cybersecurity baseline, explainability, and risk of hallucinations.

»     Strict Procurement and Vendor Audits: Private software vendors are subject to strict data-protection contracts. They are explicitly barred from using sensitive judicial data to train or fine-tune proprietary algorithms, and they cannot claim exclusive intellectual property rights over tools built on public judicial resources.

»     Localized Testing and Registers: High-risk systems must go through time-limited Controlled Environment Testing in isolated setups. Every court must also maintain an updated public AI Register and an internal AI Incident Database to track errors.

»     Enforcing Emergency Fall-Back Protocols: To protect institutional continuity, every High Court must maintain a verified manual fall-back protocol to keep the justice delivery machinery running smoothly if a core AI platform experiences a sudden technical failure.

»     Mandatory Litigant Notification: Courts are legally bound to inform litigants and their legal counsel in a timely and accessible manner whenever an approved AI application provides material assistance to a judge in handling their case.

»     Structured Grievance Redressal: Litigants who suffer direct or indirect harm due to a prohibited use of AI can file an immediate application for a formal hearing and remedial protection within the court where the system was deployed.

Best Practices in Global Judicial AI Governance:

»     The Principle of Data Minimization by Design: Mandating that judicial software tools are structurally built to process, collect, and retain only the absolute minimum amount of personal identifiers needed to complete a specific task, matching the highest international privacy standards.

»     Continuous Closed-Loop In-House Audits: Enforcing periodic, in-house technical and ethical compliance audits at intervals not exceeding one year. This ensures that source code and raw citizen datasets are never shared with or exposed to unverified third-party private contractors.

»     Dismantling Black Box Opaque Architectures: Ensuring that high-risk systems affecting personal liberty possess full algorithmic explainability, meaning the logic behind an output can be easily understood by non-technical judicial personnel and litigants.

Absolute Prohibitions on AI Use in Courts:

»     No Algorithmic Adjudication: AI is completely prohibited from functioning as an independent adjudicator or sentencing system without a mandatory Human-in-the-Loop architecture.

»     Absolute Ban on Behavioral Risk Scoring: AI cannot be deployed to calculate numerical risk scores to estimate flight risk, evaluate bail eligibility, or predict the future behavior of accused individuals.

»     Prohibition of Opaque Black Box Systems: The use of unexplainable software applications whose underlying decision logic is hidden from the user is strictly barred in all high-risk legal matters affecting personal liberty.

»     Ban on Continuous Surveillance: AI tools cannot be used for the continuous monitoring or surveillance of judicial officers, advocates, or litigants within or in connection with court premises.

»     No Undisclosed Evidence Submissions: Parties are completely barred from submitting AI-generated outputs, text, or synthetic documents as independent sources of evidence without fully disclosing their AI-assisted origin.

Significance of AI Integration in the Judiciary:

»     Drastically Minimizing Case Backlogs: Utilizing permissible automated AI tools for case filing management and defect scrutiny helps speed up administrative workflows, clearing early bottlenecks.

»     Optimizing Resource Allocation: Advanced analytical tools allow registries to track judicial performance and identify systemic delays, enabling data-driven docket prioritization and efficient caseload distribution.

»     Improving Multilingual Accessibility: Deploying validated translation applications allows complex judgments and pleadings to be converted into regional vernacular languages, supporting real-world inclusion for diverse communities.

»     Accelerating Precision Legal Research: Automated precedent retrieval, document summarization, and citation verification tools significantly reduce the manual research hours required by judges and staff.

»     Enhancing Courtroom Inclusivity Services: Integrating robust speech-to-text, automated transcription, and visual assistance interfaces helps expand equitable access to justice for specially-abled litigants and lawyers.

Conclusion:

By setting absolute prohibitions against automated sentencing and behavioral profiling, the policy successfully protects human rights from algorithmic bias. Moving forward, the success of this transition will depend on maintaining strict in-house audits, fully operationalizing the CoRE-AI research engine, and ensuring that court secretariats receive proper funding to handle technical failures without disrupting everyday court access.

Justice Without Delay

The Supreme Court has constituted four special benches to exclusively hear its oldest pending civil and criminal cases, as part of Chief Justice of India Surya Kant’s strategy to reduce judicial backlog and resolve decades-old litigation.

Supreme Court Backlog Clearance Initiative

»     The initiative is a special judicial case-management mechanism under which dedicated Supreme Court benches will exclusively hear the oldest pending civil and criminal matters without being burdened by routine fresh cases.

Key Features:

»     Four Dedicated Special Benches: Two division benches will exclusively hear the oldest civil cases, while two others will focus solely on long-pending criminal matters.

»     Three-Day Weekly Hearings: The special benches will function on Tuesdays, Wednesdays and Thursdays, which are designated as non-miscellaneous days for detailed regular hearings.

»     Focus on Legacy Cases: Priority will be given to decades-old disputes, including civil cases pending since 1986 and criminal matters dating back to 1991.

»     Uninterrupted Judicial Attention: By exempting these benches from miscellaneous hearings, judges can devote sustained attention to complex cases requiring lengthy arguments and final disposal.

Solutions Adopted by the Supreme Court:

»     Dedicated Special Benches: CJI Surya Kant has created four exclusive benches to systematically clear the oldest civil and criminal cases.

»     Structured Case Listing: Former CJI U.U. Lalit introduced separate time slots for fresh cases and long-pending regular matters to prevent older cases from being neglected.

»     Technology-Based Case Management: The SC-JUDICARE project, launched during CJI D.Y. Chandrachud’s tenure, automated case classification and grouped matters involving similar legal questions for collective hearings.

»     Special Lok Adalats and Thematic Benches: Special benches for categories such as death penalty references and dedicated Lok Adalat weeks have been used to accelerate case disposal.

Sanctuary of Debrigarh

Odisha’s Forest Minister announced that a formal proposal will be sent to the Central Government to elevate the Debrigarh Wildlife Sanctuary to the status of Debrigarh-gaur National Park.

Debrigarh Wildlife Sanctuary

»     Debrigarh is a vital, ecologically rich wildlife sanctuary spread over 353 square kilometers (with a core area of 290.65 sq km proposed for the national park). It stands out for its high density of large herbivores, absolute lack of internal human settlements, and international importance due to its significant populations of leopards, bisons, and endangered antelopes.

Location:

»     Geographic Placement: Situated in the Bargarh district of western Odisha, India.

»     Landscape Boundaries: It is flanked by the massive Hirakud Dam and Reservoir, creating a picturesque peninsula-like setting where the water body wraps around the protected forest ecosystem.

Historical Connection:

»     The sanctuary holds deep historical value tied to India’s freedom struggle. During his armed rebellion against the British East India Company, the noted freedom fighter Veer Surendra Sai made his strategic guerrilla base at a location named Barapathara nestled deep inside the sanctuary’s rugged hills.

Key Ecological Features:

»     Dry Deciduous Canopy: Dominated by tropical dry deciduous forests and extensive hillside grasslands, providing rich feeding grounds for large herbivores and other wildlife.

»     Hydrological Framing: Surrounded by the Hirakud Reservoir, the landscape contains valleys, rocky ridges, and seasonal waterfalls that provide crucial water sources during dry periods.

»     Settlement-Free Core Zone: The proposed 65 sq km national park area is free from villages, encroachments, and livestock, creating an undisturbed habitat for wildlife.

Biological Significance:

»     Debrigarh hosts Odisha’s highest density of Indian gaur, with 848 individuals, making it a crucial breeding habitat and genetic reservoir for the species.

»     Its dry deciduous forests provide secure habitat for the rare four-horned antelope (Chousingha) and diverse mammal, reptile, and amphibian species.

»     Located beside Hirakud Reservoir, Debrigarh supports 234 bird species and attracts thousands of migratory waterbirds, strengthening its conservation and ecotourism value.

SHANTI Framework

»     External Affairs Minister  launched India’s campaign for a 2028–29 non-permanent UNSC seat, unveiling the ‘SHANTI’ vision centred on international norms, mutual trust, and stronger representation for the Global South.

The SHANTI Vision

»     Introduced by External Affairs Minister, SHANTI is a strategic acronym that stands for Securing Holistic Advancement through Norms, Trust and Integrity.

»     It serves as the foundational approach and thematic blueprint for India’s 2028–29 UNSC campaign, advocating that global peace and prosperity cannot be sustained in a fragmented manner.

»     Aim: The vision aims to address the profound paradox of modern global governance, where deep economic and technological connectivity coexists with intense conflict and violence.

Key Features of the SHANTI Vision:

»     Amplifying the Global South: Focuses heavily on building an equitable world order where the voices, financial concerns, and developmental challenges of the Global South are heard and integrated into mainstream decision-making.

»     Technological and Realistic Peacekeeping: Advocates for better-equipped, technology-driven, and realistically mandated UN peacekeeping operations, while fully supporting the global Women, Peace and Security agenda.

»     Combating Transnational Threats: Prioritizes strong, coordinated international legal frameworks to combat terrorism, handle climate change impacts, and ensure comprehensive maritime security across global shipping lanes.

»     Responsible Technology Norms: Promotes the creation of transparent global norms to guide the responsible and safe deployment of emerging technologies, preventing their misuse by state or non-state actors.

»     Leveraging Development Partnerships: Emphasizes India’s practical history as a trusted development partner—evidenced by active Indian-funded infrastructure projects running across 79 countries—to promote dialogue over conflict.

India and the UNSC: History and Membership

»     The Non-Permanent Membership Framework: The UNSC has 5 permanent and 10 elected members, with non-permanent members serving two-year terms after securing a two-thirds UNGA majority.

»     Historical Service Record: India has served as a non-permanent UNSC member eight times (1950–51 | 1967–68 | 1972–73 | 1977–78 | 1984–85 | 1991–92 | 2011–12 | 2021–22), most recently during 2021–22, demonstrating its sustained role in global security affairs.

»     Unrivaled Peacekeeping Contributions: India has contributed nearly 3 lakh personnel to about 50 UN peacekeeping missions, making it one of the world’s leading contributors to international peace and security.

»     Pushing for Structural Reform: India seeks expansion of both permanent and non-permanent UNSC membership, arguing that the 1945-era structure fails to represent contemporary geopolitical realities and the Global South.

Sulphur Dioxide Insights

»     According to a new analysis, nearly 81 per cent of sulphur dioxide (SO2) emissions from coal plants within a 300-km radius of Delhi-NCR originate from facilities exempted from installing pollution control systems.

Sulphur dioxide (SO2):

»     Sulphur dioxide (SO2) is a heavy, colorless, toxic gas characterized by a pungent, suffocating odor. It is a highly reactive inorganic compound and acts as one of the primary air pollutants regulated globally under ambient air quality standards.

Major Sources:

»     Coal-Fired Power Plants: The combustion of sulphur-bearing fossil fuels—predominantly coal in thermal power generation—stands as the single largest industrial driver of (SO2) emissions.

»     Petroleum Refining & Metal Smelting: Industrial extraction processes, oil refining, and the smelting of sulphur-rich mineral ores (such as copper, zinc, and iron) release high volumes of the gas.

»     Natural Sources: Volcanic eruptions, geothermal hot springs, and the biological decomposition of organic matter in wetlands contribute to background atmospheric levels.

Atmospheric Presence and Transformation:

Once released, (SO2) can travel hundreds of kilometers across regional airsheds. In the atmosphere, it undergoes chemical reactions with water vapor, oxygen, and other compounds to form secondary pollutants:

»     Fine Particulate Matter (PM2.5): It oxidizes to form acidic sulfate aerosols, which are a major component of dangerous fine particulate matter (PM2.5) pollution.

»     Acid Rain: It dissolves easily in water droplets within clouds, converting into sulphuric acid (H2SO4) and falling as acid rain, which damages forests, soils, and aquatic ecosystems.

Public Health and Environmental Impacts:

»     Respiratory Illnesses: SO₂ irritates airways, causing coughing and breathing difficulty while worsening asthma, bronchitis, and other chronic respiratory diseases.

»     Cardiovascular Risks: By forming PM₂.₅, SO₂ indirectly increases inflammation, cardiovascular diseases, strokes, and the risk of premature death

»     Ecosystem and Crop Damage: High SO₂ concentrations damage plant tissues and photosynthesis, while acid rain depletes soil nutrients and harms aquatic life.

Key Solutions and Regulatory Measures

»     Mandatory Flue Gas Desulphurisation (FGD): Installing FGD systems in thermal plants can remove up to 95% of SO₂ emissions using lime or limestone-based scrubbers.

»     Public Continuous Emission Monitoring Systems (CEMS): Real-time public disclosure of emissions data can improve transparency, prevent manipulation, and strengthen industrial compliance.

»     Phasing Out Category C Exemptions: SO₂ can travel hundreds of kilometres; therefore, exemptions based merely on a plant’s distance from urban areas should be reconsidered.

»     Transition to Cleaner Energy: Expanding solar, wind, and battery storage can reduce dependence on coal and consequently lower India’s overall SO₂ emissions.

»     Quality Over Quantity: A monoculture plantation counts as forest cover in official statistics but delivers a fraction of the ecosystem services of a natural mixed-species stand.

»     Flawed Compensation Models: E.g., Net Present Value (NPV) under-represent the full economic cost of lost regulating and cultural services.

»     Accounting Gaps: Failed to integrate forest ecosystem services into India''s national income accounts.

»     The study recommended strengthening Compensatory Afforestation Fund Management and Planning Authority (CAMPA) to prioritize ecologically important forests and expanding Payment for Ecosystem Services (PES) to incentivize biodiversity conservation.