Content Dam Rehabilitation in India: Strengthening Infrastructure through Policy and Technology Dam Rehabilitation in India: Strengthening Infrastructure through Policy and Technology Why in News? Press Information Bureau highlighted that India, with 6,628 specified dams, has the third-largest large dam network in the world. Since over 26% of these dams are more than 50 years old, rehabilitation and safety upgrades have become critical for national water security. The government is implementing the Dam Rehabilitation and Improvement Project (DRIP) and the Dam Safety Act, 2021, supported by DHARMA, instrumentation, and Early Warning Systems to strengthen structural integrity, disaster preparedness, and real-time monitoring. Relevance GS Paper 2: Governance, statutory authorities, and cooperative federalism. GS Paper 3: Disaster management, climate resilience, and infrastructure technology. Practice Question “Ageing dam infrastructure and climate variability have made dam safety a critical governance and disaster management issue in India.” Discuss with reference to DRIP and the Dam Safety Act, 2021. (15 Marks, 250 Words) Static Background Importance of Dams Dams support irrigation, hydropower, flood moderation, drinking water supply, and industrial use. They are foundational to India’s food, water, and energy security and have significantly contributed to agricultural productivity and regional economic development. India’s reservoirs together provide approximately 330 billion cubic metres (BCM) of storage capacity, enabling drought mitigation, flood cushioning, and regulated water availability across seasons and climatic extremes. Historical Legacy Kallanai (Grand Anicut), built during the Chola period and functioning for nearly 2,000 years, demonstrates India’s long-standing expertise in hydraulic engineering and sustainable infrastructure maintenance. Current Status of Dams in India National Dam Inventory India has 6,628 specified dams, including 6,545 operational and 83 under construction. This vast network underpins irrigation systems, hydroelectric generation, and flood control across multiple river basins. About 98.5% (6,448 dams) are owned by State Governments, making dam safety a prime example of cooperative federalism involving central policy guidance and state-level implementation. Age Profile Approximately 1,681 dams (26%) are more than 50 years old, while 291 dams have crossed 100 years, increasing vulnerability to structural deterioration, seepage, and design obsolescence. Another 42% fall within the 25–50 year age bracket, indicating that a large majority of India’s dams require regular modernization and lifecycle-based maintenance. Sedimentation and Capacity Loss Analysis by the Central Water Commission of 439 reservoirs shows an average 19% loss of gross storage capacity due to sedimentation, reducing irrigation potential and flood-buffering ability. The annual storage loss is estimated at 0.74%, equivalent to approximately 1.81 million cubic metres per reservoir per year. Dam Rehabilitation and Improvement Project (DRIP) Overview DRIP is one of the world’s largest dam rehabilitation programmes, focusing on structural repairs, spillway modernization, instrumentation, and operational improvements using a systematic risk-based approach. DRIP Phase I (2012–2021) Implemented with World Bank support, Phase I covered 223 dams across seven States, strengthening institutional capacity and introducing Emergency Action Plans and digital monitoring systems. DRIP Phase II and III (2021–2031) DRIP Phase II and III have a total outlay of ₹10,211 crore, jointly financed by the World Bank and the Asian Infrastructure Investment Bank. The programme covers 736 dams across 19 States and three central agencies, reflecting India’s shift from ad hoc repairs to lifecycle-based asset management. As of 31 March 2025, expenditure reached ₹2,225 crore, and major physical rehabilitation works were completed at 43 dams. Constitutional and Legal Framework Constitutional Linkages Article 21 guarantees the right to life, which includes protection from avoidable disasters such as dam failures and sudden flood releases. Article 48A directs the State to protect and improve the environment, including sustainable river and reservoir management. Article 51A(g) makes it a Fundamental Duty to protect natural resources and maintain ecological balance. Dam Safety Act, 2021 The Act came into force on 30 December 2021, creating a statutory framework for surveillance, inspection, operation, and maintenance of specified dams. A specified dam includes those above 15 metres, or 10–15 metres if they satisfy prescribed technical criteria. Institutional Framework National Committee on Dam Safety (NCDS) NCDS is the apex policy body responsible for formulating standards, regulations, and technical guidelines to ensure uniform dam safety practices across India. National Dam Safety Authority (NDSA) NDSA acts as the implementing and regulatory authority, monitoring compliance and resolving technical and inter-State safety issues. State Dam Safety Organisations (SDSOs) All 31 dam-owning States have established SDSOs, responsible for surveillance, inspections, and enforcement of safety measures at the state level. Technology and Digital Governance DHARMA Platform Dam Health and Rehabilitation Monitoring Application (DHARMA) is a web and mobile platform for centralized data management, inspections, and dam safety documentation. All 6,628 specified dams have been registered on DHARMA, enabling evidence-based and transparent safety management. Real-Time Monitoring Instrumentation systems measure seepage, uplift pressure, and structural deformation, while Early Warning Systems enable timely alerts to downstream communities. Inspections and Risk Screening Approximately 13,000 inspections are conducted annually, and 5,553 dams have undergone Rapid Risk Screening to prioritize rehabilitation needs. Governance and Administrative Significance Statutory Accountability Dam owners must establish safety units, prepare Operation and Maintenance Manuals, Emergency Action Plans, and allocate dedicated funds for repairs and modernization. Cooperative Federalism Since States own most dams, the Act creates a harmonized national framework while preserving state ownership and operational responsibility. Penalties for Non-Compliance Obstruction or failure to comply with statutory directions can lead to imprisonment up to one year, extendable to two years if negligence endangers human life. Economic Significance Agriculture and Food Security Dams provide irrigation to vast agricultural regions, stabilizing crop production and rural incomes, especially in water-stressed and monsoon-dependent areas. Energy Security Hydropower generated from reservoirs supports renewable energy goals and provides peaking and balancing power for grid stability. Reduced Disaster Losses Preventive rehabilitation lowers the risk of catastrophic failures that can cause extensive losses to infrastructure, livelihoods, and public finances. Environmental and Climate Dimensions Climate Variability Extreme rainfall, prolonged droughts, and altered hydrological patterns challenge original design assumptions and increase operational uncertainty. Sedimentation and Ecosystem Impacts Reservoir siltation reduces storage capacity, while altered river flows affect sediment transport and downstream ecosystems. Climate Resilience Modernized spillways, seismic retrofitting, and dynamic reservoir operation improve resilience to future climate and geophysical risks. Science and Technology Dimension Advanced Instrumentation Sensors and telemetry systems provide continuous monitoring of structural stress, seepage, and reservoir conditions, enabling predictive maintenance. Centres of Excellence Indian Institute of Technology Roorkee and Indian Institute of Science Bengaluru are leading research and training institutions for dam safety. Malaviya National Institute of Technology Jaipur hosts the National Centre for Earthquake Safety of Dams. Social and Disaster Management Significance Community Safety Emergency Action Plans and Early Warning Systems protect downstream settlements by enabling timely evacuation and coordinated response. Public Confidence Transparent digital monitoring and statutory oversight enhance trust in public infrastructure and disaster governance institutions. Challenges and Constraints Large-scale rehabilitation requires substantial and sustained financial investment. Many States face shortages of specialized engineers and technical expertise. Procurement delays and contractor bottlenecks can slow implementation. Sedimentation and climate impacts demand basin-wide planning beyond structural repairs alone. Way Forward Adopt lifecycle asset management rather than reactive repair approaches. Expand use of AI, drones, remote sensing, and digital twins for predictive monitoring. Integrate dam operations with climate projections and basin hydrology. Establish ring-fenced maintenance funds for long-term upkeep. Strengthen community awareness and public dissemination of risk information. Data and Facts 6,628 specified dams in India. 26% are more than 50 years old. 291 dams are over 100 years old. 330 BCM gross storage capacity. 19% average storage loss due to sedimentation. DRIP II and III outlay: ₹10,211 crore. 13,000 annual inspections. 5,553 dams completed Rapid Risk Screening. Prelims Pointers India ranks 3rd globally in number of large dams. DHARMA stands for Dam Health and Rehabilitation Monitoring Application. Dam Safety Act came into force on 30 December 2021. NCDS is the apex policy body; NDSA is the regulatory authority. Kallanai (Grand Anicut) is located in Tamil Nadu.

Content Gender, caregiving, the law in Indian research funding Improving efficiency of fertilizer use in India Gender, caregiving, the law in Indian research funding Why in News? Debate has intensified over whether age relaxation in research grants should be retained and redesigned to support women scientists who face disproportionate caregiving burdens during postdoctoral and mid-career stages, when childbirth, childcare, and academic productivity often overlap and disrupt research trajectories. The issue has acquired policy significance because India’s scientific ambitions in space, biotechnology, pharmaceuticals, and higher education depend on retaining qualified women researchers and ensuring that structural barriers do not force them to exit the academic and innovation ecosystem. Relevance GS Paper 1: Women and social empowerment, role of women in science and technology. GS Paper 3: Science and Technology ecosystem, innovation policy, human resource development. Practice Question “Formal equality alone cannot ensure equitable participation of women in scientific research. Examine in the context of age relaxation and caregiving support in Indian research funding.” (15 Marks, 250 Words) Context Structural Challenge in Indian Academia India’s expanding achievements in scientific publications, vaccine development, and space exploration coexist with institutional structures that continue to disadvantage women researchers, particularly when caregiving responsibilities coincide with the most competitive phases of grant applications and publication-driven career advancement. Age relaxation policies were introduced to prevent women from becoming ineligible for fellowships and grants due to career interruptions caused by maternity, childcare, and domestic responsibilities, thereby addressing a measurable and recurring structural inequity rather than offering preferential treatment. Constitutional and Legal Framework Constitutional Basis Article 15(3) expressly empowers the State to make special provisions for women and children, providing a clear constitutional basis for affirmative measures such as age relaxation, re-entry fellowships, and targeted support mechanisms in publicly funded research programmes. Article 16 guarantees equality of opportunity in public employment and public institutions, while allowing policy interventions that correct historically entrenched and socially reproduced disadvantages affecting women researchers and faculty members. Article 39(a) directs the State to secure equal rights to adequate means of livelihood, which includes enabling women to pursue sustained careers in academia and scientific research without structural exclusion. Article 51A(e) obligates citizens to renounce practices derogatory to the dignity of women, reinforcing the expectation that institutions eliminate systemic barriers rather than normalize gendered disadvantages. Legislative Framework Maternity Benefit (Amendment) Act, 2017 The Act extended paid maternity leave to 26 weeks for eligible women employees and mandated crèche facilities in larger establishments, significantly strengthening statutory protections related to childbirth and early childcare responsibilities. However, many postdoctoral researchers and project staff are employed through fellowships and contractual appointments, creating uncertainty regarding the practical applicability and enforceability of these legal protections within academic institutions. Paternity Leave Gap India lacks a universal statutory law on paternity leave, and central government employees receive only 15 days of administrative leave under service rules, which does not extend uniformly to grant-funded researchers and academic personnel. This imbalance reinforces institutional assumptions that caregiving is primarily a woman’s responsibility, indirectly contributing to slower professional advancement and lower participation of women in research-intensive careers. Data and Evidence Representation in Higher Education The All India Survey on Higher Education (2021–22) reported nearly 16 lakh faculty members, of whom 57% were men and 43% were women, highlighting persistent gender disparities across higher education. Women remain particularly underrepresented in senior faculty positions, research leadership roles, and premier science and technology institutions, indicating a significant attrition as academic careers progress. Funding Disparities The Anusandhan National Research Foundation has repeatedly observed lower application rates and lower success rates among women researchers compared to their male counterparts. Unpaid Care Burden Empirical studies, including research from Tata Institute of Social Sciences, show that women academics continue to shoulder a disproportionate share of unpaid domestic and caregiving work, regardless of professional status. Governance and Institutional Challenges Career Pipeline Disruptions Women commonly complete doctoral degrees in their late twenties and enter postdoctoral stages during years associated with childbirth and childcare, increasing the likelihood of publication gaps, reduced mobility, and delayed grant applications. Reintegration Challenges Researchers returning after maternity leave often confront disrupted experiments, altered collaborations, missed deadlines, and reduced competitiveness, with limited institutional mechanisms for gradual re-entry or flexible workload management. Dependence on Informal Support In many institutions, women rely on the goodwill of supervisors rather than formal policy guarantees, resulting in inconsistent and inequitable outcomes that vary widely across departments and disciplines. Judicial Perspective Vijay Lakshmi v. Punjab University (2003) The Supreme Court affirmed that provisions favouring women are constitutionally valid when designed to address demonstrable structural disadvantages and unequal social conditions. This reasoning supports women-specific age relaxation in research grants as a legitimate instrument of substantive equality rather than unconstitutional discrimination. Why Age Relaxation is Necessary ? Corrective Mechanism Age relaxation prevents career interruptions caused by childbirth and caregiving from permanently excluding women from fellowships, faculty grants, and early-career funding opportunities that impose rigid upper-age limits. Retention of Scientific Talent Without targeted support, many highly trained women researchers exit academia, resulting in loss of public investment in education and reducing the diversity of India’s scientific workforce. Innovation Benefits Research teams with gender diversity often generate broader perspectives, improved collaboration, and more socially relevant innovations, enhancing the quality and impact of scientific outcomes. Limitations of Existing Policies Narrow Scope Age relaxation addresses only eligibility and does not provide childcare support, re-entry fellowships, no-cost grant extensions, or flexible timelines for publications and reporting obligations. Exclusion of Other Caregivers Male researchers caring for children, elderly parents, or family members with disabilities may also face disruptions, yet current policies rarely acknowledge caregiving beyond women-specific provisions. Misperception Risk In the absence of evidence-based communication, affirmative measures may be incorrectly portrayed as concessions rather than necessary correctives to systemic inequalities. International Best Practices European Research Councils Several European funding agencies provide parental leave extensions, part-time grants, reintegration fellowships, and caregiving-based eligibility relaxations, combining gender-specific and gender-neutral support frameworks. Lessons for India International experience shows that targeted support for women can coexist with broader caregiving accommodations, strengthening fairness without diluting constitutional commitments to gender justice. Science and Innovation Significance National Competitiveness India’s aspiration to become a leading knowledge economy requires retaining women scientists throughout the research pipeline, particularly in strategic sectors such as semiconductors, biotechnology, and artificial intelligence. Efficient Use of Public Investment Supporting women researchers ensures that years of public spending on higher education and doctoral training are not lost because of preventable institutional barriers. Social and Ethical Dimensions Substantive Equality True equality requires recognition of unequal social realities, ensuring that women are not judged solely by uninterrupted career trajectories that assume freedom from caregiving responsibilities. Shared Care Norms Policy reform can encourage more balanced caregiving responsibilities and gradually reshape patriarchal expectations that disproportionately burden women. Challenges Persistent patriarchal norms and unequal domestic labour distribution. Limited childcare and campus support infrastructure. Inadequate data on gender and caregiving outcomes. Ambiguous protections for contractual and fellowship–based researchers. Weak institutional accountability and grievance mechanisms. Way Forward Retain and strengthen women-specific age relaxation across all major research funding schemes. Introduce caregiver-based eligibility extensions for any researcher with documented caregiving responsibilities. Establish re-entry fellowships and bridge grants for women returning after career breaks. Mandate crèche facilities, flexible timelines, and part-time research options. Publish annual gender-disaggregated data on grant applications, awards, and career progression. Data and Facts AISHE 2021–22: 57% male and 43% female faculty. Paid maternity leave under law: 26 weeks. Central government paternity leave: 15 days. Women remain underrepresented in senior STEM and leadership positions. Prelims Pointers Article 15(3): Special provisions for women and children. Article 16: Equality of opportunity in public employment. Article 39(a): Equal right to adequate means of livelihood. Article 51A(e): Duty to uphold women’s dignity. Maternity Benefit (Amendment) Act, 2017: 26 weeks paid maternity leave. Improving efficiency of fertilizer use in India Why in News? The ongoing West Asia conflict has increased global prices of natural gas, crude oil, and phosphatic fertilizers, exposing India’s vulnerability to imported inputs and highlighting the urgent need to improve fertilizer use efficiency (FUE) rather than relying solely on higher subsidies. India spends nearly ₹2 lakh crore annually on fertilizer subsidies, yet more than two-thirds of applied nutrients are not converted into food production and are instead lost through volatilization, runoff, leaching, and soil degradation. Relevance GS Paper 2: Food security, agricultural subsidies, policy coordination. GS Paper 3: Agriculture, soil health, climate change, nutrient management, sustainable farming. Practice Question “India’s fertilizer subsidy regime has ensured affordability but not efficiency. Discuss the need to shift from input-intensive agriculture to nutrient-efficient and ecologically sustainable farming.” (15 Marks, 250 Words) Context India’s Fertilizer Dependence India produces around 80% of its urea requirement domestically, but domestic production remains heavily dependent on imported natural gas, exposing the sector to geopolitical shocks and volatile global energy markets. In phosphatic fertilizers, India lacks adequate rock phosphate reserves, resulting in near-total dependence on imports of phosphoric acid, DAP, and related fertilizers, thereby increasing strategic vulnerability. Constitutional and Policy Linkages Article 39(b) directs equitable distribution of material resources, supporting rational and efficient use of public funds allocated for agricultural subsidies. Article 47 obligates the State to improve nutrition and public health, which requires minimizing fertilizer-induced contamination of food, water, and ecosystems. Article 48 calls for scientific organization of agriculture, including precision nutrient management and crop diversification. Article 48A mandates protection of the environment, directly relevant to reducing fertilizer-related pollution and greenhouse gas emissions. Fertilizer Trap: Concept and Implications What is the Fertilizer Trap? Excessive application of synthetic fertilizers gradually reduces soil organic matter, weakens water retention, and impairs nutrient-holding capacity, forcing farmers to apply even more fertilizers to sustain yields and thereby creating a self-reinforcing cycle. Economic Cost Large subsidies mask inefficiencies and encourage overuse, particularly of urea, resulting in substantial fiscal burdens without proportionate increases in crop productivity or farmer incomes. Environmental Cost Nutrient losses cause air pollution, eutrophication, soil acidification, groundwater contamination, and nitrous oxide emissions, making inefficient fertilizer use a major ecological and climate concern. Data and Evidence Annual fertilizer subsidy expenditure: ~₹2 lakh crore. India produces ~80% of domestic urea demand. Pulse cultivation area increased only 1.26% in 2025–26, despite targeted policy support. Coordinated crop trials show up to 50% of recommended fertilizers can be replaced with compost, manure, or biochar without yield loss. Limitations of Current Policy Nutrient-Based Subsidy (NBS) The NBS scheme excludes urea, leaving nitrogen heavily subsidized and relatively cheaper, which distorts nutrient application and encourages excessive nitrogen use compared to phosphorus and potassium. Neem-Coated Urea Neem coating slows dissolution and reduces diversion, but cannot fully prevent substantial nitrogen losses through ammonia volatilization and other pathways. Weak Crop Diversification Incentives Although MSP is announced for over 20 crops, effective procurement is concentrated in rice, wheat, and sugarcane, which collectively consume more than two-thirds of India’s urea. Role of Pulses and Legumes Biological Nitrogen Fixation Pulses and legumes host rhizobia bacteria that convert atmospheric nitrogen into plant-available forms, sharply reducing the need for synthetic urea while improving soil fertility for subsequent crops. Climate Resilience Pulses are better suited to rain-fed and water-stressed areas, making them strategically important during years of below-normal monsoon rainfall. Dalhan Aatmanirbharta Mission Launched in October 2025 with an allocation of ₹11,440 crore, the mission aims to raise pulse production to 350 lakh tonnes through assured procurement and area expansion. Organic and Biological Alternatives Farmyard Manure and Compost Organic inputs enhance microbial activity, increase soil carbon, improve moisture retention, and provide slow-release nutrients, thereby reducing dependence on synthetic fertilizers. Biochar Biochar, often produced from crop residues or biogas systems, improves cation exchange capacity and nutrient retention while sequestering carbon in soils. Green Manuring Crops such as dhaincha and sunhemp add biomass and biologically fixed nitrogen, reducing external nutrient requirements and improving soil structure. Science and Technology Dimension Nitrogen Use Efficiency (NUE) NUE measures grain output per unit of nitrogen applied. Enhancing NUE allows farmers to maintain or increase yields while reducing fertilizer consumption and environmental losses. Crop Breeding Indian rice germplasm demonstrates the potential to double nitrogen use efficiency, indicating major gains are possible through conventional breeding and varietal selection. Precision Agriculture Tools such as soil testing, decision-support systems, and targeted nutrient recommendations can significantly improve nutrient management at farm level. Economic Significance Fiscal Savings Improved nutrient efficiency can lower subsidy requirements and release public resources for irrigation, extension services, agricultural research, and rural infrastructure. Farmer Profitability Reduced fertilizer use lowers input costs while improving long-term soil productivity and resilience against climate stress. Import Reduction Lower nutrient demand decreases dependence on imported natural gas, rock phosphate, and finished fertilizers, strengthening strategic autonomy. Environmental and Health Implications Air Pollution Ammonia emissions contribute to particulate matter formation, worsening respiratory health and urban air quality. Water Pollution Nitrate leaching and phosphate runoff contaminate groundwater and trigger eutrophication in lakes and reservoirs. Climate Change Nitrous oxide from fertilizers is a potent greenhouse gas with a global warming potential far higher than carbon dioxide. Governance Challenges Fragmented coordination among agriculture, fertilizers, food, and environment ministries. MSP-procurement distortions favouring fertilizer-intensive crops. Limited extension support for regenerative nutrient practices. Inadequate recycling of organic wastes. Weak adoption of research-based fertilizer recommendations. Way Forward Include urea under the Nutrient-Based Subsidy to eliminate price distortions and encourage balanced fertilization. Incentivize pulse-legume rotations and assured procurement to reduce nitrogen demand structurally. Triple recycling of manure, compost, and biochar to restore soil organic matter. Revise recommendations so organics form the basal dose and fertilizers act only as nutrient top-ups. Revive the Interministerial National Nitrogen Steering Committee for coordinated policy implementation. Promote crop varieties with higher nitrogen and phosphorus use efficiency. Prelims Pointers Urea supplies nitrogen (N). DAP primarily supplies phosphorus (P) and nitrogen. Pulses fix atmospheric nitrogen through symbiotic bacteria. Biochar is a carbon-rich residue that improves soil fertility. Nitrous oxide is a potent greenhouse gas emitted from agricultural soils.

Content Bhojshala Temple West Asia War: Singapore Pips UAE as India’s Second Largest Export Destination The Warning Signs in India’s Import Bill Why Has the WHO Declared a PHEIC Over Ebola Outbreak? Strengthening Domestic Energy Security Through Decentralised Bioenergy Systems India Is Now Naxal-Free, Shah Declares in Bastar How Does Earth Protect Itself from the Sun? New Mission to Find Out Bhojshala Temple Why in News? The Madhya Pradesh High Court held that the religious character of the disputed Bhojshala–Kamal Maula complex in Dhar is that of Bhojshala, a temple and Sanskrit learning centre associated with Raja Bhoj of the Paramara dynasty. The Court set aside parts of a 2003 ASI order that had permitted Hindus to worship on Tuesdays and Muslims to offer namaz on Fridays, and directed the Union Government and ASI to frame a fresh management arrangement. Relevance GS Paper 1: Medieval Indian history, Paramara dynasty, temple architecture, Sanskrit learning. GS Paper 2: Judiciary, fundamental rights, heritage governance, Places of Worship Act. Context Nature of the Dispute The protected monument at Dhar has long been claimed by Hindus as Bhojshala, a temple dedicated to Goddess Saraswati (Vagdevi), and by Muslims as the Kamal Maula Mosque associated with Sufi traditions. Following an ASI survey ordered in 2024, the Court concluded that the present structure incorporated components of earlier temples and historically functioned as a Sanskrit educational centre. Statutory Framework Ancient Monuments and Archaeological Sites and Remains Act, 1958 The Act vests the Archaeological Survey of India with powers to conserve, regulate, and administer protected monuments and archaeological sites of national importance. Places of Worship (Special Provisions) Act, 1991 Section 4(3) excludes ancient and historical monuments protected under the 1958 Act from the statutory freeze on religious character as it existed on 15 August 1947. Writ Jurisdiction The case was adjudicated under Article 226, focusing on the right to worship and monument administration rather than determination of legal title to the property. Historical Background Raja Bhoj Raja Bhoj (c. 1010–1055 CE) was one of medieval India’s most celebrated rulers, renowned for patronage of Sanskrit scholarship, architecture, medicine, and astronomy. Bhojshala as a Learning Centre Historical literature describes Bhojshala as a prominent centre of Sanskrit learning and a temple dedicated to Saraswati, symbolizing the close connection between education and worship in medieval India. The Leiden-Style Epigraphic Significance Sarpabandha Inscriptions The complex contains unique serpentine grammatical charts depicting the Sanskrit alphabet, noun and verb terminations, and tense structures, demonstrating its pedagogical function. Multilingual Heritage Inscriptions in Sanskrit, Prakrit, and other literary forms reveal a culturally layered site shaped by Hindu, Jain, and Buddhist intellectual traditions. Architectural and Archaeological Findings ASI Survey Findings The ASI reported that the extant structure was built using components from earlier temples, including sculptural fragments, carved pillars, and inscriptions embedded into later construction. Court’s Acceptance The High Court held that the survey was conducted using scientific methods, with videography, expert supervision, and participation of representatives from all concerned parties. Court’s Key Findings Religious Character Based on historical literature, inscriptions, and architectural evidence, the Court held that the essential historical character of the site is Bhojshala, linked to Saraswati worship and Sanskrit education. Not a Title Judgment The Court expressly stated that it was not adjudicating ownership or title, distinguishing the matter from the Ayodhya Ram Janmabhoomi judgment. Alternative Accommodation To protect the religious rights of all communities, the Court suggested that the State may consider providing suitable land elsewhere in Dhar for mosque construction. Historical and Cultural Significance Religious Pluralism The site reflects the layered and adaptive character of Indian civilization, where structures were reused and communities engaged with the same spaces across centuries. Saraswati Idol The original Saraswati idol discovered at the site is presently housed in the British Museum, strengthening calls for future repatriation. Governance and Administrative Significance ASI Control The ASI retains full supervisory authority over the monument, ensuring that any religious activity remains subordinate to conservation requirements and statutory obligations. Heritage Management The case illustrates the need for transparent, evidence-based and legally consistent policies governing shared or contested monuments. Composite Culture The dispute underscores the importance of protecting India’s plural heritage and promoting reconciliation rather than adversarial historical narratives. Prelims Pointers Bhojshala is located in Dhar, Madhya Pradesh. Associated with Raja Bhoj of the Paramara dynasty. Protected under the AMASR Act, 1958. Section 4(3) of the Places of Worship Act exempts protected monuments. The Saraswati idol from the site is housed in the British Museum. West Asia war: Singapore pips UAE as India’s second largest export destination Why in News? The prolonged closure of the Strait of Hormuz since March 2026 due to the West Asia conflict has triggered major shifts in India’s trade routes, export destinations, and energy sourcing patterns, highlighting the strategic importance of maritime chokepoints for India’s economic and energy security. In April 2026, India’s exports to Singapore surged by 180% to US$3.2 billion, while exports to the UAE declined by 36% to US$2.18 billion, reflecting the emergence of alternate transshipment hubs amid disruption in Gulf shipping. Static Background Strait of Hormuz: Strategic Maritime Chokepoint The Strait of Hormuz, located between Iran and Oman, connects the Persian Gulf to the Arabian Sea and carries nearly 20% of global oil trade, making it the world’s most important energy transit route. Before the crisis, the strait facilitated the movement of crude oil and LNG from Saudi Arabia, Iraq, Kuwait, Qatar, and the UAE to energy-importing countries such as India, China, Japan, and South Korea. Relevance GS Paper 2 (International Relations): India’s relations with Singapore, United Arab Emirates, Iran, Gulf geopolitics, diaspora protection, and strategic balancing in West Asia. GS Paper 3 (Economy): External sector, trade diversification, current account deficit, rupee depreciation, inflation, and energy security. GS Paper 3 (Internal Security): Maritime security, protection of Sea Lines of Communication (SLOCs), and strategic chokepoints. Practice Question “The Strait of Hormuz crisis demonstrates the close interlinkages between geopolitics, maritime security, and India’s economic resilience.” Examine. (15 Marks, 250 Words) Why It Matters for India ? Energy Dependence India imports more than 85% of its crude oil requirements and around 50% of its natural gas needs, making uninterrupted Gulf energy supplies critical for inflation control, industrial growth, and macroeconomic stability. Fertilizer and Petrochemical Security Gulf countries are also major suppliers of LNG, ammonia, and petrochemical feedstocks, essential for India’s fertilizer production and food security. Changes in India’s Export Patterns Rise of Singapore as a Transshipment Hub Exports to Singapore rose by 180% year-on-year to US$3.2 billion in April 2026, making it India’s second-largest export destination after the United States. Singapore’s advanced logistics infrastructure, strategic location, and bilateral trade agreement with India enabled traders to reroute shipments efficiently away from disrupted Gulf channels. Decline in Exports to UAE Exports to United Arab Emirates declined by 36% from US$3.43 billion to US$2.18 billion, reflecting reduced functionality of Dubai and Jebel Ali as regional re-export hubs. Import Diversification New Energy Suppliers Oman, Nigeria, and Peru entered India’s top twenty import sources as refiners diversified crude sourcing to offset disruptions in the Gulf. Surge in Imports from Oman Imports from Oman increased more than threefold to US$1.48 billion, compared with US$429 million in the same period last year. Economic Implications Rising Energy Prices The closure disrupted approximately 10.5 million barrels per day (bpd) of Gulf oil production in April 2026, significantly increasing global crude prices and India’s import bill. Pressure on the Rupee The Indian rupee depreciated by 5.2% since February 2026, increasing the domestic cost of crude oil, fertilizers, and other essential imports. Inflationary Risks Higher fuel and logistics costs raise transportation expenses and food prices, complicating monetary policy and household consumption patterns. Government Response Fiscal Measures The government raised import duties on precious metals and initiated expenditure rationalisation to reduce pressure on foreign exchange reserves. Fuel Price Revision Oil marketing companies increased petrol and diesel prices for the first time in four years, reflecting the pass-through of elevated international energy prices. Trade Route Adaptation Indian exporters shifted to alternate hubs such as Singapore and diversified logistics networks to maintain continuity of trade. Strategic and Security Significance Maritime Security The crisis underscores the need for stronger protection of Sea Lines of Communication (SLOCs) by the Indian Navy and Indian Coast Guard. Strategic Autonomy Diversified sourcing and resilient trade routes reduce overdependence on a single geopolitical region and strengthen India’s strategic autonomy. International Relations Dimension Role of FTAs India’s trade agreements with Singapore and the UAE illustrate how economic diplomacy and logistics partnerships can cushion geopolitical disruptions. West Asia Balancing India must continue calibrated engagement with Gulf states, Iran, and major powers to protect its energy security and diaspora interests. Challenges Import Dependence High dependence on imported crude oil and gas leaves India vulnerable to geopolitical conflicts and supply shocks. Limited Strategic Reserves India’s strategic petroleum reserves can only provide a limited buffer during prolonged disruptions. Currency Volatility A weaker rupee amplifies imported inflation and widens the current account deficit. Way Forward Expand Strategic Petroleum Reserves Increasing reserve capacity will provide a stronger buffer against future disruptions and stabilize domestic supply. Diversify Energy Sources Long-term contracts with Africa, Latin America, and the United States can reduce concentration risk. Accelerate Renewable Energy Faster deployment of solar, wind, green hydrogen, and electric mobility will lower fossil fuel dependence. Strengthen Maritime Partnerships Greater naval cooperation in the Indian Ocean and Indo-Pacific will enhance resilience of critical trade routes. Prelims Pointers The Strait of Hormuz lies between Iran and Oman. It carries roughly one-fifth of global oil trade. Singapore became India’s second-largest export destination in April 2026. Oman is a significant oil-exporting country in West Asia. The Indian rupee depreciated by 5.2% after the crisis. The warning signs in India’s import bill  Why in News? Prime Minister Narendra Modi appealed to citizens to reduce expenditure on petroleum products, edible oils, gold, and foreign travel, signalling concern over rising import dependence, widening trade deficits, and increasing pressure on India’s foreign exchange reserves and the rupee. India’s merchandise trade deficit touched a record US$333 billion in 2025–26, as imports rose to an all-time high of US$775 billion, while exports remained largely stagnant at US$442 billion. Static Background What is Import Dependence? Import dependence refers to the extent to which domestic consumption relies on foreign supplies. High dependence in strategic sectors such as energy, fertilizers, electronics, and edible oils increases vulnerability to global price shocks and geopolitical disruptions. Current Account and Forex Reserves The current account deficit (CAD) reflects excess imports over exports in goods and services. Persistent deficits exert pressure on the rupee and require financing through capital inflows or depletion of foreign exchange reserves. Relevance GS Paper 3 (Indian Economy): Import dependence, balance of payments, current account deficit, forex reserves, and exchange rate management. GS Paper 3 (Agriculture): Dependence on imported edible oils and fertilizers; oilseed self-reliance. Practice Question “Rising import dependence in critical sectors poses significant macroeconomic and strategic vulnerabilities for India. Analyze and suggest measures to strengthen external sector resilience.” (15 Marks, 250 Words) Key Data and Trends Merchandise Trade Deficit India’s trade deficit increased by over 17% in 2025–26, reflecting faster import growth than exports. This enlarges the need for foreign currency and weakens external sector stability. Decline in Foreign Exchange Reserves The Reserve Bank of India has used reserves to stabilize the rupee, but reserves have declined by more than US$21 billion since February 2026, reducing the buffer against external shocks. Rupee Depreciation A widening trade gap and elevated import bills have intensified downward pressure on the rupee, increasing the domestic cost of fuel, fertilizers, and other essential imports. Major Sources of Import Dependence Crude Oil and Natural Gas India imports over 85% of its crude oil requirements. Rising global oil prices due to the West Asia conflict significantly inflate the import bill and contribute to domestic inflation. Gold and Silver Imports of precious metals exceeded US$90 billion, accounting for around 12% of India’s total imports. Gold imports alone rose by 24%, while silver imports surged by 150% in 2025–26. Edible Oils Imports satisfy over 56% of India’s edible oil demand. Edible oil imports increased by more than 12% in 2025–26 and accelerated by 40% in April 2026. Fertilizers India imported between 31–37% of fertilizer needs over the past five years, but this share may exceed 50% in 2025–26 as urea imports rose by over 60%. Electronic Components Imports of electronic components grew by more than 20%, indicating continued dependence despite production-linked incentive schemes and Atmanirbhar Bharat initiatives. Economic Implications Pressure on Fiscal Deficit Rising fertilizer and fuel subsidies increase government expenditure, especially as global fertilizer prices rose by 46% and urea prices doubled between December 2025 and April 2026. Imported Inflation Higher import costs are transmitted into domestic prices, raising inflation in fuel, food, transport, and manufactured goods. Current Account Stress A widening current account deficit can weaken investor confidence and increase vulnerability to volatile capital flows. Governance and Policy Significance Atmanirbhar Bharat The crisis underscores the need to deepen Atmanirbhar Bharat Abhiyan by reducing dependence on critical imports through domestic manufacturing and technological capability. Production Linked Incentive (PLI) The Production Linked Incentive Scheme aims to build domestic capacity, but high imports of components and batteries reveal limited value-chain localization. Demand-Side Management The Prime Minister’s appeal represents a demand-management approach to reduce foreign currency outgo and ease pressure on the balance of payments. Sector-Specific Structural Issues Agriculture Inadequate domestic production of oilseeds and fertilizers increases dependence on imports, undermining food security and exposing farmers to international price volatility. Electronics and Technology India’s technological upgrading remains import-intensive, particularly in semiconductors, batteries, and advanced components. Household Financial Behaviour Gold is widely used as a store of value and inflation hedge, making import compression difficult without stronger domestic financial alternatives. Historical Context 1991 Balance of Payments Crisis In 1991, India’s forex reserves fell below US$1 billion, forcing the country to pledge gold abroad. The present situation is far stronger, but the episode remains a reminder of the risks of persistent external imbalances. Challenges Limited Export Growth Merchandise exports remain stagnant, constraining the natural offset to rising imports. Consumption Preferences Persistent demand for imported gold, edible oils, and electronics reflects deep structural and behavioural factors. Geopolitical Risks Conflicts in West Asia and disruptions in global supply chains can sharply raise import costs. Way Forward Boost Domestic Oilseed Production Expand high-yield varieties, procurement support, and processing infrastructure under the National Mission on Edible Oils – Oil Palm and broader oilseed strategies. Enhance Fertilizer Self-Reliance Promote green ammonia, balanced nutrient use, and domestic production of phosphatic and potassic substitutes. Deepen Electronics Ecosystems Strengthen semiconductor fabrication, battery manufacturing, and component supply chains to reduce import intensity. Promote Financial Alternatives to Gold Expand awareness and uptake of Sovereign Gold Bond Scheme and gold ETFs to moderate physical gold imports. Export Diversification Increase competitiveness in manufacturing and services to improve export performance and reduce trade deficits. Constitutional and Institutional Linkages Article 38 Directs the State to promote social and economic welfare, including macroeconomic stability and equitable development. RBI’s Role The Reserve Bank of India manages exchange rate volatility, reserves, and monetary stability. Prelims Pointers India’s merchandise trade deficit in 2025–26: US$333 billion. Foreign exchange reserves declined by over US$21 billion since February 2026. Imports account for over 56% of India’s edible oil demand. Gold and silver imports exceeded US$90 billion. Crude oil import dependence exceeds 85%. Why has the WHO declared a PHEIC over Ebola outbreak?  Why in News? The World Health Organization declared the Ebola outbreak in the Democratic Republic of the Congo and Uganda a Public Health Emergency of International Concern (PHEIC), the highest alert under the International Health Regulations. As of 16 May 2026, WHO reported 8 laboratory-confirmed cases, 246 suspected cases, and 80 suspected deaths in Ituri Province, DRC, along with 2 confirmed cases in Kampala, Uganda, highlighting the risk of cross-border transmission. Static Background What is Ebola Virus Disease (EVD)? Ebola Virus Disease (EVD) is a severe and often fatal zoonotic viral haemorrhagic fever caused by viruses of the genus Ebolavirus. It is characterized by high fever, vomiting, diarrhoea, bleeding, and multi-organ failure. The disease was first identified in 1976 near the Ebola River in present-day DRC. Case fatality rates range from 25% to 90%, depending on the viral strain, health-system capacity, and timeliness of treatment. Causative Strain in Current Outbreak The present outbreak is caused by Bundibugyo ebolavirus (BDBV), first identified in Uganda in 2007. Unlike the Zaire strain, it currently has no approved strain-specific vaccine or therapeutic. Relevance GS Paper 2: Global health governance, WHO, International Health Regulations, and international cooperation. GS Paper 3: Biotechnology, zoonotic diseases, epidemic preparedness, and health security. Practice Question “Emerging infectious diseases highlight the importance of global health governance and resilient national public health systems.” Discuss with reference to the recent Ebola outbreak in Africa. (15 Marks, 250 Words) What is a PHEIC? Public Health Emergency of International Concern A PHEIC is declared under the World Health Organization’s International Health Regulations (2005) when an extraordinary event poses a public health risk to multiple countries and requires a coordinated global response. Significance of PHEIC The declaration mobilizes international funding, technical experts, emergency medical teams, laboratory support, and coordinated surveillance, enabling rapid containment before the outbreak escalates into a wider regional or global crisis. How is Ebola Transmitted? Animal-to-Human Transmission Ebola is believed to originate in fruit bats, which are considered the most likely natural reservoir. Spillover may occur through contact with infected wildlife, including bats, monkeys, and antelopes. Human-to-Human Transmission The virus spreads through direct contact with blood, vomit, saliva, semen, sweat, and other bodily fluids of infected persons, as well as contaminated surfaces, needles, and medical equipment. High-Risk Situations Healthcare settings lacking infection control, unsafe burial practices, and delayed diagnosis significantly amplify transmission, especially in fragile or conflict-affected regions. Current Outbreak Details Geographic Spread The outbreak is centered in Ituri Province in eastern DRC, with confirmed cases in Kampala, Uganda, and concern over spread to urban centers and neighboring countries. Epidemiological Indicators WHO reported 246 suspected cases, 8 confirmed cases, and 80 suspected deaths, suggesting substantial under-detection and the possibility of broader community transmission. Measures Being Taken to Contain the Outbreak Rapid Isolation and Supportive Care Suspected and confirmed patients are being isolated and treated with intensive supportive care, including rehydration, electrolyte correction, oxygen support, and symptom management to reduce mortality. Contact Tracing Health teams identify and monitor all close contacts for 21 days, the maximum incubation period, to detect new infections early and interrupt transmission chains. Safe and Dignified Burials Specially trained teams conduct burials using strict infection-control protocols to prevent exposure to highly infectious bodily fluids during funeral rites. Laboratory Surveillance Mobile laboratories and genomic sequencing are being deployed to confirm diagnoses, track viral evolution, and guide public health interventions. Vaccination Strategy Although no licensed vaccine exists specifically for Bundibugyo ebolavirus, WHO is evaluating experimental vaccines and considering targeted use where scientifically appropriate. Monoclonal Antibody Treatment Available monoclonal antibody therapies and antivirals are being assessed for off-label or compassionate use, though efficacy is strongest for Zaire strain infections. Community Engagement Social mobilization campaigns are building trust, reducing stigma, and encouraging early reporting and treatment, which are critical to successful outbreak control. Scientific and Public Health Concepts Zoonotic Spillover Ebola exemplifies how pathogens jump from animals to humans, underscoring the need for a One Health approach integrating human, animal, and environmental surveillance. Ring Vaccination Ring vaccination immunizes contacts and contacts of contacts around confirmed cases, creating a protective buffer to halt transmission. Global Health Governance Significance Role of WHO WHO coordinates risk assessment, technical guidance, emergency response, and international cooperation under the International Health Regulations. Supporting Institutions Africa Centres for Disease Control and Prevention, UNICEF, and Médecins Sans Frontières are supporting treatment centers, laboratory networks, and public outreach. Implications for India Public Health Preparedness India should maintain airport screening, isolation protocols, and laboratory readiness for travellers from affected regions, while adhering to WHO guidance and avoiding unnecessary border closures. Research Collaboration Indian Council of Medical Research can contribute through diagnostics, genomic surveillance, and vaccine-development partnerships. Pharmaceutical Diplomacy India’s vaccine manufacturing and generic pharmaceutical capacity can support global outbreak response and strengthen health diplomacy. Challenges No Approved Strain-Specific Vaccine The absence of licensed vaccines and therapeutics for Bundibugyo ebolavirus limits conventional containment tools and increases operational complexity. Conflict and Fragility Eastern DRC faces insecurity, displacement, and weak health infrastructure, complicating surveillance, treatment, and community engagement. Urban Spread Risk Detection in large cities raises the possibility of faster transmission through dense populations and high mobility. Way Forward Accelerate R&D Expand international investment in vaccines and therapeutics for non-Zaire Ebola strains, including Bundibugyo and Sudan ebolaviruses. Strengthen One Health Systems Integrate wildlife surveillance, environmental monitoring, and human health data to identify zoonotic threats early. Build Resilient Health Systems Enhance laboratory networks, rapid response teams, and community-based surveillance in vulnerable regions. Sustainable Financing Provide predictable funding to WHO and regional institutions to improve epidemic preparedness and emergency response capacity. Prelims Pointers Ebola was first identified in 1976 in present-day DRC. Fruit bats are considered the most likely natural reservoir. Bundibugyo ebolavirus was first detected in Uganda in 2007. PHEIC is declared under the International Health Regulations (2005). Ebola spreads through direct contact with infected bodily fluids. Strengthening domestic energy security through decentralised bioenergy systems  Why in News? Rising geopolitical disruptions and volatile fossil-fuel prices are increasing India’s focus on converting agricultural residue, food waste, sewage sludge, and municipal organic waste into commercially viable energy through technologies such as gasification and anaerobic digestion. India generates nearly 750 million tonnes of agricultural biomass annually, including about 230 million tonnes of surplus biomass, with estimates suggesting this resource could offset nearly one-third of India’s fuel imports if efficiently utilized. Static Background What is Waste-to-Energy (WtE)? Waste-to-Energy (WtE) refers to technologies that convert organic and combustible waste into usable forms of energy such as electricity, heat, biogas, syngas, biofuels, and hydrogen, thereby addressing both energy security and waste-management challenges. Importance for India India faces twin challenges of rising energy imports and increasing waste generation. Waste-to-energy offers a circular-economy solution by converting domestic waste streams into decentralized, renewable, and low-carbon energy resources. Relevance GS Paper 3: Energy security, renewable energy, waste management, and climate change. GS Paper 2: Public policy, urban governance, and environmental regulation. Practice Question “Waste-to-energy technologies can simultaneously strengthen energy security, reduce pollution, and promote circular economy principles.” Discuss with reference to India’s emerging bioenergy ecosystem. (15 Marks, 250 Words) Resource Potential in India Agricultural Biomass India produces around 750 million tonnes of agricultural biomass each year, with approximately 230 million tonnes available as surplus after meeting fodder and domestic uses. Urban Organic Waste Large quantities of food waste, sewage sludge, cattle manure, and municipal organic waste remain underutilized despite their significant potential for producing biogas and biofuels. Key Waste-to-Energy Technologies Gasification Gasification converts dry biomass such as crop residue, husk, and woody waste into syngas by heating it at 800–1,000°C with limited oxygen, avoiding complete combustion. Syngas Composition and Uses Syngas primarily contains carbon monoxide, hydrogen, methane, and carbon dioxide and can be used for electricity generation or upgraded into methanol, ethanol, renewable methane, and green hydrogen. Anaerobic Digestion Anaerobic digestion uses microorganisms to decompose wet organic waste in oxygen-free conditions, producing biogas rich in methane and nutrient-rich digestate suitable for soil improvement. Technology Suitability Dry Waste for Gasification Gasification is most efficient for dry and fibrous materials such as crop stubble, rice husk, sawdust, and other low-moisture biomass. Wet Waste for Anaerobic Digestion Anaerobic digestion is ideal for sewage, food waste, dairy waste, and slaughterhouse residues with high moisture content. Government Initiatives SATAT Scheme Sustainable Alternative Towards Affordable Transportation (SATAT) promotes production of compressed biogas (CBG) from waste as a renewable substitute for natural gas and transport fuel. GOBARdhan Scheme Galvanizing Organic Bio-Agro Resources Dhan (GOBARdhan) Scheme supports decentralized waste management and bioenergy generation in rural and urban areas. National Bioenergy Programme The National Bioenergy Programme provides financial assistance for biomass, biogas, and waste-to-energy projects. Economic Significance Import Substitution Domestic production of biogas, syngas, and biofuels reduces dependence on imported crude oil, LNG, and fertilizer feedstocks, improving India’s balance of payments. Rural Income Generation Biomass collection, preprocessing, and decentralized energy plants create employment and supplementary income for farmers and rural enterprises. MSME Competitiveness Localized energy systems reduce fuel costs for agro-processing clusters, dairy units, and small industries. Environmental Significance Reduction in Stubble Burning Productive use of crop residues can substantially reduce stubble burning, particularly in north India, lowering particulate pollution and greenhouse-gas emissions. Methane Mitigation Controlled anaerobic digestion captures methane that would otherwise escape from landfills and sewage systems. Soil Health Improvement By-products such as biochar and digestate enhance soil organic carbon, nutrient retention, and water-holding capacity. Technological Advantages Flexible Product Portfolio Waste-to-energy systems can produce electricity, heat, compressed biogas, hydrogen, ethanol, and methanol, making them versatile components of India’s clean-energy transition. Decentralized Energy Systems Distributed plants reduce transportation costs and improve energy access in remote and waste-intensive regions. Challenges Feedstock Segregation Poor segregation of municipal and industrial waste reduces process efficiency and increases contamination. Supply Chain Constraints Seasonal biomass availability and high logistics costs can affect plant viability. Financing and Regulatory Uncertainty Long payback periods and uncertain policy frameworks discourage private investment. Technology Adaptation Inappropriate matching of feedstock and technology can lower efficiency and raise operational costs. Constitutional and Policy Linkages Article 48A Directs the State to protect and improve the environment and safeguard forests and wildlife. Article 51A(g) Imposes a fundamental duty on citizens to protect and improve the natural environment. Net Zero and SDGs Waste-to-energy contributes to SDG 7 (Affordable and Clean Energy), SDG 11 (Sustainable Cities), SDG 12 (Responsible Consumption), and SDG 13 (Climate Action). Strategic Significance Energy Security Waste-derived fuels provide domestic, diversified, and resilient energy sources less vulnerable to geopolitical disruptions. Circular Economy Waste-to-energy transforms disposal challenges into economic opportunities through resource recovery and reuse. Atmanirbhar Bharat Indigenous conversion of biomass and organic waste strengthens self-reliance in fuels, fertilizers, and industrial feedstocks. Way Forward Strengthen Waste Segregation Mandate and enforce source segregation in urban local bodies, food-processing units, and industrial clusters. Develop Biomass Supply Chains Create farmer producer organization (FPO)-led aggregation systems for crop residues and decentralized preprocessing centers. Expand Carbon Markets Monetize emissions reductions from bioenergy, methane capture, and biochar-based carbon sequestration. Promote Integrated Technology Mix Deploy gasification for dry biomass and anaerobic digestion for wet waste to maximize resource efficiency. Ensure Policy Certainty Provide long-term offtake agreements, viability gap funding, and streamlined approvals to attract investment. Prelims Pointers Gasification operates at 800–1,000°C with limited oxygen. Syngas contains carbon monoxide and hydrogen. Anaerobic digestion produces methane-rich biogas. SATAT promotes compressed biogas production. India generates 750 million tonnes of agricultural biomass annually. India is now Naxal-free, Shah declares in Bastar Why in News? Union Home Minister Amit Shah, during his visit to Jagdalpur in Bastar on 18 May 2026, declared that India has become “Naxal-free”, marking a major milestone in the country’s decades-long campaign against Left-Wing Extremism (LWE). The announcement follows intensified anti-Maoist operations after the Union Government’s 31 March 2026 target, resulting in large-scale surrenders, arrests, and neutralization of cadres, particularly in the Bastar region of Chhattisgarh. Static Background What is Left-Wing Extremism (LWE)? Left-Wing Extremism (LWE) refers to armed insurgency led primarily by the banned Communist Party of India (Maoist), which seeks to overthrow the Indian state through protracted people’s war inspired by Maoist ideology. Origin of Naxalism The movement began with the Naxalbari uprising of 1967 in West Bengal, where radical peasant mobilization against landlords evolved into one of India’s most persistent internal security challenges. Relevance GS Paper 2: Governance in tribal areas, Centre-State relations, and development administration. GS Paper 3: Internal security, insurgency, and role of security forces. Practice Question “The decline of Left-Wing Extremism demonstrates that durable internal security outcomes require both calibrated force and inclusive development.” Discuss. (15 Marks, 250 Words) Scale and Historical Context Long Duration of Conflict From the late 1960s to 2026, Left-Wing Extremism affected multiple States, resulting in thousands of deaths among civilians, security personnel, and insurgents, and delaying development in large tribal regions. Red Corridor At its peak, Maoist influence extended across a “Red Corridor” spanning parts of Chhattisgarh, Jharkhand, Odisha, Maharashtra, Andhra Pradesh, Telangana, and Bihar. Bastar: Former Epicentre of Maoism Strategic Importance Bastar in southern Chhattisgarh served as the operational heartland of Maoists because of dense forests, difficult terrain, weak connectivity, and socio-economic deprivation among tribal communities. Development Deficit Long-standing insurgency disrupted access to education, healthcare, roads, markets, and welfare delivery, entrenching poverty and alienation. Government Strategy Against LWE Security-Centric Operations Coordinated operations by the Central Reserve Police Force, state police, and specialized units dismantled core Maoist leadership and reduced their territorial influence. Area Domination Through Camps The government announced 70 new CAPF camps in Bastar to act as security and development hubs, extending state presence into previously inaccessible regions. Surrender and Rehabilitation Around 3,000 surrendered cadres are being rehabilitated through skilling, education, and livelihood support, with an expenditure of approximately ₹20 crore. Institutional and Policy Framework National Policy and Action Plan (2015) The Union Government adopted a comprehensive strategy combining security, development, rights-based governance, and public participation to address root causes of extremism. Aspirational Districts Programme Aspirational Districts Programme accelerated improvements in health, education, nutrition, agriculture, and infrastructure in affected districts such as Bastar. Security Related Expenditure Scheme The Centre reimburses States for anti-LWE operations, infrastructure, and training, strengthening operational capacity. Constitutional and Governance Dimensions Fifth Schedule Areas Much of the LWE-affected region falls under the Fifth Schedule, which provides special safeguards for tribal communities and emphasizes participatory governance. PESA Act, 1996 Panchayats (Extension to Scheduled Areas) Act, 1996 empowers Gram Sabhas over local resources and governance, reducing alienation and enhancing democratic legitimacy. Forest Rights Act, 2006 Scheduled Tribes and Other Traditional Forest Dwellers (Recognition of Forest Rights) Act, 2006 recognizes forest and community rights, addressing long-standing grievances. Security Significance Reduction in Internal Security Threat Weakening Maoist structures improves state control, reduces violence, and allows security forces to redeploy resources to emerging threats. Improved Intelligence Network Expanded road connectivity, mobile networks, and local cooperation have significantly enhanced actionable intelligence. Socio-Economic Significance Last-Mile Delivery of Welfare Government benefits such as free rice, higher MSP procurement, reservations, and social services can now reach remote tribal areas more effectively. Infrastructure Expansion Roads, telecom towers, schools, and health facilities are becoming operational in areas previously inaccessible due to insurgency. Tribal Development Vision Bastar as a Model Tribal Region The Union Government aims to make Bastar the most developed tribal region in India within five years, linking security gains with long-term socio-economic transformation. Human Capital Development Skill development, education, and livelihood generation are being prioritized to integrate local youth into the formal economy. Challenges and Caveats Residual Underground Networks Even after major setbacks, dormant cells, local support networks, and arms caches may persist in remote forest areas. Structural Grievances Land alienation, mining-related displacement, and governance deficits can reignite unrest if not addressed sensitively. Rights and Accountability Counter-insurgency must continue to respect constitutional safeguards, due process, and tribal rights to sustain public trust. Way Forward Consolidate Security Gains Maintain area domination, intelligence-led operations, and border coordination to prevent regrouping of extremist elements. Strengthen Tribal Self-Governance Ensure effective implementation of PESA and Forest Rights Act to deepen democratic participation. Promote Inclusive Development Expand education, healthcare, digital connectivity, and market access in tribal regions. Enhance Rehabilitation Provide sustained livelihood, psychosocial support, and community reintegration for surrendered cadres. Data and Facts Target for eliminating LWE: 31 March 2026 New CAPF camps announced in Bastar: 70 Government schemes/services proposed through camps: ~370 Surrendered cadres under rehabilitation plan: 3,000 Allocation for rehabilitation: ₹20 crore Prelims Pointers Naxalism originated in Naxalbari, West Bengal (1967). Bastar is located in Chhattisgarh. CPI (Maoist) is a banned organization under the Unlawful Activities (Prevention) Act, 1967. PESA applies to Scheduled Areas under the Fifth Schedule. Forest Rights Act was enacted in 2006 How does Earth protect itself from the Sun? New mission to find out Why in News? The joint European Space Agency–China National Space Administration SMILE (Solar wind Magnetosphere Ionosphere Link Explorer) mission is scheduled for launch on 20 May 2026 aboard the Vega-C rocket to study Earth’s magnetic shield. The mission will capture the first global soft X-ray images of the magnetosphere, improving understanding of space weather and enabling more accurate warnings for solar storms that can disrupt satellites, GPS, aviation, and electricity grids. Static Background What is the Magnetosphere? The magnetosphere is a vast, comet-shaped region formed by Earth’s magnetic field, extending tens of thousands of kilometres into space and deflecting charged solar particles that would otherwise erode the atmosphere and threaten life. What is Solar Wind? Solar wind is a continuous stream of plasma composed of electrons, protons, and magnetic fields emitted by the Sun. During solar flares and coronal mass ejections, this stream intensifies and strongly disturbs Earth’s magnetic environment. What are Auroras? Auroras occur when charged particles guided by Earth’s magnetic field collide with atmospheric oxygen and nitrogen near the poles, producing visible emissions known as the Northern and Southern Lights. Relevance GS Paper 1: Geomagnetism, atmosphere, and auroral phenomena. GS Paper 3: Space technology, satellite protection, and disaster preparedness. Practice Question “Space weather has emerged as a major technological and strategic concern. Discuss with reference to the SMILE mission.” (15 Marks, 250 Words) What is SMILE? Mission Overview SMILE is a dedicated scientific mission designed to observe the interactions between the solar wind, magnetosphere, and ionosphere, providing the first simultaneous global view of Earth’s natural defense system. Core Objective The mission seeks to understand how energy and charged particles from the Sun enter and move through near-Earth space, thereby improving predictive models for geomagnetic disturbances and technological disruptions. Mission Specifications Spacecraft and Orbit The spacecraft weighs approximately 2,600 kg, carries four scientific instruments, and will operate for around three years from a highly elliptical orbit located nearly 1.21 lakh km above Earth’s north pole. Observation Advantage This distant orbital position allows uninterrupted imaging of the magnetosphere’s outer boundary, offering a complete and dynamic view of solar wind interactions not possible from low-Earth orbit. Scientific Instruments Soft X-ray Imager (SXI) Developed by ESA, this instrument will generate global soft X-ray images of the magnetopause and bow shock, directly visualizing how Earth’s magnetic shield responds to solar pressure. Ultraviolet Imager (UVI) The ultraviolet imager will observe auroral emissions, helping scientists connect magnetospheric disturbances with changes in Earth’s upper atmosphere and ionosphere. Light Ion Analyser (LIA) This instrument measures the density, composition, and velocity of ions, enabling detailed study of particle transport and acceleration processes near Earth. Magnetometer The magnetometer records variations in magnetic fields and provides critical information about magnetic reconnection and energy transfer during geomagnetic storms. How Earth Protects Itself from the Sun Magnetic Shielding Earth’s magnetic field deflects most charged particles around the planet, preventing direct bombardment of the atmosphere and reducing harmful radiation reaching the surface. Bow Shock and Magnetopause Incoming solar wind first encounters the bow shock, where particles slow down, and then the magnetopause, which acts as the main boundary separating solar and terrestrial magnetic fields. Polar Entry and Auroras A small fraction of particles enters along magnetic field lines near the poles, where collisions with atmospheric gases create auroras instead of causing global atmospheric damage. Importance of Space Weather Threat to Satellites and Navigation Severe geomagnetic storms can damage satellites, degrade GPS accuracy, interrupt communications, and affect weather forecasting, banking, and transportation systems dependent on space-based infrastructure. Risk to Power Grids Solar storms induce electric currents in transmission lines and transformers, potentially triggering large-scale blackouts and long-term equipment damage. Human Safety Astronauts and high-latitude flights face increased radiation exposure during intense solar events, necessitating accurate forecasting and operational precautions. Significance for India Protection of Strategic Assets India’s satellite systems such as Indian Space Research Organisation missions supporting communication, navigation, and meteorology will benefit from improved global space weather alerts. Grid and Aviation Resilience Better forecasting can help Indian power utilities and aviation authorities take preventive measures against geomagnetic disturbances and radiation risks. Scientific Collaboration SMILE data will strengthen international heliophysics research and complement India’s growing capabilities in solar and space-weather studies. International Cooperation First ESA–CNSA Joint Mission SMILE is the first full-scale collaborative space mission between ESA and CNSA, involving China and 12 European countries, demonstrating the power of science diplomacy. Strategic Value The mission shows that countries can cooperate on global scientific challenges despite wider geopolitical competition and strategic mistrust. Comparison with Previous Missions Cluster and Swarm Missions Earlier ESA missions improved understanding of magnetic fields and plasma processes, but they lacked the capability to provide real-time global X-ray imaging of the magnetosphere. SMILE’s Innovation By combining imaging and in-situ measurements, SMILE offers a comprehensive systems-level view of how Earth responds to solar disturbances. Broader Scientific Importance Habitability of Earth Earth’s strong magnetosphere has preserved the atmosphere over billions of years, making the planet uniquely suitable for sustaining life. Planetary Science Understanding Earth’s magnetic shield helps explain why planets like Mars lost much of their atmosphere and became less hospitable. Challenges Complex Plasma Physics Magnetospheric processes involve nonlinear interactions between particles and magnetic fields, making accurate modeling scientifically demanding. Limited Mission Duration A three-year operational life may not capture the full variability of the Sun’s approximately 11-year solar cycle. Operational Translation Scientific observations must be integrated into forecasting systems before they can generate practical alerts for infrastructure operators. Way Forward Global Data Integration SMILE observations should be combined with data from NASA, ESA, ISRO, and NOAA missions to build a robust international space weather monitoring network. Infrastructure Preparedness Countries should harden satellites, strengthen power grid resilience, and develop operational protocols for severe solar storms. Indian Capacity Building India should expand indigenous space-weather research, forecasting centers, and technological safeguards for critical infrastructure. Data and Facts Launch Date: 20 May 2026 Spacecraft Mass: 2,600 kg Mission Life: 3 years Orbit Height: 1.21 lakh km Scientific Instruments: 4 Participating European Countries: 12 Prelims Pointers Magnetosphere is formed by Earth’s magnetic field. Auroras are produced by charged particles interacting with atmospheric gases. Solar wind consists of charged particles emitted by the Sun. SMILE is a joint mission of ESA and CNSA. Soft X-rays are used to image the magnetosphere.