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  • [19th February 2026] The Hindu OpED: India’s moment to restoring balance to copyright

    PYQ Relevance

    [UPSC 2024] What is the present world scenario of intellectual property rights with respect to life materials? Although India is second in the world to file patents, still only a few have been commercialised. Explain the reasons behind this less commercialization.

    Linkage: This question links with the AI-copyright debate as both concern intellectual property rights, innovation, and the balance between protection and public use of knowledge. It helps analyse how rigid IPR frameworks can limit technological development and commercialization, similar to challenges faced in AI data and copyright regulation.

    Mentor’s Comment

    The editorial discusses India’s copyright challenge in the age of Artificial Intelligence (AI). It explains that old copyright laws, designed for the print era, are conflicting with AI, data mining, and digital access to knowledge. The article examines historical trends, policy gaps, global comparisons, and governance choices to understand how India can balance creator rights with innovation, accessibility, and public interest.

    Why in the News?

    The rise of Artificial Intelligence has triggered a major debate on copyright laws because AI systems require large-scale data for training, while existing copyright rules remain restrictive and outdated. India is now at a policy crossroads where balancing creator rights with innovation and public access has become urgent, making the issue highly relevant for governance and digital regulation today.

    Introduction

    Copyright law historically aimed to reward creators while ensuring eventual public access to knowledge. Over time, however, protections expanded in duration and scope, producing a system described as “copyright maximalism.” The emergence of AI disrupts this balance because machine learning requires extensive data scraping and analysis, challenging traditional definitions of copying, authorship, and creative ownership.

    How has copyright law evolved from incentive to over-expansion?

    1. Historical Purpose: Ensures limited monopoly rights for creators to incentivize publishing and dissemination of knowledge; early laws allowed controlled duplication mainly for printing and libraries.
    2. Expansion of Duration: Extends protection for the author’s lifetime plus long posthumous periods, reducing entry into the public domain and restricting reuse.
    3. Shift Toward Maximalism: Expands copyright beyond publication to automatic ownership of every created work, including minor or functional outputs.
    4. Outcome: Restricts free circulation of knowledge despite original intent of encouraging creativity.

    Why does AI challenge traditional copyright assumptions?

    1. Data Dependency: Requires large volumes of digital text, images, and media for training; machine learning models process patterns rather than reproduce works directly.
    2. Functional Use vs Creative Use: Treats data as statistical input rather than expressive content, questioning whether it constitutes infringement.
    3. Scale Problem: AI systems must crawl massive portions of the internet, making individual licensing impractical.
    4. Governance Gap: Creates uncertainty for developers, researchers, and innovation ecosystems in absence of clear legal exemptions.

    What does global evidence reveal about text and data mining policies?

    1. Comparative Study Findings: Survey across multiple countries showed most jurisdictions lack clear exceptions permitting large-scale AI data mining.
    2. Legal Restriction: Countries such as the Philippines and Sri Lanka largely prohibit unrestricted copying for analysis.
    3. Progressive Models: Japan and Singapore allow broader text and data mining exceptions, enabling technological experimentation.
    4. Policy Implication: Flexible copyright frameworks correlate with stronger AI innovation environments.

    Why is India’s current approach seen as a regulatory risk?

    1. Absence of Explicit Exception: Indian copyright law does not clearly permit AI-oriented data mining.
    2. Innovation Uncertainty: Creates legal ambiguity for startups, research labs, and academic institutions.
    3. Comparative Disadvantage: Countries providing explicit exemptions attract advanced AI research and investment.
    4. Governance Concern: Raises institutional accountability questions on balancing creator rights and technological advancement.

    How does copyright intersect with accessibility and public interest?

    1. Access to Knowledge: Restrictive copyright historically limited access for visually impaired persons until exceptions were introduced via the Marrakesh framework.
    2. Policy Lesson: Demonstrates that flexible copyright exceptions can advance inclusion without undermining creativity.
    3. Public Interest Principle: Supports constitutional goals of equality and knowledge dissemination.
    4. Institutional Responsibility: Requires regulators to ensure copyright does not hinder socially beneficial technological use.

    Should copyright protect jobs or creativity in the AI era?

    1. Technological Transition: Historical innovations eliminated certain roles but created new industries and employment forms.
    2. Policy Perspective: Copyright aims to encourage creativity, not permanently preserve existing occupations.
    3. Institutional Role: Governments may support displaced workers through taxation and social policy instead of restricting innovation.
    4. Outcome: Supports balanced governance between innovation and welfare measures.

    What should copyright law protect in an AI-driven future?

    1. Human Contribution: Protects genuine creative expression rather than data patterns or computational processes.
    2. Openness Principle: Encourages collaborative innovation and derivative creativity.
    3. Regulatory Reform: Requires modern exceptions for AI training, research use, and data mining.
    4. Strategic Objective: Aligns copyright with digital economy goals while maintaining creator incentives.

    Conclusion

    India’s copyright framework stands at a policy crossroads where rigid protection models confront AI-led innovation. A balanced approach that safeguards genuine creativity while enabling data-driven technological development is necessary. Clear legal exceptions, institutional foresight, and alignment with constitutional values of access and innovation can help restore equilibrium between creators, technology, and public interest.

  • Nicobar project’s strategic and ecological consequences

    Why in the News?

    The National Green Tribunal (NGT) has raised concerns over environmental safeguards in the ₹81,000-crore Great Nicobar mega project. The project has drawn attention due to large-scale forest diversion and its strategic significance as a proposed economic and defence hub.

    What is the Great Nicobar Island Development Project?

    1. Mega Infrastructure Project: Envisions integrated development of Great Nicobar Island as a strategic economic and defence hub at India’s southernmost tip.
    2. Project Cost: Estimated investment of about ₹81,000 crore aimed at long-term maritime and regional development.
    3. Core Components: Includes a transshipment port at Galathea Bay, a dual-use international airport, a greenfield township, and power infrastructure.
    4. Strategic Objective: Strengthens India’s maritime presence near major Indo-Pacific shipping routes and supports blue economy goals.
    5. Scale of Development: Covers nearly 166 sq km area involving land reclamation and major infrastructure expansion.
    6. Institutional Framework: Implemented through island development planning with environmental clearances subject to regulatory review.

    How does the Great Nicobar project reshape India’s strategic and maritime governance priorities?

    1. Strategic Location: Strengthens India’s maritime presence near the Malacca Strait, a key global shipping lane; positions India in Indo-Pacific logistics competition.
    2. Transshipment Capacity: Facilitates cargo transfer from large to smaller vessels; reduces dependence on foreign ports such as Singapore and Colombo.
    3. Defence Integration: Supports dual-use infrastructure with a military-civilian airport near INS Baaz, ensuring enhanced regional surveillance capability.
    4. Economic Hub Objective: Promotes integrated development through shipping, logistics and energy infrastructure to strengthen blue economy outcomes.
    5. Example: Proposed transshipment port at Galathea Bay designed for large-scale maritime trade handling.

    What governance challenges arise from large-scale development in ecologically fragile island ecosystems?

    1. Forest Diversion: Involves diversion of approximately 130 sq km of forest land from a 910 sq km island ecosystem.
    2. Deforestation Scale: Requires felling of nearly one million trees, raising compliance concerns under environmental clearance norms.
    3. Land Reclamation: Includes reclamation of around 166 sq km project area for infrastructure expansion.
    4. Institutional Oversight: Raises questions on adequacy of environmental impact assessments and monitoring frameworks.
    5. Example: Expansion activities around Galathea Bay intersect with ecologically sensitive zones.

    How does the project test environmental regulatory institutions and accountability mechanisms?

    1. Regulatory Scrutiny: NGT intervention strengthens judicial review of environmental decision-making processes.
    2. Clearance Process: Examines whether cumulative ecological impacts were fully assessed before approval.
    3. Precautionary Principle: Tests application of environmental jurisprudence balancing development and ecological risk.
    4. Administrative Accountability: Requires periodic compliance reporting and transparent monitoring frameworks.
    5. Example: NGT observations questioning safeguards indicate institutional check on executive decisions.

    What are the ecological and biodiversity implications of the proposed development?

    1. Biodiversity Loss: Threatens habitat of endemic species including Nicobar megapode and other island fauna.
    2. Protected Areas Impact: Project proximity to biosphere reserve and national parks intensifies conservation concerns.
    3. Ecosystem Fragility: Mixed evergreen forests and coastal ecosystems face fragmentation risk.
    4. Marine Ecology: Port development affects nesting sites and coastal biodiversity patterns.
    5. Example: Galathea Bay identified as ecologically sensitive with species nesting grounds.

    How does the project raise questions about social justice and indigenous rights governance?

    1. Indigenous Communities: Potential implications for vulnerable tribal groups residing in island regions.
    2. Livelihood Disruption: Infrastructure expansion may alter traditional ecological dependence and local settlements.
    3. Consultative Governance: Tests adequacy of consent and participatory decision-making mechanisms.
    4. Development vs Rights: Balances national strategic goals with constitutional protections for tribal communities.
    5. Example: Concerns raised regarding impacts on indigenous settlements in project vicinity.

    What economic and infrastructure outcomes are expected, and what risks remain?

    1. Infrastructure Integration: Ensures integrated development through airport, port, township and power plant.
    2. Logistics Efficiency: Promotes India’s emergence as a regional shipping hub.
    3. Investment Scale: ₹81,000 crore investment indicates long-term economic planning.
    4. Implementation Risk: High ecological and regulatory costs may delay or reshape execution timelines.
    5. Example: Planned airport area approximately 8.45 sq km and transshipment port around 7.66 sq km.

    Conclusion

    The Great Nicobar mega project represents a critical governance test where strategic economic ambitions intersect with ecological fragility and constitutional environmental commitments. Its long-term success will depend not merely on infrastructure delivery but on the credibility of regulatory safeguards, ecological accountability and inclusive decision-making mechanisms.

    PYQ Relevance

    [UPSC 2024] What role do environmental NGOs and activists play in influencing Environmental Impact Assessment (EIA) outcomes for major projects in India? Cite four examples with all important details.

    Linkage: This PYQ is directly relevant as the Great Nicobar Island Development Project has faced scrutiny over the adequacy of its Environmental Impact Assessment (EIA) and safeguards. It highlights how environmental activism, regulatory oversight, and institutional accountability influence approval and modification of large infrastructure projects.

  • Forest Rights Act Cells in Odisha under Central Scrutiny

    Why in the News?

    The Ministry of Tribal Affairs has begun inquiries after the Odisha government directed closure of several Forest Rights Act Cells and removal of staff involved in implementation of the Scheduled Tribes and Other Traditional Forest Dwellers (Recognition of Forest Rights) Act, 2006.

    About the Forest Rights Act, 2006

    Objective

    • Recognises historical rights of:
      • Scheduled Tribes
      • Other Traditional Forest Dwellers
    • Over forest land used for habitat and livelihood.

    Types of Rights Recognised

    1. Individual Forest Rights
    2. Community Rights
    3. Community Forest Resource Rights

    Institutional Mechanism

    • Gram Sabha is the initiating authority.
    • Sub Divisional Level Committee
    • District Level Committee as final authority

    What are FRA Cells?

    • FRA Cells were created to:
      • Provide technical and clerical support
      • Maintain records
      • Digitise forest rights titles
      • Expedite processing of claims

    They were supported under:

    • DA JGUA Scheme

      • Dharti Aaba Janjatiya Gram Utkarsh Abhiyan
      • Launched in 2024
      • Central scheme
      • Provides additional human resources to strengthen FRA implementation
    • Mo Jungle Jami Yojana (Odisha State Scheme)

      • Mo Jungle Jami Yojana
      • State initiative to support FRA implementation

    Current Issue

    • Closure of 50 sub divisional FRA Cells.
    • Direction to clear all pending claims by March end.
    • Earlier discontinuation of district and tehsil level FRA staff.
    • Nearly 20 percent of FRA claims pending in the State.
    • Odisha has:
      • Second highest number of titles issued after Chhattisgarh.
      • Sixth highest pendency rate.
    [2021] At the national level, which ministry is the nodal agency to ensure effective implementation of the Scheduled Tribes and Other Traditional Forest Dwellers (Recognition of Forest Rights) Act, 2006? 

    (a) Ministry of Environment, Forest and Climate Change 

    (b) Ministry of Panchayati Raj 

    (c) Ministry of Rural Development 

    (d) Ministry of Tribal Affairs

  • AI Mission 2.0 and Expansion of Common Compute

    Why in the News?

    At the AI Impact Summit in New Delhi, the Union IT Minister announced the launch of AI Mission 2.0 and the addition of 20,000 GPUs to the government’s common compute infrastructure under the IndiaAI Mission.

    What is the Common Compute Cluster?

    • Government supported shared AI infrastructure
    • Objective: Democratise access to expensive AI computing resources and reduce entry barriers.
    • Provides access to high performance GPUs
    • Open to:
      • Startups
      • Researchers
      • Academia
      • Indian AI firms

    Key Announcements

    • Addition of 20,000 GPUs

      • To be installed within six months
      • Strengthens national AI compute capacity
      • Supports training of large language models and advanced AI systems
    • AI Mission 2.0

      • Greater focus on:
      • AI research and development
      • Innovation ecosystem
      • AI diffusion across sectors
      • Strengthening public digital infrastructure
    • Indigenous Foundational Model

      • A foundational large language model from an Indian firm expected
      • Aim: Build applications with real public impact
    [2025] Consider the following statements: I. It is expected that Majorana 1 chip will enable quantum computing. 

    II. Majorana 1 chip has been introduced by Amazon Web Services (AWS). 

    III. Deep learning is a subset of machine learning. 

    Which of the statements given above are correct? 

    (a) I and only I (b) II and III only (c) I and III only (d) I, II and III

  • India’s First Private Helicopter Assembly Line at Vemagal

    Why in the News?

    India’s first private sector helicopter Final Assembly Line was inaugurated at Vemagal, Kolar district, Karnataka to manufacture Airbus H125 helicopters through a partnership between Tata Advanced Systems and Airbus.

    Key Entities Involved

    • Tata Advanced Systems Limited
    • Airbus
    • France
    • Hindustan Aeronautics Limited

    About the Facility

    • Location: Vemagal, Kolar district, Karnataka
    • Type: Private sector Final Assembly Line
    • Product: Airbus H125 single engine helicopter
    • Initial annual capacity: 10 helicopters
    • First delivery expected: Early 2027
    • Will serve Indian and South Asian markets

    This becomes the fourth global production site for the H125 after France, USA and Brazil.

    About H125 Helicopter

    • One of the world’s best selling single engine helicopters
    • Over 4,300 units flying globally
    • Certified under European Union Aviation Safety Agency standards
    • Designed for high altitude and rugged terrain operations

    Military Variant

    • H125M version proposed
    • Seen as a successor to Cheetah and Chetak helicopters
    • Suitable for:
      • Tactical reconnaissance
      • High altitude logistics
      • Search and rescue
      • Medical evacuation
    [2024] Consider the following aircraft: 

    1. Rafael 

    2. MiG-29 

    3. Tejas MK-1 

    How many of the above are considered fifth generation fighter aircraft? 

    (a) Only one (b) Only two (c) All three (d) None

  • The cost of controls on the fertiliser industry

    Why in the News?

    The Uttar Pradesh government has prohibited urea manufacturers and suppliers from selling “gair-anudaanit” (non-subsidised) fertilisers in the state. The order affects cooperative, public, and private firms.

    The action follows allegations of “tagging,” wherein farmers were allegedly compelled to purchase non-subsidised products along with subsidised fertilisers. However, the non-subsidised segment constitutes only 0.4 million tonnes annually, compared to India’s 67 million tonnes total fertiliser market, making the regulatory response appear disproportionate in scale.

    What is the Structure of the Fertiliser Industry in India

    1. High Regulatory Intensity: One of the most regulated industries in India.
    2. Core Products: Urea, Di-Ammonium Phosphate (DAP), Muriate of Potash (MOP), NPK complexes.
    3. Statutory Framework: Governed under Fertiliser Control Order (FCO), 1985.
    4. Administered Pricing: Urea MRP fixed at same level since November 2012.
    5. Subsidy Regime: P&K fertilisers operate under Nutrient-Based Subsidy (NBS) with capped retail pricing.
    6. Decontrol Paradox: Though labelled “decontrolled,” effective price and profit oversight continues through subsidy-linked conditions.

    How has fertiliser consumption and import dependence evolved?

    1. Rising Consumption: Total consumption increased significantly over recent years, reaching 67 million tonnes (2024-25).
    2. Urea Dominance: Urea consumption significantly exceeds P&K usage due to lower administered prices.
    3. Import Dependence: High import reliance for phosphatic and potassic fertilisers increases vulnerability to global price volatility.
    4. Price Differential: DAP priced at ₹27/kg and MOP at ₹19.40/kg under subsidy regime; non-subsidised variants priced substantially higher.
    5. Nutrient Imbalance: Excessive nitrogen usage distorts soil health due to price asymmetry.

    How does the fertiliser price control regime operate under the Fertiliser Control Order (FCO), 1985?

    1. Statutory Control: Operates under the Fertiliser Control Order, 1985 issued under the Essential Commodities Act framework.
    2. Administered Pricing: Fixes Maximum Retail Price (MRP) of urea at ₹266.5 per 45 kg bag.
    3. Subsidy Mechanism: Compensates manufacturers for cost-production gap through Direct Benefit Transfer (DBT) to companies.
    4. Input Regulation: Controls MRP of urea; phosphatic and potassic (P&K) fertilisers operate under Nutrient-Based Subsidy (NBS) scheme.
    5. Movement Control: Allocates fertiliser supply across states based on assessed demand.

    Is the fertiliser sector truly decontrolled, or does effective government control persist?

    The fertilizer sector operates under the Fertiliser Control Order, 1985 issued under the Essential Commodities Act framework.

    1. Profit Oversight: Department of Fertilisers can recover subsidy if “unreasonable profit” is detected.
    2. Conditional Decontrol: Companies cannot freely price products without risking subsidy clawback.
    3. Operational Dependence: Business viability tied to state reimbursement mechanisms.

    How does state control extend beyond pricing into movement and distribution?

    1. Agreed Supply Plan: Department of Fertilisers prepares state-wise, season-wise, month-wise allocation.
    2. Railway Rake Planning: Dispatches governed by official rail and road movement schedules.
    3. District Allocation: Agriculture officers allocate fertiliser dealer-wise upon arrival.
    4. FOR Basis Delivery: Companies must supply on freight-on-road basis.
    5. Limited Commercial Autonomy: Private firms cannot independently determine timing, quantity, or geography of sales.

    Does price control ensure equity or generate inefficiency in fertiliser distribution?

    1. Affordability Objective: Ensures low input costs for farmers, supporting food security.
    2. Fiscal Burden: Expands fertiliser subsidy bill significantly; recurrent pressure on Union Budget.
    3. Inefficient Usage: Encourages overuse of subsidised urea due to artificially low prices.
    4. Leakages and Diversion: Facilitates diversion for industrial use or cross-border smuggling.
    5. Soil Degradation: Skews NPK ratio, affecting long-term soil productivity.

    What economic role do non-subsidised fertilisers play in the industry’s survival model?

    1. Cross-Subsidisation Mechanism: Higher margins from speciality nutrients offset thin margins from urea.
    2. Capital Recovery: Supports working capital cycles in a subsidy-dependent system.
    3. Innovation Incentive: Enables R&D in micronutrients and water-soluble fertilisers.
    4. Market Size Contrast: 0.4 million tonnes speciality vs 67 million tonnes total market.
    5. Profitability Cushion: Provides financial flexibility under price-capped regime.

    What governance concerns arise from restrictions on non-subsidised fertiliser sales?

    1. Market Distortion: Restricting non-subsidised fertiliser sales limits firms’ ability to offset losses from controlled urea pricing.
    2. Investment Sentiment: Reduces profitability of a ₹13,000 crore segment, affecting private sector participation.
    3. Regulatory Overreach: State-level intervention in areas traditionally governed by central FCO raises federal coordination concerns.
    4. Cross-subsidisation Constraint: Prevents companies from leveraging higher-margin non-subsidised products.
    5. Policy Uncertainty: Sudden bans create unpredictability in regulatory environment.

    Does price asymmetry distort nutrient usage and environmental sustainability?

    1. Price Signal Distortion: Urea at ₹5.9/kg incentivises excessive nitrogen application.
    2. Nutrient Imbalance: Skews N:P:K ratio in Indian soils.
    3. Soil Health Impact: Degrades soil productivity over time.
    4. High-Value Crop Use: Speciality fertilisers critical for fruits, vegetables, sugarcane.
    5. Environmental Externalities: Overuse contributes to groundwater contamination and emissions.

    What are the governance and federalism implications of the UP ban?

    1. Concurrent Jurisdiction: Fertilisers fall under Entry 33, Concurrent List.
    2. Centre-State Overlap: FCO issued by Centre; implementation often state-driven.
    3. Regulatory Fragmentation: State-specific bans risk policy inconsistency.
    4. Investor Sentiment Impact: Capital-intensive industry requires regulatory predictability.
    5. Unintended Consequence Risk: May enable unorganised low-quality suppliers to fill supply gap.

    Does heavy subsidy dependence raise fiscal sustainability concerns?

    1. Large Subsidy Outlay: Fertiliser subsidy remains a major budgetary commitment.
    2. Fiscal Trade-offs: Crowds out productive expenditure.
    3. Import Dependence: Raw materials such as phosphate rock and potash largely imported.
    4. Global Price Exposure: Vulnerable to external commodity shocks.
    5. Reform Stagnation: Urea decontrol proposals repeatedly deferred.

    Conclusion

    India’s fertiliser sector demonstrates the limits of excessive state control in a market critical to food security. While administered pricing and subsidies ensure affordability, layered controls over pricing, movement, and profitability risk distorting nutrient use, weakening industry viability, and discouraging investment. A calibrated approach that rationalises subsidies, restores balanced price signals, and ensures regulatory predictability is essential to align farmer welfare with long-term agricultural sustainability.

    PYQ Relevance

    [UPSC 2023] What are the direct and indirect subsidies provided to farm sector in India? Discuss the issues raised by the World Trade Organization (WTO) in relation to agricultural subsidies.

    Linkage: This question directly links to India’s fertiliser subsidy regime, price controls, and DBT architecture. It also connects to debates on subsidy distortion, fiscal burden, and compliance with the WTO’s Agreement on Agriculture (AoA), especially concerning input subsidies and trade distortion limits.

  • District Cooling as a Climate and Urban Solution for India

    Why in the News?

    With rising temperatures, prolonged heatwaves and increasing air conditioner use, experts are advocating district cooling systems as an energy efficient solution aligned with India’s climate and urban planning goals.

    What is District Cooling?

    • A centralised cooling system that supplies chilled water from one large plant to multiple buildings through insulated underground pipes.
    • Instead of each building installing separate chillers:
      • A central plant produces chilled water at 6 to 7°C.
      • Water circulates to buildings and absorbs indoor heat.
      • Returns at 12 to 14°C to be cooled again.
    • It works like a public utility similar to piped gas or electricity.
    [2010] What is the principle by which a cooling system (Radiator) in a motor car works? (a) Conduction only 

    (b) Convection 

    (c) Radiation only 

    (d) Both conduction and radiation

  • Japan’s Lake Suwa and the Disappearing “God’s Crossing”

    Why in the News?

    The traditional ice ridge phenomenon called “God’s Crossing” (Miwatari) on Lake Suwa in Japan has failed to appear for the seventh consecutive year, highlighting long term warming trends linked to climate change.

    Where is Lake Suwa?

    • Located in Nagano Prefecture, Japan
    • Associated with the Shinto shrine Yatsurugi Shrine
    • One of Japan’s most well documented climatic sites

    What is “God’s Crossing” (Miwatari)?

    • Traditional Belief
      • A raised ice ridge on the frozen lake surface.
      • Believed to mark the path of a deity crossing the lake.
    • Scientific Explanation
      • Occurs when: Lake surface freezes completely and Temperatures remain below minus 10°C for several days.
      • Ice expands and contracts due to temperature variation.
      • Cracks form, refreeze, and push shards upward forming a ridge.

    Climate Record Significance

    • Continuous records date back to 1443.
    • Shrine priests began systematic documentation from 1683.
    • Includes:
      • Date of full lake freeze
      • Appearance of miwatari
      • Ice thickness
      • Temperature readings

    Note: This makes Lake Suwa one of the longest continuous local climate records in the world.

    Climate Change Indicator

    • Phenomenon appeared almost every winter until the 1980s.
    • Increasing winter temperatures have reduced full lake freezing.
    • No appearance since 2018.
    • Shows impact of rising minimum temperatures.
    [2022] Which one of the following lakes of West Africa has become dry and turned into a desert? (a) Lake Victoria 

    (b) Lake Faguibine 

    (c) Lake Oguta 

    (d) Lake Volta

  • R&D Roadmap for CCUS Launched to Achieve Net Zero by 2070

    Why in the News?

    The R&D Roadmap to Enable India’s Net Zero Targets through Carbon Capture, Utilization and Storage CCUS was launched on 2 December 2025 by the Department of Science and Technology and unveiled by the Principal Scientific Adviser to the Government of India.

    Context

    • India has committed to achieving Net Zero emissions by 2070.
    • Hard to abate sectors such as Power, Cement and Steel require technological solutions beyond renewables.
    • CCUS is identified as a critical pillar for deep decarbonisation.

    What is CCUS?

    Carbon Capture, Utilization and Storage is a technology that:

    1. Captures carbon dioxide emissions from industrial sources.
    2. Utilizes captured CO₂ for industrial purposes such as chemicals or fuels.
    3. Stores CO₂ underground in geological formations to prevent atmospheric release.

    Key Features of the Roadmap

    1. Strategic guidance on thematic R&D priorities.
    2. Focus on moving technologies from lab scale to commercial readiness.
    3. Support for breakthrough next generation carbon management technologies.
    4. Emphasis on regulatory standards, safety norms and skilled manpower.
    5. Promotion of early shared infrastructure and public private partnerships.

    Institutional Framework

    • Prepared by DST based on nearly seven years of CCUS research support.
    • Guided by a High Level Task Force.
    • Establishment of three National Centres of Excellence in CCUS.
    • Linked with ₹1 lakh crore Research Development and Innovation Scheme to promote private sector led industrial decarbonisation.

    Focus Sectors

    • Thermal power plants, Cement industry, Steel sector and Energy intensive manufacturing. 
    • These sectors contribute significantly to India’s greenhouse gas emissions.
    [2023] Consider the following activities: 

    1. Spreading finely ground basalt rock on farmlands extensively. 

    2. Increasing the alkalinity of oceans by adding lime. 

    3. Capturing carbon dioxide released by various industries and pumping it into abandoned subterranean mines in the form of carbonated waters. 

    How many of the above activities are often considered and discussed for carbon capture and sequestration? 

    (a) Only one (b) Only two (c) All three (d) None

  • Great Nicobar Mega Project Cleared by NGT

    Why in the News?

    A special bench of the National Green Tribunal has declined to interfere with the environmental clearance granted to the ₹80,000 crore Great Nicobar Mega Infrastructure Project, citing its strategic importance and the presence of adequate safeguards.

    About Great Nicobar Island

    • The southernmost island of the Nicobar group
    • Located in the southeastern Bay of Bengal
    • Area: ~910 sq km
    • Largely covered with tropical rainforest
    • Ecologically sensitive and sparsely populated

    About the Great Nicobar Mega Project

    • Total project area: 166 sq km
    • Forest diversion: 130 sq km
    • Trees to be felled: Nearly 1 million

    Major Components:

    • International transshipment port
    • Integrated township
    • Civil and military airport
    • 450 MVA gas and solar based power plant

    Key Environmental Issues Raised

    • Violation of the Island Coastal Regulation Zone notification 2019
    • Development in prohibited ICRZ areas
    • Insufficient baseline environmental data
    • Threat to endemic biodiversity and coral reefs
      • The NGT relied on findings of a High Powered Committee constituted after its 2023 order.

    NGT’s Key Observations

    1. No part of the project falls in prohibited ICRZ areas as per committee findings
    2. Environmental clearance contains adequate safeguards
    3. Strategic importance of the project cannot be ignored
    4. Balanced approach required between ecology and development

    About Island Coastal Regulation Zone ICRZ

    • Notified under Environment Protection Act 1986
    • Regulates development in coastal areas of Andaman and Nicobar and Lakshadweep islands
    • Categorises areas such as ICRZ IA and IB with varying restrictions
    [2017] Which of the following is geographically closest to Great Nicobar? (a) Sumatra 

    (b) Borneo 

    (c) Java 

    (d) Sri Lanka