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Distribution: weekly

  • Analysing Internet access and digital skills in India

    Why in the News?

    The National Sample Survey Office’s Comprehensive Annual Modular Survey (CAMS) 2022-23 is a landmark initiative that provides the first large-scale assessment of India’s digital landscape at the household and individual level.

    What does the CAMS 2022–23 reveal about digital access and skills in India?

    • Broadband Access is Widespread but Unequal: 76.3% of Indian households have broadband internet, indicating strong national reach. Eg: In urban areas like Delhi, over 90% of households are connected, while in states like Arunachal Pradesh, only 60.2% have access.
    • Social and Economic Inequalities Persist: Broadband access is higher among General category households (84.1%), but much lower among SCs (69.1%)and STs (64.8%). Eg: In the lowest income decile, 71.6% of households lack broadband, compared to just 1.9% in the top decile.
    • High Mobile Ownership But Gender and Caste Gaps Remain: Over 94% of rural households own mobile phones, but usage is skewed. Eg: Only 25.3% of rural women in the General category use mobile phones independently, and the percentage is even lower among SC/ST women.
    • Basic Digital Skills are Still Limited: While many can use mobile phones, skills like emailing and online banking are still underdeveloped. Eg: Only 20% of rural and 40% of urban people can send or receive emails; only 37.8% of all people aged 15+ can perform online banking transactions.

    Why does the digital divide still exist despite high internet penetration?

    • Economic Inequality Limits Access: While internet availability is high, affordability remains a barrier for poorer households. Eg: In the lowest income decile, 71.6% of households lack broadband, compared to only 1.9% in the top income group.
    • Social Disparities Affect Usage: Caste and gender-based inequalities reduce meaningful digital access and use. Eg: Among rural women from the General category, only 25.3% use mobile phones independently, with even lower figures among SC/ST women.
    • Low Functional Digital Literacy: Having internet access does not mean people have the skills to use it effectively for education or services. Eg: Only 20% of rural and 40% of urban populations can send or receive emails, showing a gap in practical digital usage.

    What digital skills are lacking among rural and urban populations?

    • Email Communication Skills Are Low: A large section of the population cannot use basic email services. Eg: Only 20% in rural areas and 40% in urban areas can send or receive emails.
    • Spreadsheet and Arithmetic Skills Are Poor: Most people lack the ability to perform basic digital tasks like calculations in spreadsheets. Eg: Less than 40% of Indians aged 15+ can perform arithmetic operations in spreadsheets.
    • Online Banking Proficiency Is Limited: There is limited ability to use secure digital financial services. Eg: Only 37.8% of people aged 15+ in India can perform online banking transactions, indicating low digital financial literacy.

    How can the government bridge the digital divide to meet the SDG 4 goals? (Way forward)

    • Subsidise Internet Access for Poor Households: Make broadband a basic utility, like water or electricity, to ensure universal access. Eg: Provide low-cost broadband plans or free connections for families in the bottom income deciles, where 71.6% lack connectivity.
    • Invest in Digital Skill Training: Launch nationwide programs to train youth and adults in essential digital skills. Eg: Government-backed digital literacy missions in rural areas can teach email use, spreadsheet functions, and online banking.
    • Promote Inclusive Technology Access for Women and Marginalised Groups: Ensure equal digital access for SCs, STs, OBCs, and women through targeted schemes. Eg: Initiate women-focused mobile usage schemes in rural areas, where only 25.3% of general category women use mobile phones exclusively.

    Mains PYQ:

    [UPSC 2021] Has digital illiteracy, particularly in rural areas, coupled with lack of Information and Communication Technology (ICT) accessibility hindered socio-economic development? Examine with justification.

    Linkage: The article explicitly details the disparities in “broadband Internet facilities” and “mobile or telephone connections” between rural and urban areas, and across different states, caste groups (OBCs, SCs, STs, and General), and income deciles, directly addressing “ICT accessibility. This question directly aligns with the core themes presented in the article.

  • In news: Servants of India Society

    Why in the News?

    Pune’s Gokhale Institute of Politics and Economics (GIPE) has recently called for a neutral takeover of its parent body, the Servants of India Society (SIS), following allegations of financial irregularities.

    In news: Servants of India Society

    About Servants of India Society:

    • Founding: It was founded on June 12, 1905, in Pune by Gopal Krishna Gokhale, along with N.A. Dravid, G.K. Devadhar, and A.V. Patwardhan.
    • Mission: The Society aimed to train Indians for selfless national service, promote education, and work for social and political reform through constitutional means.
    • Core Values: Members took vows of simple living, secularism, and equality across caste and religion.
    • Non-political Nature: Though non-political and non-sectarian, many SIS members contributed significantly to the freedom movement.
    • Prominent Members: Influential members included V.S. Srinivasa Sastri, Hriday Nath Kunzru, and A.V. Thakkar.
    • Major Activities: SIS established schools, ran night classes, supported healthcare, and published The Hitavada since 1911.
    • Welfare Work: It actively engaged in disaster relief, women’s and child welfare, and rural development.
    • Secular Legacy: It was India’s first secular social reform organisation, focusing on nation-building through service.
    • Current Status: Headquartered in Pune, it continues to operate today, though with limited membership, preserving its foundational values.

    Gopal Krishna Gokhale (1866-1915):

    • Early Life: He was a liberal nationalist, senior Indian National Congress leader, and social reformer.
    • Political Journey: He joined the Indian National Congress in 1889 under Justice M.G. Ranade and became Congress President in 1905.
    • Institution Building: In 1905, Gokhale founded the Servants of India Society to train dedicated public servants.
    • Legislative Work: He served in the Bombay Legislative Council (1899) and the Imperial Legislative Council as a non-official member.
    • Reform Advocacy: Gokhale played a major role in securing the Morley-Minto Reforms (1909) and presented India’s economic conditions to the Welby Commission.
    • Mentor to Gandhi: Gokhale was a political mentor to Mahatma Gandhi and supported his early work, including funding the Sabarmati Ashram.
    • Education and Journalism: He established the Ranade Institute of Economics and launched The Hitavada newspaper (published from Nagpur).
    • Philosophy: Gokhale believed in constitutional reform, education, and social justice as the path to Indian self-rule, bridging social reform and political activism.

     

    [UPSC 2009] Who among the following rejected the title of knighthood and refused to accept a position in the Council of the Secretary of State for India?

    Options: (a) Motilal Nehru (b) M.G. Ranade* (c) G.K. Gokhale (d) B.G. Tilak

     

  • Sowa-Rigpa Traditional Medicine

    Why in the News?

    A one-day Samyoga event was organised today at the National Institute of Sowa-Rigpa (NISR), Leh, with the participation of experts from 10 states of India.

    About Sowa-Rigpa:

    • Overview: Sowa-Rigpa, also known as Traditional Tibetan Medicine or the Amchi system, is among the oldest continuously practised medical systems in the world.
    • Origin: The term comes from the Bhoti language, meaning “knowledge of healing”, and dates back over 2,000 years.
    • Historical Development: It was codified in the 8th century CE during King Trisong Detsen’s reign and further developed in the 12th century.
    • Foundational Text: The Gyud-Zi (4 Tantras) integrates ideas from Ayurveda, Chinese medicine, Greek traditions, and Bon and Buddhist philosophy.
    • Global Presence: Sowa-Rigpa is practiced in Tibet, Mongolia, Bhutan, Nepal, and parts of Russia and China.
    • Indian Regions: In India, it is common in Ladakh, Sikkim, Arunachal Pradesh, Himachal Pradesh (Lahaul & Spiti), Jammu & Kashmir, and Darjeeling.
    • Core Beliefs: The system promotes disease prevention, longevity, and holistic mind-body well-being, viewing the body as a microcosm of nature in harmony with the environment.

    Diagnosis and Treatment:

    • Diagnostic Methods: Practitioners use pulse analysis, urine analysis, and detailed observation including case history.
    • Therapies Used: Treatments include diet and lifestyle adjustments, herbal medicines, Kunyé massage, moxibustion, acupuncture, and spiritual healing.
    • Ayurvedic Influence: About 75% of its theoretical base is derived from Ayurveda, especially the Ashtanga Hridaya.
    • Common Herbs: Shared medicinal herbs include Ashwagandha, Triphala, and Guggulu.

    Education and Recognition:

    • Traditional Training: Knowledge was historically passed through oral traditions, via guru-shishya parampara or family lineages.
    • Modern Institutions: The Central Council for Tibetan Medicine oversees education and practice standards.
    • National Institute: The National Institute of Sowa-Rigpa (NISR) in Leh leads in education, research, and policy implementation.
    • Government Recognition: Sowa-Rigpa has been officially recognised under AYUSH systems in India since 2010 and is promoted in multiple Himalayan states.
    [UPSC 2019] Recently, there was a growing awareness in our country about the importance of Himalayan nettle (Girardinia diversifolia) because it is found to be a sustainable source of:

    Options: (a) anti-malarial drug* (b) biodiesel (c) pulp for paper industry (d) textile fibre

     

  • PRASHAD Scheme

    Why in the News?

    The long-awaited Chamundi Hills development project in Karnataka is finally gaining momentum under the Pilgrimage Rejuvenation and Spiritual Heritage Augmentation Drive (PRASHAD) scheme.

    About the PRASHAD Scheme:

    • Launch: It was launched in 2014–15 by the Ministry of Tourism.
    • Core Objective: It aims to revitalize pilgrimage sites and develop spiritual tourism infrastructure across India.
    • Scope and Mission: In 2017, PRASHAD was upgraded to a National Mission, integrating features of the HRIDAY scheme to create a unified heritage and spiritual site development model.
    • Cultural Focus: The scheme emphasises cultural preservation, community involvement, and promoting both domestic and international spiritual tourism.
    • Implementation:
      • Executing Agencies: Projects are executed by state-level agencies appointed by the respective state or union territory governments.
      • Funding Model: The scheme offers 100% central financial assistance for eligible infrastructure and development components.
      • Public-Private Support: It encourages Corporate Social Responsibility (CSR) contributions and Public-Private Partnerships (PPP) to expand sustainability and local ownership.
      • Centre-State Collaboration: Implementation is designed to ensure close cooperation between central and state governments while respecting local cultural and religious traditions.

    Key Features:

    • Infrastructure Development: Roads, drinking water, sanitation, solid waste management, lighting, and public conveniences at pilgrimage sites.
    • Connectivity Enhancement: Improved rail, road, and air links to facilitate easier access for pilgrims.
    • Pilgrim Facilities: Creation of accommodation, food courts, wayfinding systems, and security measures for safe and hygienic pilgrimages.
    • Cultural Conservation: Restoration of temples, monuments, ghats, and sacred lakes; integration of cultural traditions in tourism.
    • Community Empowerment: Skill training for locals, development of tourism-linked jobs, and stakeholder participation in project design and operation.
    • Sustainability Focus: Use of eco-friendly technologies, green energy, and promotion of responsible tourism to reduce environmental impact.
    [UPSC 2022] The Prime Minister recently inaugurated the new Circuit House near Somnath Temple at Veraval. Which of the following statements are correct regarding Somnath Temple?

    1. Somnath Temple is one of the Jyotirlinga shrines.

    2. A description of Somnath Temple was given by Al-Biruni.

    3. Pran Pratishtha of Somnath Temple (installation of the present day temple) was done by President S. Radhakrishnan.

    Select the correct answer using the code given below:

    Options: (a) 1 and 2 only * (b) 2 and 3 only (c) 1 and 3 only (d) 1, 2 and 3

     

  • Ocean Darkening: A New Ecological Crisis

    Why in the News?

    A new study from the University of Plymouth has revealed that over 21% of the global ocean has significantly darkened in the last two decades.

    What is Ocean Darkening?

    • Ocean darkening refers to the reduction in sunlight penetration into the ocean’s upper layers, known as the photic zone (up to 200 meters deep), where sunlight drives photosynthesis and supports marine biodiversity.
    • This process is measured using the diffuse attenuation coefficient (Kd 490), which tracks how quickly light diminishes as it passes through seawater.
    • The photic zone is essential for phytoplankton productivity, oxygen generation, marine food chains, and the regulation of global climate.

    Recent Report Citing Ocean Darkening:

    • A new study by researchers from the University of Plymouth, published in 2024, titled “Darkening of the Global Ocean”, revealed that 21% of the global ocean has significantly darkened from 2003 to 2022.
    • Key findings:
      • 9% of the ocean saw a drop of more than 50 meters in light penetration—equal to the area of Africa.
      • 2.6% experienced a loss exceeding 100 meters in photic depth.
    • Affected Region: The study found the Arctic, Antarctic, Gulf Stream, and North Sea among the worst affected regions.
    • Causes:
      • Algal blooms from nutrient runoff in coastal areas.
      • Warming seas, altered plankton dynamics, and changing ocean currents in open ocean zones.

    Implications of Ocean Darkening:

    • Ecosystem Disruption: Light-dependent species, such as Calanus copepods, are being pushed into shallower zones, increasing predation and competition.
    • Loss of Habitat: The shrinkage of the photic zone could be one of the largest marine habitat losses ever, affecting fish stocks and biodiversity.
    • Climate Feedback Loop: Reduced photosynthesis in oceans could weaken the ocean’s role in carbon sequestration and oxygen production, worsening climate change.
    • Threat to Global Fisheries: The contraction of productive zones affects fish populations, jeopardising fisheries and food security.
    • Scientific Concern: Researchers warn that this hidden crisis could fundamentally alter marine ecosystems if not urgently addressed.
    [UPSC 2025] With reference to the planet Earth, consider the following statements:

    I. Rain forests produce more oxygen than that produced by oceans. II. Marine phytoplankton and photosynthetic bacteria produce about 50% of the world’s oxygen. III. Well-oxygenated surface water contains several folds higher oxygen than that in atmospheric air.

    Which of the statements given above is/are correct?

    Options: (a) I and II (b) II only * (c) I and III (d) None of the above statements is correct

     

  • Rudrastra UAV passes key army trial. 

    Why in the News?

    India advanced its indigenous defence tech with SDAL’s successful trial of the Hybrid VTOL UAV Rudrastra at Pokhran.

    Rudrastra UAV passes key army trial. 

    About Rudrastra:

    • Rudrastra is an indigenously developed Hybrid Vertical Take-Off and Landing (VTOL) UAV built by Solar Defence and Aerospace Limited (SDAL).
    • The UAV is engineered for deep-strike capabilities, capable of carrying out precision missions without endangering human soldiers.
    • It is tailored for anti-personnel roles, with airburst munitions designed to strike targets across hostile borders.
    • Rudrastra blends rotor-based vertical lift with fixed-wing cruise capability, enhancing deployment across diverse terrains.
    • It is considered a “stand-off” weapon, enabling missions deep into enemy territory with autonomous return capability.

    Key Features:

    • Hybrid VTOL Design: Can vertically take off and land like a helicopter and cruise like a fixed-wing aircraft, enhancing flexibility.
    • Extended Range: Demonstrated a total mission range of over 170 km, including loiter time over the target.
    • Real-Time Surveillance: Maintained a stable video link while covering a 50+ km mission radius.
    • Precision Strike Capability: Successfully deployed airburst munitions, effective for area damage and anti-personnel use.
    • Endurance: Achieved a flight endurance of 1.5 hours, ideal for extended ISR or strike operations.
    • Autonomous Navigation: Returned independently to the launch site after completing the mission.
    • Made in India: Fully developed by an Indian defence company, supporting indigenous innovation in combat drones.
    [UPSC 2025] With reference to Unmanned Aerial Vehicles (UAVs), consider the following statements:

    I. All types of UAVs can do vertical landing. II. All types of UAVs can do automated hovering. III. All types of UAVs can use battery only as a source of power supply.

    Which of the statements given above are correct?

    Options: (a) Only one (b) Only two (c) All the three (d) None*

     

  • Green Arabia Hypothesis in Human Evolution Research

    Why in the News?

    A recent study confirms that Arabia wasn’t always a desert wall but occasionally a green bridge between continents.

    About the Green Arabia Hypothesis:

    • Core Idea: It suggests that the Arabian Peninsula, now one of the driest places on Earth, experienced multiple humid phases over the past 8 million years, turning it into a green corridor for early migrations.
    • Challenge to Old Views: This theory challenges traditional models that excluded Arabia from early human dispersal routes in the ‘Out of Africa’ narrative.
    • Fossil Evidence: The discovery of fossils of crocodiles, hippos, and horses, dating up to 74,000 years ago, supports the claim that Arabia was once lush and habitable.

    Key Discoveries and Methods:

    • Archaeological Sites: Over 10,000 ancient lakebeds and sites over 500,000 years old were found, confirming Arabia’s role as a migration bridge between Africa and Eurasia.
    • Speleothem Analysis: 22 speleothem samples (mineral deposits formed within caves) from seven Saudi caves indicated humid phases between 7.44 million and 60,000 years ago.
    • Dating Techniques: Scientists used uranium-thorium dating to accurately time wet periods, revealing patterns linked to monsoon shifts and glacial cycles.
    • Environmental Impact: These wet intervals, though brief, supported vegetation, biodiversity, and water bodies, enabling human and animal settlements.

    Significance of the Study:

    • Biogeographic Role: Arabia is now viewed as a climate-sensitive migratory bridge, not a barrier, in human evolution and dispersal.
    • Climate Dependency: Human movement was influenced not just by geography, but by shifts in rainfall patterns and monsoonal activity.
    • Key Locations: Sites like Jubbah Oasis provided stone tools and lakebed evidence, validating early human habitation in the region.
    • Conclusion: Arabia’s periodic greening played a decisive role in early human migration, revising our understanding of ancient dispersal pathways out of Africa.
    [UPSC 2014] Which of the following phenomena might have influenced the evolution of organisms?

    1. Continental drift

    2. Glacial cycles Select the correct answer using the code given below.

    Options: (a) 1 only (b) 2 only (c) Both 1 and 2* (d) Neither 1 nor 2

     

  • [16th June 2025] The Hindu Op-ed: What are flue gas desulphurisation units?

    PYQ Relevance:

    [UPSC 2022] Discuss global warming and mention its effects on the global climate. Explain the control measures to bring down the level of greenhouse gases which cause global warming, in the light of the Kyoto Protocol, 1997.

    Linkage:  SO2 as “one of the major greenhouse gases that cause global warming”. Flue Gas Desulphurisation (FGD) units are designed specifically to remove SO2 emissions from the combustion of fossil fuels. Therefore, FGD units serve as a direct “control measure to bring down the level of greenhouse gases” as addressed by the question.

     

    Mentor’s Comment:  India’s top science advisory group has suggested ending the 2015 rule that made it compulsory for all coal-based power plants to install Flue Gas Desulphurisation (FGD) units. This has raised serious concerns because FGDs are key to reducing sulphur dioxide (SO₂) pollution, which causes 15% of India’s PM2.5 levels and leads to breathing problems, environmental damage, and climate change. Although installing FGDs is expensive (₹1.2 crore per MW), experts warn that dropping the plan could harm public health and clean air efforts. Worryingly, only 39 of 537 plants have installed FGDs, and deadlines keep getting pushed back.

     Today’s editorial focuses on the analysis of the installation of the Flue Gas Desulphurisation (FGD) units in a thermal power plant. This content is very relevant to GS Paper III (Environment, Science and Technology) Mains.

    _

    Let’s learn!

    Why in the News?

    A group of experts, led by Principal Scientific Advisor Ajay Sood, has recently suggested that India should cancel the 10-year-old rule that requires all coal-based thermal power plants to install Flue Gas Desulphurisation (FGD) units.

    Why India should cancel the 10-Year-Old Rule (2015 FGD Mandate)?

    • High Installation Cost Burden: Installing FGD units costs around ₹1.2 crore per MW, which can significantly raise power generation costs and electricity tariffs. Eg: For 97,000 MW of new capacity, the cost would be about ₹97,000 crore, making power less affordable.
    • Delayed and Poor Implementation: Despite the 2015 rule, compliance has been dismal—only 39 out of 537 plants had FGDs installed by 2025. Eg: Repeated deadline extensions (up to 2029) show lack of feasibility and institutional capacity.
    • Limited Local Air Quality Impact in Some Areas: In certain regions, the contribution of SO₂ emissions from TPPs to PM2.5 levels is relatively small. Eg: In Delhi, most air pollution comes from other sources like vehicles and construction, so FGDs at distant plants may offer minimal benefit.

    What is a Flue Gas Desulphurisation (FGD) unit?

    • FGD units are devices used in coal-fired thermal power plants (TPPs) to remove sulphur dioxide (SO₂) from flue gas. Flue gas is a byproduct of burning fossil fuels and contains pollutants like SO₂, CO₂, NOx, and particulate matter.
    • Three common FGD technologies:
      • Dry sorbent injection (adds powdered limestone to flue gas).
      • Wet limestone treatment (reacts SO₂ with limestone slurry to form gypsum).
      • Sea water scrubbing (used near coastal areas).

    How does it reduce SO₂ emissions from thermal power plants?

    • Chemical Neutralisation Reaction: FGD units use alkaline substances like limestone or lime to react with acidic SO₂ in flue gas, converting it into stable, non-toxic compounds. Eg: In wet limestone FGD, SO₂ reacts with limestone slurry to form gypsum (CaSO₄·2H₂O), a harmless industrial byproduct.
    • Efficient Scrubbing Techniques: Technologies like wet scrubbers or dry sorbent injection physically remove SO₂ from exhaust gases before release into the atmosphere. Eg: Dry sorbent injection sprays powdered lime into the flue gas stream, which binds with SO₂ and is later captured by filters.
    • Controlled Emission Discharge: FGD ensures that the treated flue gas released into the environment has significantly lower SO₂ levels, complying with environmental norms. Eg: Power plants near coasts use sea water FGD, where sea water absorbs SO₂ and is then treated before being discharged safely.

    Why are SO₂ emissions harmful?

    • Respiratory and Health Issues: Sulphur dioxide (SO₂) irritates the respiratory system, causing problems like asthma, bronchitis, and lung damage, especially in children and the elderly. Eg: Studies in urban industrial areas show a direct link between SO₂ exposure and increased hospital admissions for respiratory illnesses.
    • Formation of Secondary Particulate Matter (PM2.5): SO₂ reacts in the atmosphere to form fine particulate matter (PM2.5), which can penetrate deep into lungs and enter the bloodstream, posing serious health risks. Eg: According to studies, 80% of PM2.5 from coal combustion is due to secondary particles formed from SO₂.
    • Contribution to Acid Rain: SO₂ combines with water vapor in the atmosphere to form sulphuric acid, leading to acid rain that damages soil, crops, forests, and aquatic ecosystems. Eg: Regions near coal-fired plants have reported acidic lakes and damaged crops due to acid rain deposition.
    • Environmental Degradation: High SO₂ levels can corrode buildings, especially monuments made of limestone or marble, and degrade overall air and water quality. Eg: The Taj Mahal has shown signs of yellowing, partly attributed to SO₂-related pollution.
    • Climate and Visibility Impact: Though SO₂ itself is not a greenhouse gas, it leads to formation of aerosols, affecting cloud formation, reducing visibility, and causing climate imbalance. Eg: In industrial belts, hazy skies and temperature variations are linked to SO₂-derived aerosols.

    What is the status of FGD installation in India (2025)?

    • Low Overall Commissioning: Only about 39 out of 537 thermal power plant units (≈ 19,430 MW capacity) have commissioned FGD systems, representing ~11% of the total required capacity. Eg: Just 13 out of 35 units within 300 km of Delhi have installed FGDs, showing slow progress in high-pollution zones.
    • Stalled Projects and Delays: Contracts have been awarded for about 238 units (~105,200 MW), and 139 units (~42,847 MW) are still in the tendering stage, but many projects remain stalled. Eg: Some plants, especially near Delhi, may take up to 36 months to complete FGD installation due to regulatory and logistical hurdles.
    • Repeated Deadline Extensions: Compliance deadlines have been extended multiple times: from 2017 → 2024 → 2026–2029, depending on the location and plant category. Eg: The Ministry of Environment has pushed back deadlines for thermal plants in Delhi NCR without strict justification, raising concerns about enforcement.

    Way forward: 

    • Prioritised FGD Installation: Expedite FGD implementation in high-emission and densely populated zones to balance cost and health impact.
    • Policy and Financial Support: Provide targeted subsidies or incentives to TPPs and integrate FGD costs into long-term tariff planning for smoother adoption.

  • Fire on waters India’s maritime firefighting capabilities are standing up to the test

    Why in the News?

    The fire on MV Wan Hai 503 near Kannur exposed India’s weak maritime safety. With over 140 hazardous containers onboard, it posed a major risk during the monsoon, threatening the environment and lives.

    What are the major types of peacetime maritime accidents faced by the Indian coast?

    • Sinking of merchant ships – leads to cargo loss, traffic disruption, and environmental damage.
    • Fire onboard vessels – threatens coastal life, property, and marine ecology.
    • Oil spills – have long-lasting environmental impacts and are difficult to contain.

    Why was the MV Wan Hai 503 incident a significant maritime safety challenge?

    • Presence of Hazardous Cargo: Over 140 of the 1,754 containers onboard contained hazardous materials, posing a high risk of toxic release and chemical explosions. Eg: Multiple colors of smoke (brown, white, grey, black) indicated different substances burning simultaneously.
    • Proximity to Coastline During Fire: The ship began drifting dangerously toward the Indian coast near Azhikkal, Kerala, during monsoon rough seas, increasing the threat of coastal disaster. Eg: The tow rope initially snapped under pressure, risking further drift and collision with the shore.
    • Complexity of Fire-Fighting and Towing: Fire-fighting was complicated by weather conditions and ship instability, requiring precise coordination. Eg: An Indian Navy helicopter had to airdrop a salvage team to pass a steel wire rope for safe towing to deeper waters.
    • Multi-Agency Emergency Response Needed: The incident required rapid coordination between the Indian Navy, Coast Guard, and the ship owner’s team using tugs. Eg: The ship was finally stabilized 45 nautical miles offshore, where the water depth was nearly one kilometre, minimizing risk to coastal areas.

    How did Indian agencies respond to the fire on MV Wan Hai 503?

    • Rapid firefighting efforts amid adverse conditions: The Indian Coast Guard initiated firefighting operations despite rough seas caused by the monsoon. Eg: Firefighting continued while the ship drifted dangerously toward the Kerala coast, with thick smoke from burning hazardous cargo.
    • Coordinated aerial and naval action: The Indian Navy deployed a helicopter to airdrop a salvage team onto the ship and deliver a steel wire rope to secure it. Eg: The steel rope enabled safe towing after the initial tow rope snapped due to tension and sea conditions.
    • Strategic towing and risk mitigation: Indian agencies, in coordination with the ship owner’s agents and tugboats, towed the vessel 45 nautical milesaway from the coast to prevent environmental and coastal damage. Eg: The vessel was moved to deeper waters (1 km depth) to minimize the impact of any further explosion or sinking.

    Why are gas-carrying and oil-laden ships considered severe fire and explosion hazards?

    • High flammability of cargo: Gas and crude oil are highly combustible, making these ships extremely prone to fires and explosions if containment fails. Eg: Even a minor spark can ignite vapours from gas or oil, causing catastrophic fires onboard.
    • Large volume of hazardous material: These vessels carry enormous quantities of flammable substances, which amplify the scale of damage during accidents. Eg: The New Diamond VLCC was carrying 2,70,000 tonnes of crude oil when it caught fire off Colombo in 2020.
    • Critical maritime chokepoint risks: Accidents involving such vessels at strategic locations like the Suez Canal or Strait of Malacca can disrupt global trade and cause widespread damage. Eg: A gas carrier explosion at a maritime chokepoint could halt international shipping routes, impacting global supply chains.

    What are the key areas India needs to strengthen in maritime fire-fighting and salvage operations? (Way forward)

    • Rapid Salvage Capability: India must improve its ability for quick salvage of sinking or damaged vessels to prevent cargo loss, environmental damage, and navigation disruption. Eg: During the MV Wan Hai 503 incident, timely towing by the Indian Navy helped avert a coastal disaster, but highlighted the need for faster salvage deployment.
    • Multi-agency Coordination: Effective response to maritime emergencies requires seamless coordination among the Coast Guard, Navy, port authorities, and private salvage firms. Eg: The successful control of the New Diamond VLCC fire involved joint efforts from Indian and Sri Lankan naval forces.
    • Advanced Fire-fighting Infrastructure: India needs to upgrade fire-fighting equipment on patrol vessels and at key ports, especially for handling hazardous cargo and oil/gas fires. Eg: The Coast Guard’s patrol vessels are now fitted with basic fire-fighting systems, but large-scale fires require specialised ships and foam-based suppression systems.

    Mains PYQ:

    [UPSC 2023] What are the ways in which oil pollution affects the marine ecosystem? In what way is oil pollution particularly harmful for a country like India?

    Linkage: Maritime Accident Response” explicitly talks about the “oil spills” as one of the three major peacetime maritime accidents that the Indian coast needs protection against. It also states that oil is a “more severe fire hazard” than hazardous cargo, especially in the context of gas-carrying merchant ships. This question directly addresses the environmental and national impact of oil pollution, which is a significant aspect of maritime accidents and firefighting efforts.

  • Centre caps MGNREGS spend at 60%

    Why in the News?

    The Union Finance Ministry has capped spending under the Mahatma Gandhi National Employment Guarantee Scheme (MGNREGS) at 60% of its total annual allocation for the first half of FY 2025-26.

    About MGNREGS:

    • Legal Foundation: MGNREGS is a rights-based Centrally Sponsored Scheme launched under the MGNREGA Act of 2005 to ensure the Right to Work for rural households.
    • Origins:
      • The idea of employment guarantee in India began with Maharashtra’s pilot, Employment Guarantee Scheme (MEGS), in 1965 under the V. Naik government.
      • At the national level, the idea was first proposed in 1991 by then PM P. V. Narasimha Rao and later enacted in 2005.
    • Employment Guarantee: It provides 100 days of wage employment per year to any adult willing to do unskilled manual labour in rural India.
    • Legal Obligation: It is the first law in India that imposes a legal duty on the government to provide employment and compensate for non-compliance.
    • Development Goal: The scheme aims to promote livelihood security, inclusive growth, and rural development.

    Key Features:

    • Statutory Right: Employment under MGNREGS is a legal entitlement, not just a welfare scheme.
    • Eligibility: Any rural adult aged 18 or above can apply and must be offered work within 15 days.
    • Proximity and Wages: Work must be provided within 5 km of the applicant’s residence with minimum wage, and delays attract compensation.
    • Unemployment Allowance: If work is not provided on time, the state must pay an allowance.
    • Demand-Driven Model: The scheme is worker-initiated, requiring the government to respond to demand.
    • Transparency and Audits: Regular social audits and online updates ensure accountability in job cards, muster rolls, and fund use.
    • Local Implementation: It is decentralised, led by Gram Panchayats, with support from block and state officials, and centrally funded.
    • Women’s Inclusion: At least one-third of beneficiaries must be women, enhancing gender equity.
    • Sustainable Assets: Projects focus on durable rural infrastructure like ponds, roads, canals, and plantations.

    Rationale Behind the Spending Cap:

    • Expenditure Control: This cap is part of the Monthly/Quarterly Expenditure Plan to prevent front-loading of funds and mid-year shortages.
    • Previous Trends: In earlier years, over 70% of funds were spent by September, creating dues of ₹15,000–25,000 crore.
    • Current Status: As of June 2025, 28% of the budget is already used, while ₹19,200 crore in dues remain from FY25.
    • Criticism: Experts argue the cap undermines the demand-driven design of the act and may violate the legal right to work.
    [UPSC 2006] Consider the following statements in respect of the National Rural Employment Guarantee Act, 2005:

    1. The Act provides 100 days of employment to households as a fundamental right.

    2. Women are given priority such that half of the employment seekers are women.

    Options: (a) 1 only (b) 2 only (c) Both 1 and 2 (d) Neither 1 nor 2 *