Content AI in Education World Wildlife Day 2026 AI in Education Why is in News ? PIB highlighted India’s expanding AI education ecosystem through NEP 2020, IndiaAI Mission and skilling programs to build a global AI talent pipeline aligned with the vision of Viksit Bharat 2047. India faces a significant AI workforce gap, with an estimated requirement of over 1.25 million AI professionals by 2027, compared to the current talent pool of around 600,000–650,000 professionals. New collaborations such as the Perplexity–AICTE partnership, expansion of AI curriculum in schools, and initiatives like YuvAi and SOAR demonstrate government efforts to institutionalise AI learning across education levels. Relevance GS III – Science & Technology / Economy Development of AI ecosystem under IndiaAI Mission. Human capital formation for digital economy and innovation-led growth. AI-driven EdTech and global talent pipeline. Practice Question Q. Artificial Intelligence is increasingly reshaping the education ecosystem in India. Examine its potential for improving learning outcomes and addressing educational inequities. Also discuss the key governance and ethical challenges associated with AI-driven education. (250 words) Conceptual Foundations: What is AI in Education? Artificial Intelligence in education refers to the use of machine learning, natural language processing, data analytics and automation to enhance teaching-learning processes, personalise education pathways, and improve administrative efficiency in educational institutions. AI-enabled education systems allow adaptive learning environments, where algorithms analyse students’ performance data to deliver customised content, improve engagement, identify learning gaps early, and support differentiated instruction across diverse learner groups. Globally, AI in education forms the backbone of the emerging EdTech ecosystem, integrating intelligent tutoring systems, automated grading, predictive learning analytics and generative AI tools into mainstream pedagogy. Static Policy Background in India India’s policy approach towards AI began with NITI Aayog’s National Strategy for Artificial Intelligence (2018) titled “AI for All,” which identified education, healthcare, agriculture and smart mobility as priority sectors for AI adoption. The National Education Policy (NEP) 2020 recognised artificial intelligence, big data and machine learning as transformative technologies and recommended integrating computational thinking, digital literacy and multidisciplinary technological education across schooling and higher education. The National Curriculum Framework (NCF) 2023 operationalises NEP provisions by embedding digital and AI competencies in school curriculum design, teacher training, and digital learning platforms across India’s federal education system. Constitutional and Institutional Framework Education falls under the Concurrent List (Entry 25, Seventh Schedule), allowing both Union and State governments to formulate policies, which necessitates coordinated implementation of AI education reforms across diverse regional education systems. Constitutional provisions such as Article 21A (Right to Education) and Directive Principles like Article 41 underscore the state’s responsibility to promote education and skill development, including emerging technological competencies like artificial intelligence. Key regulatory bodies guiding AI education integration include UGC for universities, AICTE for technical institutions, and NCERT and CBSE for school education, ensuring standardised curriculum frameworks and quality assurance mechanisms. India’s AI Ecosystem: Key Data and Trends India’s AI ecosystem is expanding rapidly, with 89% of new startups in 2024 being AI-powered, while nearly 87% of enterprises have adopted AI technologies in operational processes and service delivery. According to NASSCOM estimates, India’s AI market is expected to grow at a compound annual growth rate of 25–35% until 2027, creating large-scale demand for skilled professionals and advanced research capabilities. India currently possesses an AI workforce of 600,000–650,000 professionals, but the projected demand of over 1.25 million professionals by 2027 highlights the urgency of scaling AI education and skilling initiatives. AI Integration in School Education Under NEP 2020, the Ministry of Education has introduced AI modules from Class VI onwards, enabling early exposure to computational thinking, algorithmic reasoning and problem-solving through experiential and project-based learning approaches. The CBSE curriculum includes a 15-hour Artificial Intelligence skill module, while AI is offered as an optional subject for Classes IX to XII, encouraging interdisciplinary technological literacy among students. NCERT has integrated AI concepts into Class XI Computer Science and Informatics Practices textbooks, while AI-powered translation tools are being used to convert early-grade textbooks into 22 Indian languages. AI Platforms Supporting Education The DIKSHA platform (Digital Infrastructure for Knowledge Sharing) integrates AI-powered features such as keyword-based video search and text-to-speech functionality, enabling accessible learning for visually impaired students and improving digital pedagogy. The SWAYAM platform, India’s national MOOC initiative, offers over 110 artificial intelligence courses developed by IITs and IISc, with more than 41 lakh learners enrolled across diverse academic and professional backgrounds. The SOAR (Skilling for AI Readiness) initiative introduces AI literacy for students in Classes 6–12 while also training teachers through a 45-hour “AI for Educators” module focusing on pedagogy and ethical AI usage. AI in Higher Education The UGC undergraduate curriculum framework (2022) includes emerging technological domains such as artificial intelligence, machine learning, big data analytics, drone technologies and deep learning applications in healthcare and environmental sustainability. AICTE has integrated AI components across engineering and IT-related courses, while promoting innovation through hackathons, startup incubation programmes and scholarships like PRAGATI to increase women’s participation in technology education. The Perplexity–AICTE collaboration provides AI research and learning tools to approximately 40 million students across 14,000 institutions, supporting experiential learning and research-oriented education aligned with NEP objectives. IndiaAI Mission and Educational Ecosystem The IndiaAI Mission launched in March 2024 with a financial allocation of ₹10,371.92 crore over five years aims to build national AI computing infrastructure, datasets, talent pipelines, and sectoral applications. The mission emphasises AI research, education, startup innovation, and responsible AI governance, thereby creating an integrated ecosystem linking academia, industry, government and research institutions. It also supports the development of AI Centres of Excellence, open datasets and high-performance computing infrastructure, essential for advanced research and innovation in artificial intelligence technologies. AI Research and Innovation Initiatives The Srijan Centre for Generative AI at IIT Jodhpur, established through collaboration between IndiaAI and Meta, focuses on advancing open-source generative AI technologies and research applications in multiple sectors. The YuvAi initiative targets training 100,000 young developers aged 18–30 in generative AI technologies through courses, hackathons, innovation accelerators and mentorship programmes for AI startups. Several institutions including IIT Delhi, IIT Roorkee, NIT Raipur and IIIT Delhi are developing projects on synthetic data generation, algorithmic bias mitigation, privacy-preserving machine learning and explainable AI frameworks. AI for Inclusive and Special Education Artificial intelligence is increasingly being used to support students with specific learning disabilities (SLDs) such as dyslexia, dysgraphia and dyscalculia through adaptive learning tools and assistive educational technologies. Applications such as Readabled for dyslexia training and ScreenPlay for early autism detection illustrate how AI tools can enable early diagnosis, personalised interventions and improved learning outcomes for differently abled students. AI-driven platforms also address the shortage of specialised educators, enabling scalable support systems that assist teachers in identifying learning gaps and designing inclusive educational strategies. Economic Significance of AI Education AI-driven education is crucial for harnessing India’s demographic dividend, enabling the country to supply skilled AI professionals to global markets and strengthen its position in the knowledge economy. The integration of AI in education supports future workforce transformation, as emerging industries increasingly demand interdisciplinary expertise combining technology, analytics, domain knowledge and ethical understanding. By developing a large AI talent pool, India can become a global hub for AI research, innovation and digital services, enhancing its competitiveness in the global digital economy. Social and Ethical Dimensions AI-enabled educational systems can significantly reduce regional and socio-economic disparities by providing high-quality digital learning resources to students in rural, tribal and aspirational districts. At the same time, concerns arise regarding algorithmic bias, data privacy risks, academic integrity issues and excessive dependence on AI tools, requiring robust ethical governance frameworks. UNESCO emphasises the importance of human-centred AI in education, ensuring that technological adoption enhances teacher capabilities rather than replacing human interaction in learning environments. Key Challenges The digital divide remains a major challenge, as uneven internet connectivity, lack of devices and limited digital infrastructure continue to restrict access to AI-enabled education in rural and economically weaker regions. India faces a shortage of trained AI educators and researchers, limiting the effective integration of advanced AI technologies into school and university curricula across states. Regulatory gaps related to AI governance, data protection, algorithmic transparency and ethical usage remain unresolved, raising concerns about misuse of student data and unfair algorithmic outcomes. Way Forward India should develop a comprehensive National AI Education Framework aligning school curricula, higher education programmes and skill development initiatives to create a coherent pipeline of AI talent. Large-scale teacher capacity-building programmes focusing on AI pedagogy, digital tools and ethical AI usage are necessary to ensure effective classroom implementation. Expansion of AI research infrastructure, Centres of Excellence and high-performance computing facilities in universities can strengthen India’s global competitiveness in AI innovation. Stronger public–private partnerships with global technology firms, startups and research institutions can accelerate innovation, improve curriculum relevance and promote industry-linked skill development. Prelims Pointers IndiaAI Mission launched: March 2024. Budget allocation: ₹10,371.92 crore over five years. SOAR Initiative: AI readiness programme for students in Classes 6–12. FutureSkills PRIME: joint initiative of MeitY and NASSCOM. Education in Constitution: Concurrent List (Entry 25, Seventh Schedule). World Wildlife Day 2026 Why This Issue is in News ? World Wildlife Day (3 March) commemorates the adoption of the Convention on International Trade in Endangered Species (CITES) in 1973, highlighting the global commitment to regulate wildlife trade and conserve biodiversity. The 2026 theme “Medicinal and Aromatic Plants: Conserving Health, Heritage and Livelihoods” emphasises the importance of plant-based resources for healthcare systems, traditional knowledge preservation, and sustainable livelihood generation. For India, the theme is significant because the country hosts around 15,000 medicinal plant species, of which nearly 8,000 species are used in traditional medicine systems such as Ayurveda, Siddha and Unani. Rising global demand for herbal medicines, nutraceuticals and plant-based pharmaceuticals has increased pressure on wild medicinal plant resources, making conservation and sustainable utilisation an urgent policy priority. Relevance GS III – Environment & Biodiversity Conservation of medicinal plants within biodiversity hotspots (Western Ghats, Himalayas, Eastern Ghats). Regulation of wildlife trade through Convention on International Trade in Endangered Species of Wild Fauna and Flora. Sustainable utilisation of biodiversity resources under Convention on Biological Diversity. Practice Question Q. Medicinal and Aromatic Plants (MAPs) represent a crucial intersection of biodiversity conservation, healthcare security and rural livelihoods in India. Examine their significance and discuss the challenges in ensuring their sustainable utilisation. (250 words) Conceptual Foundations: Medicinal and Aromatic Plants (MAPs) Medicinal and Aromatic Plants (MAPs) refer to plant species whose leaves, roots, seeds, bark, flowers or oils possess therapeutic properties used in traditional medicine, pharmaceuticals, cosmetics and nutraceutical industries. These plants form the foundation of traditional medical systems, including Ayurveda, Traditional Chinese Medicine and herbal medicine traditions practiced across Asia, Africa and Latin America. MAPs also play a vital ecological role by supporting pollinators, maintaining soil fertility, and contributing to biodiversity conservation, thereby linking healthcare systems with ecological sustainability. Global Context and Significance According to the World Health Organization, approximately 70–95% of people in developing countries rely on traditional plant-based medicine for primary healthcare due to accessibility, affordability and cultural acceptance. The global herbal medicine market is expanding rapidly due to growing interest in natural therapies, preventive healthcare and nutraceutical products, creating both economic opportunities and conservation challenges. However, overharvesting, illegal trade, habitat destruction and climate change threaten many medicinal plant species worldwide, highlighting the need for stronger conservation frameworks and sustainable harvesting practices. India’s Medicinal Plant Diversity India is one of the 17 mega-biodiversity countries, possessing nearly 7% of global biodiversity due to its diverse ecosystems ranging from tropical forests to alpine Himalayan landscapes. The country hosts approximately 45,000 plant species, of which around 15,000 are recognised as medicinal plants, reflecting centuries of traditional ecological knowledge embedded in indigenous communities. Nearly 70% of medicinal and aromatic plants occur in the Western Ghats, Eastern Ghats, Himalayan region and Aravalli ranges, making these ecosystems critical hotspots for conservation efforts. Data and Evidence on Medicinal Plant Economy The study “Medicinal Plants in India: An Assessment of their Demand and Supply” (Ved & Goraya, 2017) estimated India’s annual domestic demand for medicinal plants at approximately 5,12,000 metric tonnes. The study documented 1,178 medicinal plant species actively traded in India, with 242 species traded in high volumes exceeding 100 metric tonnes annually, reflecting the sector’s large economic footprint. The Botanical Survey of India has recorded over 5,250 plant species and documented around 9,567 traditional medicinal uses, demonstrating the deep connection between biodiversity and traditional healthcare systems. In-situ Conservation Mechanisms In-situ conservation involves protecting species within their natural habitats, enabling ecosystems to maintain natural evolutionary processes and ecological interactions necessary for long-term biodiversity survival. India has established Medicinal Plants Conservation Areas (MPCAs) across biodiversity hotspots to protect rare, endangered and threatened medicinal plant species within natural ecosystems. Currently, 115 MPCA sites have been established across the country, serving as demonstration models integrating biological conservation with preservation of indigenous health traditions and community participation. Ex-situ Conservation Approaches Ex-situ conservation involves preserving plant genetic resources outside their natural habitats, typically through seed banks, botanical gardens, tissue culture laboratories and germplasm repositories. In India, the National Bureau of Plant Genetic Resources (NBPGR), New Delhi maintains approximately 9,361 medicinal and aromatic plant accessions in the National Seed Gene Bank. Ex-situ conservation is particularly important for species with poor seed formation or those propagated vegetatively, ensuring long-term genetic preservation and enabling reintroduction into natural ecosystems. Institutional Framework for Medicinal Plant Conservation The National Medicinal Plants Board (NMPB) under the Ministry of AYUSH is the apex institution responsible for promoting conservation, cultivation, research and sustainable trade of medicinal plants. NMPB implements the Central Sector Scheme on Conservation, Development and Sustainable Management of Medicinal Plants, focusing on habitat conservation, cultivation support, quality assurance and supply chain development. The scheme has an allocated outlay of ₹322.41 crore for the period 2021–22 to 2025–26, supporting conservation infrastructure, farmer training, research initiatives and market linkages. Government Schemes and Initiatives National AYUSH Mission (NAM) The Medicinal Plants component of NAM (2015–2021) promoted large-scale cultivation of medicinal plants through integration with agricultural systems, enabling crop diversification and enhancing farmers’ income. The initiative aimed to strengthen supply chains for Ayurvedic and herbal pharmaceutical industries while simultaneously reducing pressure on wild medicinal plant populations. Mission for Integrated Development of Horticulture (MIDH) Medicinal plants are currently promoted under MIDH, a centrally sponsored scheme that supports horticulture expansion, value chain development and farmer income enhancement across all states and union territories. The scheme encourages scientific cultivation practices, improved planting material and integrated farming systems, making medicinal plant cultivation a viable livelihood option for rural communities. Aushadhi Vanaspati Mitra Programme The Aushadhi Vanaspati Mitra Programme (AVMP) recognises individuals, institutions and communities contributing significantly to medicinal plant conservation, cultivation and sustainable utilisation. By providing recognition and incentives, the programme encourages community participation in biodiversity conservation, particularly among traditional healers and forest-dependent communities. Digital and Market Support Initiatives The e-CHARAK portal and mobile application, developed by the National Medicinal Plants Board, provides a digital marketplace connecting farmers, traders, researchers and pharmaceutical companies involved in medicinal plant trade. The platform regularly publishes market prices of around 100 medicinal plant species across 25 herbal markets, improving price transparency and enabling farmers to make informed cultivation and marketing decisions. Such digital platforms also strengthen supply chain efficiency, reduce information asymmetry and support the formalisation of herbal medicine markets in India. Livelihood Support and Community Participation Government initiatives provide financial and infrastructural support to Joint Forest Management Committees (JFMCs), Self-Help Groups, Van Panchayats and Biodiversity Management Committees involved in medicinal plant conservation and cultivation. These programmes promote value addition activities such as drying, grading, storage and processing, enabling rural communities to capture higher economic value from medicinal plant resources. Community participation also strengthens local stewardship of biodiversity resources, ensuring conservation outcomes while generating sustainable livelihoods for forest-dependent populations. GI Tags and Protection of Traditional Knowledge Geographical Indication (GI) tags help protect region-specific medicinal plants and associated traditional knowledge, ensuring recognition, market value and intellectual property protection for indigenous products. Examples include Navara Rice from Kerala, Green Cardamom from Kerala and Karnataka, Ganjam Kewda from Odisha, and Saffron from Jammu and Kashmir, all recognised for medicinal and therapeutic properties. Recently, Nagauri Ashwagandha from Rajasthan received a GI tag (2025), strengthening India’s efforts to safeguard medicinal plant heritage and promote value-added herbal products. Environmental and Ecological Importance Medicinal plants contribute significantly to ecosystem stability by supporting pollinators, improving soil health and maintaining forest biodiversity, thereby strengthening ecosystem resilience. Conservation of medicinal plant diversity also supports climate change adaptation, as diverse plant genetic resources provide resilience against pests, diseases and changing climatic conditions. Sustainable management of MAPs therefore aligns with global commitments under the Convention on Biological Diversity (CBD) and Sustainable Development Goals (SDGs). Key Challenges Overexploitation of wild medicinal plants due to rising commercial demand has resulted in declining populations of several species, particularly in biodiversity hotspots like the Himalayas and Western Ghats. Illegal trade and unsustainable harvesting practices threaten rare medicinal plant species and undermine conservation efforts in protected and community-managed forests. Weak supply chains, lack of scientific cultivation practices and limited access to markets and processing infrastructure reduce economic returns for farmers cultivating medicinal plants. Way Forward Strengthening community-based conservation approaches, particularly through Biodiversity Management Committees and People’s Biodiversity Registers, can ensure sustainable utilisation of medicinal plant resources. Expansion of scientific cultivation and agroforestry models for medicinal plants can reduce pressure on wild populations while generating stable income for farmers. Enhanced research on plant genomics, sustainable harvesting techniques and quality certification is necessary to support India’s herbal medicine industry and global competitiveness. Greater international cooperation under CITES, CBD and WHO frameworks can help protect traditional knowledge, regulate wildlife trade and promote equitable benefit sharing. Prelims Pointers World Wildlife Day: observed on 3 March. Commemorates: adoption of CITES (1973). India: one of 17 mega biodiversity countries. Medicinal plant species in India: ~15,000. Species used in traditional medicine: ~8,000. Medicinal Plants Conservation Areas (MPCAs): ~115 sites in India.

Content Data Privacy, Digital Platforms and Citizen Rights Climate Risks and the Need for International Legal Reforms Data Privacy, Digital Platforms and Citizen Rights Why This Issue is in News ? The Supreme Court is examining whether market dominance of digital platforms such as WhatsApp undermines meaningful user consent, particularly in the context of the company’s controversial 2021 privacy policy update. The case raises broader questions regarding citizen control over personal data, especially in a digital ecosystem where a few large platforms dominate communication infrastructure and data flows. The debate has gained renewed significance after the enactment of the Digital Personal Data Protection (DPDP) Act, 2023, which aims to regulate data processing while balancing privacy rights and state governance needs. Relevance GS II – Polity & Governance Fundamental right to privacy and constitutional protections under Justice K.S. Puttaswamy v. Union of India. Regulation of digital platforms and enforcement of Digital Personal Data Protection Act 2023. Role of judiciary, regulators, and institutions in protecting citizen rights in the digital ecosystem. GS III – Science & Technology / Economy Data governance, digital economy, platform monopolies and competition policy. Market dominance of big tech platforms such as WhatsApp and implications for digital markets. Practice Question Q. The rise of digital platforms has intensified concerns regarding data privacy, market dominance and citizen rights. Examine the constitutional and governance challenges associated with data protection in India. (250 words) Data Privacy and Digital Power Data privacy refers to the right of individuals to control how their personal data is collected, processed, stored and shared by governments, corporations and digital platforms. In the digital economy, personal data has emerged as a strategic economic asset, often described as the “new oil,” enabling companies to monetise user behaviour through targeted advertising and analytics. The increasing concentration of digital services in a few large technology platforms has created asymmetries of power, where individuals have limited real choices regarding how their personal data is used. Static Constitutional Background Right to Privacy The Supreme Court in Justice K.S. Puttaswamy v. Union of India (2017) unanimously recognised privacy as a fundamental right under Article 21, forming a cornerstone of India’s digital rights jurisprudence. The judgment held that informational privacy is essential for individual autonomy, dignity and freedom, particularly in the context of growing digital surveillance and data collection. The Court emphasised that both state and private actors must respect privacy rights, establishing a constitutional foundation for data protection legislation. Constitutional Principles Involved Article 14: protects equality before law and guards against arbitrary state action in data regulation. Article 19(1)(a): protects freedom of expression, which includes the right to receive and disseminate information in digital environments. Article 21: guarantees life and personal liberty, interpreted to include informational privacy and data protection. Corporate Data Power: The WhatsApp Case Messaging platforms such as WhatsApp operate on a “free service” model, where users do not pay directly but instead generate valuable behavioural data used for targeted advertising and business analytics. Although messages are protected by end-to-end encryption, platforms still collect extensive metadata including contact information, device details, location data and transaction-related information. The 2021 WhatsApp privacy policy update, requiring data sharing with its parent company Meta, raised concerns that users lacked meaningful choice because WhatsApp dominates the messaging market in India. The Supreme Court’s Key Concern: Meaningful Consent The Court questioned whether clicking “Agree” on digital platforms can truly constitute voluntary consent when users have limited alternatives due to strong network effects and market dominance. Network effects arise when a platform becomes more valuable as more people use it, making it difficult for users to switch to alternative services even if they disagree with privacy terms. This raises a critical legal question: whether market power can undermine the validity of digital consent, a key concept in data protection frameworks. Digital Personal Data Protection Act, 2023 Purpose and Scope The DPDP Act, 2023 is India’s first comprehensive legislation governing the collection, processing and storage of digital personal data. The Act aims to balance individual privacy rights, economic innovation and state regulatory needs, while enabling digital economy growth. Key Features The law introduces the concept of Data Principals (individuals) and Data Fiduciaries (entities processing data) to define rights and responsibilities within the data ecosystem. It requires organisations to obtain informed consent before processing personal data, while also establishing obligations for data security, grievance redressal and accountability. The Act establishes a Data Protection Board of India to adjudicate complaints and impose penalties for data breaches and non-compliance. Key Criticisms of DPDP Act Critics argue that the Act removes the “public interest” test from the Right to Information framework, potentially restricting citizens’ ability to access information related to public officials. The law also provides broad exemptions for government agencies, raising concerns about surveillance and weakening of privacy safeguards against state overreach. Civil society groups have highlighted the absence of independent regulatory oversight, as the Data Protection Board operates under government control. Governance and Regulatory Dimensions The debate reflects a broader governance challenge: how to regulate powerful technology platforms without stifling innovation or undermining digital economic growth. Effective digital governance requires coordination between competition law, data protection law, and technology regulation, as market dominance and data control often reinforce each other. Competition authorities such as the Competition Commission of India (CCI) increasingly examine data concentration and digital platform monopolies. Economic and Technological Dimensions Personal data forms the backbone of the digital advertising economy, where platforms monetise behavioural insights derived from user interactions and metadata. Companies can often extract more value from aggregated metadata than from the content of individual communications, making data governance central to the digital economy. The concentration of large datasets among a few companies can create data monopolies, which act as barriers to entry for smaller competitors. Social and Democratic Dimensions Data governance is closely linked to democratic freedoms, as control over information flows can influence political discourse, public opinion and electoral processes. Weak data protection regimes may enable mass surveillance, profiling and algorithmic discrimination, undermining civil liberties and social trust in digital systems. Citizens’ digital rights increasingly determine the balance of power between individuals, corporations and governments in the information age. Key Challenges Market Concentration Dominance of a few global technology companies creates structural imbalances between platform power and individual user autonomy. Weak Consent Architecture Many digital consent mechanisms rely on complex privacy policies and “click-through agreements”, which users rarely read or fully understand. Institutional Gaps India’s digital governance framework remains fragmented across data protection, IT regulation and competition law authorities. State Surveillance Concerns Exemptions for government agencies in data protection laws may weaken safeguards against unlawful or disproportionate state data collection. Way Forward India must strengthen independent regulatory oversight for data protection, ensuring that privacy enforcement mechanisms remain insulated from political or corporate influence. Competition policy should incorporate data concentration and algorithmic dominance as key factors in assessing digital platform monopolies. Stronger transparency obligations for digital platforms, including clear explanations of data usage and algorithmic decision-making, can enhance user trust and accountability. Public awareness programmes on digital literacy and privacy rights are necessary to empower citizens to make informed choices in the digital economy. Prelims Pointers Justice K.S. Puttaswamy v. Union of India (2017): recognised privacy as a fundamental right. Digital Personal Data Protection Act: enacted in 2023. Data Protection Board of India: adjudicatory authority under the DPDP Act. WhatsApp privacy policy controversy: emerged prominently in 2021. Climate Risks and the Need for International Legal Reforms Why This Issue is in News ? Intensifying climate change impacts, especially sea-level rise (SLR), extreme weather events and ecosystem degradation, are creating unprecedented challenges for international law governing state sovereignty, territorial integrity, migration and maritime boundaries. Small Island Developing States (SIDS), particularly in the Pacific and Indian Ocean regions, face existential threats as rising sea levels may permanently submerge parts of their territory. The debate has gained prominence as scholars and policymakers call for reform of international legal frameworks under UNFCCC, UNCLOS and refugee law to address climate-induced displacement and territorial loss. Relevance GS II – International Relations Evolution of global legal frameworks governing climate change, migration and sovereignty. GS III – Environment & Climate Change Impacts of sea-level rise, climate displacement and ecosystem degradation. GS III – Security Climate change as a threat multiplier affecting geopolitical stability and resource conflicts. Practice Question Q. Climate change is increasingly challenging the foundations of international law, particularly concerning statehood, migration and maritime rights. Discuss the need for reforms in global legal frameworks to address climate-induced risks. (250 words) Conceptual Foundations: Climate Change and International Law Climate change has traditionally been addressed through international environmental agreements focused on mitigation, adaptation and climate finance, rather than legal questions concerning statehood, sovereignty or territorial rights. However, accelerating climate impacts are now challenging core principles of international law, particularly those governing the recognition of states, maritime boundaries and protection of displaced populations. Consequently, climate change is increasingly recognised as a systemic global risk that may reshape the architecture of international legal regimes. Principles of International Law Permanent Sovereignty over Natural Resources (PSNR) The doctrine of Permanent Sovereignty over Natural Resources (PSNR) affirms that states have the sovereign right to exploit their natural resources in accordance with national development priorities. This principle emerged from post-colonial international law debates and reflects the economic sovereignty of developing countries over their land, minerals, forests and energy resources. Climate mitigation pressures, such as rapid fossil fuel phase-outs, raise concerns among developing countries that international obligations should not undermine their sovereign development choices. Statehood in International Law The Montevideo Convention (1933) outlines four criteria for statehood: defined territory, permanent population, government, and capacity to enter into relations with other states. Climate change threatens these criteria, especially the territorial requirement, as rising sea levels could submerge land territories of small island states. This raises unprecedented legal questions regarding whether a state can retain international recognition even after losing its physical territory. Climate Change and Statehood Crisis Sea-level rise poses an existential threat to countries such as Kiribati, Tuvalu, Maldives and Marshall Islands, where large portions of territory lie only a few metres above sea level. If land territories become permanently submerged, traditional legal doctrines linking statehood to physical territory may no longer apply, creating uncertainty regarding sovereignty and international recognition. The International Court of Justice has indicated in advisory discussions that disappearance of territory may not automatically terminate statehood, but the issue remains legally unsettled. Climate Change and Maritime Boundaries Maritime zones under international law are determined using coastal baselines from which territorial seas, exclusive economic zones (EEZs) and continental shelves are measured. Sea-level rise threatens to shift these baselines, potentially altering maritime boundaries and resource rights under the United Nations Convention on the Law of the Sea (UNCLOS). Small island states have proposed freezing existing baselines and maritime boundaries, ensuring that climate change does not reduce their maritime jurisdiction and economic rights. Climate-Induced Migration Climate change is expected to displace millions of people through flooding, droughts, desertification and extreme weather events, creating large populations of climate migrants. Existing international refugee law, particularly the 1951 Refugee Convention, protects individuals fleeing persecution based on race, religion, nationality, political opinion or social group. Climate migrants do not fall within this definition, creating a legal protection gap for individuals displaced primarily due to environmental factors. Proposal for a Climate Refugee Framework Scholars and policymakers have proposed the creation of a new international legal instrument recognising climate refugees, potentially under the framework of the UNFCCC. Such a protocol could define rights related to protection, resettlement, relocation assistance and financial support for communities displaced by climate change impacts. A climate refugee framework would complement existing mechanisms such as loss and damage finance and climate adaptation programs. Governance Framework under UN Climate Regime UNFCCC and Climate Negotiations The United Nations Framework Convention on Climate Change (UNFCCC) provides the primary international platform for negotiating climate mitigation, adaptation and finance commitments. Mechanisms such as the Paris Agreement and the Loss and Damage Fund aim to address climate impacts, but they do not directly tackle issues of statehood, migration or maritime law. As climate risks intensify, there is increasing pressure to expand international legal frameworks beyond traditional environmental regulation. Economic and Development Dimensions Climate-induced territorial loss could have significant economic consequences, particularly for coastal and island states dependent on fisheries, tourism and maritime resources. Changes in maritime boundaries could also alter access to offshore energy reserves and fisheries, potentially creating geopolitical disputes among neighbouring states. Developing countries argue that climate justice requires equitable solutions recognising historical emissions and differentiated responsibilities. Security and Geopolitical Implications Climate-driven displacement and territorial loss may create regional instability, humanitarian crises and geopolitical tensions, particularly in vulnerable regions such as the Pacific Islands and South Asia. Maritime boundary disputes resulting from shifting coastlines could lead to conflicts over exclusive economic zones and resource access. Climate change is therefore increasingly recognised as a threat multiplier affecting international peace and security. Key Challenges Legal Uncertainty Existing international legal frameworks were designed for stable geographical conditions, making them poorly suited to address dynamic climate-driven environmental transformations. Institutional Fragmentation Climate governance is divided across multiple regimes including UNFCCC, UNCLOS, refugee law and human rights law, creating gaps in coordinated global responses. Political Resistance Many countries remain reluctant to expand legal obligations related to climate migration or statehood protections, fearing financial or political burdens. Equity Concerns Vulnerable countries facing the most severe climate risks often possess limited negotiating power in international climate diplomacy. Way Forward International law must evolve to recognise climate-induced changes in geography and human mobility, ensuring legal protections for affected states and populations. Global agreements should establish stable maritime boundaries despite sea-level rise, protecting economic rights of vulnerable coastal states. A dedicated international framework for climate-induced displacement could provide humanitarian protection and structured relocation mechanisms. Strengthening climate finance and adaptation support remains essential to help vulnerable countries mitigate existential climate threats. Prelims Pointers Montevideo Convention (1933): criteria for statehood. UNCLOS (1982): governs maritime zones and ocean governance. UNFCCC (1992): international climate change treaty. 1951 Refugee Convention: defines legal status of refugees.

Content Compressed Biogas (CBG) from Municipal Waste: Kochi Brahmapuram Plant The quiet demographic revolution unfolding in India India ranks second globally in childhood obesity: study Website Blocking in India: Governance, Legal Issues and Internet Freedom On India’s fighter jet acquisitions Rupee Depreciation and Its Impact on India’s Economy, IT Sector and Exports NCERT Textbook Drafting Controversy and Debate on Judiciary Representation Compressed Biogas (CBG) from Municipal Waste: Kochi Brahmapuram Plant Why This Issue is in News? Kerala’s first Compressed Biogas (CBG) plant has become operational at the Brahmapuram waste treatment yard in Kochi, transforming a site previously associated with the devastating Brahmapuram landfill fire of March 2023. The project represents a shift from traditional landfill-based waste management toward waste-to-energy and circular economy approaches, converting biodegradable municipal solid waste into biogas and organic manure. The plant is part of broader efforts to address urban waste crises, reduce landfill fires, cut greenhouse gas emissions and promote renewable energy generation, aligning with India’s climate and energy transition goals. Relevance GS Paper 3 – Environment & Ecology Municipal Solid Waste Management Waste-to-Energy technologies Climate change mitigation (methane reduction) Circular economy GS Paper 3 – Energy Bioenergy and renewable fuels Biofuel policy (SATAT initiative) Mains Practice Question Q1.Waste-to-energy technologies are increasingly promoted as a solution to India’s urban waste crisis. Discuss the potential and limitations of Compressed Biogas (CBG) plants in achieving sustainable waste management. (15 marks) Static Background: Municipal Solid Waste Management in India Rapid urbanisation and rising consumption patterns have significantly increased municipal solid waste (MSW) generation in Indian cities, creating major environmental and public health challenges. India generates approximately 1.5–1.7 lakh tonnes of municipal solid waste per day, of which nearly 50–60% is biodegradable organic waste, suitable for biological treatment methods such as composting and anaerobic digestion. Poor waste segregation, limited processing infrastructure and reliance on open dumping have historically resulted in landfill fires, methane emissions and groundwater contamination. Environmental Context: The Brahmapuram Fire In March 2023, a massive fire erupted at the Brahmapuram waste yard near Kochi, where decades of accumulated plastic and non-biodegradable waste ignited, releasing toxic smoke across the city. The fire significantly deteriorated air quality and public health conditions, with hundreds of residents reporting respiratory illnesses and environmental contamination. The incident exposed systemic weaknesses in urban waste management systems, prompting urgent reforms in waste processing infrastructure. Conceptual Foundations: Compressed Biogas (CBG) Compressed Biogas (CBG) is a purified form of biogas produced through anaerobic digestion of organic waste, where microorganisms break down biodegradable material in the absence of oxygen. Raw biogas typically contains 45–50% methane, 35–45% carbon dioxide and trace hydrogen sulphide, which are removed during purification to increase methane concentration. After purification and compression, CBG becomes chemically similar to compressed natural gas (CNG) and can be used as a clean transport fuel or industrial energy source. Technical Working of the Kochi CBG Plant The Brahmapuram facility processes biodegradable waste collected from 177 centres across Kochi, ensuring systematic feedstock supply to the plant. Waste undergoes pre-treatment stages including segregation, shredding and grinding, transforming organic waste into a slurry suitable for anaerobic digestion. The plant operates using a Continuous Stirred Tank Reactor (CSTR) system, where microorganisms break down organic matter under controlled conditions to produce biogas. The plant also produces Liquid Fermented Organic Manure (LFOM) and Solid Fermented Organic Manure (FOM) as valuable agricultural by-products. Circular Economy and Agricultural Benefits The digestate produced during anaerobic digestion is processed into organic manure that improves soil fertility and enhances nutrient absorption, particularly nitrogen and phosphorus. Fertiliser companies such as Fertilisers and Chemicals Travancore (FACT) distribute these organic fertilisers through established agricultural supply networks. Such integration strengthens the circular economy model, converting urban waste into valuable agricultural inputs while reducing dependence on chemical fertilisers. Climate and Energy Benefits The plant is expected to reduce carbon emissions by approximately 85,000 tonnes annually, equivalent to the carbon sequestration effect of planting around 3.5 million trees. Biogas generation also captures methane that would otherwise escape from landfills, significantly reducing greenhouse gas emissions associated with waste decomposition. The purified gas is supplied to BPCL’s Kochi refinery, where it can be further utilised in green hydrogen production, linking waste management with India’s emerging hydrogen economy. Governance and Institutional Framework The project represents a public–private partnership between Kochi Corporation, BPCL Kochi Refinery and engineering firms, combining municipal governance with industrial expertise. The project was approved following judicial scrutiny by the Kerala High Court, which questioned the absence of advanced waste processing facilities after the Brahmapuram fire. Such collaborations reflect a growing trend where oil and energy companies participate in renewable energy and waste management projects under sustainability commitments. Policy Linkages with National Waste and Energy Missions Swachh Bharat Mission (Urban) The project aligns with the Swachh Bharat Mission’s objective of scientific municipal waste management and reduction of landfill dependence. SATAT Initiative It also supports the Sustainable Alternative Towards Affordable Transportation (SATAT) initiative, which promotes production and use of compressed biogas as a clean fuel. National Bioenergy Mission Waste-to-energy projects such as this contribute to India’s broader bioenergy strategy aimed at reducing fossil fuel dependence. Economic and Urban Governance Dimensions The plant involves an annual operational expenditure of approximately ₹7.5 crore, highlighting the financial commitment required for modern waste processing infrastructure. Kochi Corporation has allocated ₹15 crore in its 2026–27 budget to support plant operations and waste management logistics. Long-term sustainability depends on efficient waste segregation systems and consistent feedstock quality, which remain major challenges in Indian urban governance. Challenges and Concerns Waste Segregation Issues Effective functioning of biogas plants requires high-quality biodegradable waste free from plastics, chemicals or acidic substances, which remains difficult in poorly segregated urban waste streams. Handling Reject Waste Non-biodegradable waste rejected during segregation still requires safe disposal or recycling, otherwise it may create additional landfill burdens. Financial Sustainability Continuous operational costs and infrastructure maintenance can strain municipal budgets, especially in resource-constrained urban local bodies. Climatic and Geological Constraints The project experienced delays due to monsoon-related soil instability, illustrating how climatic conditions can affect infrastructure development in coastal regions. Way Forward Strengthening source-level waste segregation through citizen participation and municipal enforcement is essential to ensure efficient functioning of waste-to-energy plants. Cities should adopt a hybrid waste management model combining decentralised composting, biomethanation plants and recycling systems rather than relying solely on centralised facilities. Expanding public–private partnerships and CSR-driven investments can help finance advanced waste processing infrastructure in Indian cities. Integrating waste-to-energy initiatives with biofuel, green hydrogen and circular economy strategies can maximise environmental and economic benefits. Prelims Pointers Compressed Biogas (CBG): purified form of biogas with methane concentration around 95–97%. SATAT Initiative: promotes production of CBG for transport fuel. Brahmapuram waste yard: located near Kochi, Kerala. Anaerobic digestion: biological process where microorganisms break down organic waste in the absence of oxygen. The quiet demographic revolution unfolding in India Why This Issue is in News ? Recent analysis of National Family Health Survey (NFHS) data highlights that India has undergone a rapid fertility transition, with Total Fertility Rate (TFR) declining from nearly four children per woman in the 1990s to around replacement level today. Most Indian States now report TFR at or below the replacement level of 2.1, marking a shift from concerns about population explosion to challenges associated with aging populations, labour markets, and demographic balance. The transformation reflects broader socio-economic changes including rising education levels, urbanisation, declining child mortality, and changing family norms, altering India’s demographic trajectory and development priorities. Relevance GS Paper 1 – Population & Demography Fertility transition Demographic trends in India Regional demographic variations GS Paper 3 – Indian Economy Demographic dividend Labour markets and economic growth Mains Practice Question Q1.India is witnessing a rapid fertility transition leading to major demographic shifts. Analyse the socio-economic implications of declining fertility in India. (15 marks) Conceptual Foundations: Total Fertility Rate (TFR) Total Fertility Rate (TFR) represents the average number of children a woman is expected to bear during her reproductive lifetime, assuming current age-specific fertility rates remain constant. A TFR of 2.1 children per woman is considered replacement level fertility, which maintains stable population size in the long run by replacing parents with the next generation. Fertility levels significantly above replacement lead to rapid population growth, while sustained fertility below replacement can result in population ageing and eventual population decline. Static Background: India’s Demographic Evolution During the late twentieth century, India’s demographic debates were dominated by fears of a “population explosion,” influenced by global narratives such as Paul Ehrlich’s “Population Bomb” thesis. Development planning for decades prioritised population control policies, family planning programmes, and fertility reduction strategies to balance population growth with economic development. However, sustained improvements in education, healthcare, and economic development have gradually shifted India toward a low-fertility demographic regime. Evidence from National Family Health Surveys Data from successive NFHS rounds (NFHS-1 to NFHS-5) shows a steady decline in fertility rates across nearly all Indian States. In the early NFHS rounds, several States recorded TFR values between three and five children per woman, particularly in northern and northeastern regions. By NFHS-5, the majority of States reported fertility rates below replacement level, indicating a convergence toward lower fertility norms across the country. Regional Patterns of Fertility Decline Southern States such as Tamil Nadu, Kerala, Karnataka and Andhra Pradesh were early leaders in fertility decline due to higher literacy, urbanisation and improved healthcare systems. Over time, northern and northeastern States have also experienced significant fertility reductions, though the transition has occurred unevenly across regions. States such as Uttar Pradesh, Rajasthan, Punjab, Haryana and Jammu & Kashmir have recorded some of the largest declines in fertility across successive NFHS surveys. Drivers of Fertility Decline Rising Women’s Education Increased female education significantly influences reproductive choices by raising awareness about family planning and expanding women’s economic opportunities. As women pursue higher education and employment opportunities, the opportunity cost of early marriage and multiple childbearing increases, contributing to smaller family sizes. Delayed Marriage and Childbearing Rising age at marriage and increasing participation of women in education and labour markets have delayed the onset of childbearing, reducing the total number of children born during reproductive years. Urbanisation and Migration Urban living conditions typically involve higher costs of housing, education and childcare, making large families economically less viable. Migration and exposure to new social norms through media and urban networks also accelerate diffusion of smaller family ideals. Public Health Improvements Declines in infant and child mortality rates reduce the need for families to have additional children as insurance against child deaths. Expanding vaccination programmes, maternal healthcare services and nutritional interventions have significantly increased child survival rates. Economic Factors Influencing Fertility Rising costs of education, healthcare, housing and skill development have transformed children from contributors to household labour into significant long-term investments. Families increasingly prioritise quality of upbringing over quantity of children, focusing on education, skills and career opportunities for fewer children. Economic uncertainty and precarious employment conditions may also contribute to delayed family formation and lower fertility preferences. Demographic Dividend Opportunity Declining fertility reduces the dependency ratio, increasing the proportion of working-age population relative to dependents. This demographic structure creates a potential “demographic dividend,” enabling faster economic growth if supported by employment opportunities, skill development and productive investments. However, the demographic dividend is not automatic, and requires sustained economic reforms and labour market expansion. Emerging Regional Demographic Divergence States with historically low fertility rates, particularly in southern and western India, are entering a phase of rapid population ageing. In contrast, some northern and central States still maintain relatively higher fertility levels, resulting in demographic asymmetry across regions. These differences may influence patterns of internal migration, labour markets, fiscal transfers and political representation in the future. Implications for Internal Migration Younger workers from relatively high-fertility, economically weaker regions are likely to migrate toward low-fertility, aging regions with labour shortages. Such migration could become a defining feature of India’s economic geography, linking demographic transitions with labour mobility and regional development dynamics. Governance and Policy Implications Labour Market and Employment Declining fertility highlights the need for labour-intensive industrialisation and employment generation to absorb the expanding working-age population. Aging Population Management As fertility declines further, India will need robust pension systems, elderly healthcare infrastructure and long-term care institutions. Urban Planning Increasing migration and changing family structures will require expanded urban infrastructure, housing and social services. Challenges and Risks Uneven Demographic Transition Regional differences in fertility and development levels may create economic and political tensions between states with varying demographic profiles. Employment Constraints Without sufficient job creation, the demographic dividend could transform into a demographic burden characterised by unemployment and underemployment. Aging and Care Economy As fertility declines and life expectancy rises, India will face growing demand for elder care systems and social security mechanisms. Way Forward India must prioritise labour-intensive manufacturing, skill development and technological innovation to fully harness the demographic dividend. Strengthening public healthcare systems, pension coverage and elderly care services will be essential for managing demographic ageing. Policies promoting gender equality, childcare support and work-life balance can help maintain stable fertility levels while enabling women’s participation in the workforce. Long-term planning should integrate demographic trends with economic, urban and social policy frameworks. Prelims Pointers Total Fertility Rate (TFR): average number of children born per woman. Replacement fertility level: approximately 2.1 children per woman. National Family Health Survey (NFHS): major demographic and health data source in India. Demographic dividend: economic growth potential arising from a large working-age population. India ranks second globally in childhood obesity: study Why This Issue is in News ? The World Obesity Atlas 2026 reports that nearly 15 million children aged 5–19 in India were overweight or obese in 2025, placing India among the countries with the highest number of obese children globally. China, India and the United States each have more than 10 million children with obesity, indicating that childhood obesity is becoming a major global health concern. The report warns that if current trends continue, childhood obesity rates may rise sharply by 2030 and 2040, threatening global public health systems and undermining Sustainable Development Goal targets. Relevance GS Paper 2 – Health Public health challenges Nutrition policy Lifestyle diseases GS Paper 3 – Human Capital & Economy Impact of NCDs on productivity and economic growth GS Paper 1 – Social Issues Double burden of malnutrition Mains Practice Question Q3.India faces a “double burden of malnutrition” characterised by persistent undernutrition alongside rising obesity.Discuss the causes and policy challenges associated with this phenomenon. (15 marks) Conceptual Foundations: Childhood Obesity Childhood obesity refers to excessive body fat accumulation in children and adolescents that negatively affects health and increases the risk of chronic diseases later in life. It is typically assessed using Body Mass Index (BMI) for age, where values above standard thresholds indicate overweight or obesity based on global health guidelines. Childhood obesity is influenced by a combination of dietary patterns, physical activity levels, genetics, socio-economic factors and environmental conditions. Static Background: Global Obesity Trends The World Health Organization recognises obesity as one of the most serious public health challenges of the 21st century, affecting both developed and developing countries. Rapid urbanisation, dietary transitions and sedentary lifestyles have contributed to a global rise in overweight and obesity among both adults and children. In many developing countries, obesity now coexists with undernutrition, creating a complex “double burden of malnutrition”. Global Scale of the Problem According to the World Obesity Atlas, more than one in five children worldwide (around 20.7%) are projected to be overweight or obese by 2030. Childhood obesity rates have increased dramatically since 2010, reflecting changing food environments, increasing consumption of ultra-processed foods and declining physical activity levels. Without effective interventions, the global burden of obesity is expected to significantly increase by 2040, placing additional pressure on health systems. India’s Childhood Obesity Scenario India currently has around 14 million obese children and adolescents, making it the second-highest globally after China in terms of absolute numbers. Approximately 26 million children aged 5–19 were overweight or obese in 2025, reflecting a significant rise compared to previous decades. The number of children with high Body Mass Index (BMI) in India is projected to reach 41 million by 2030 and 62 million by 2040, indicating a steep upward trajectory. Health Consequences of Childhood Obesity Childhood obesity significantly increases the risk of non-communicable diseases (NCDs) such as hypertension, diabetes, cardiovascular disease and metabolic disorders. The report projects substantial increases in obesity-related health conditions among children by 2040, including hypertension, hyperglycaemia, hypertriglyceridemia and metabolic dysfunction-associated fatty liver disease (MASLD). Early onset obesity also increases the likelihood of adult obesity and lifelong health complications, reducing life expectancy and increasing healthcare costs. Key Risk Factors Driving Childhood Obesity Poor Physical Activity Sedentary lifestyles associated with increased screen time, urban living and reduced outdoor activity significantly contribute to weight gain among children. The report indicates that nearly 74% of adolescents aged 11–17 fail to meet recommended physical activity levels, highlighting a widespread behavioural challenge. Unhealthy Dietary Patterns Rising consumption of ultra-processed foods, sugary beverages and high-calorie snacks is a major contributor to obesity among children and adolescents. Increased availability and aggressive marketing of processed foods have reshaped dietary preferences, particularly in urban environments. Inadequate Breastfeeding Early childhood nutrition plays a crucial role in long-term health outcomes. The report notes that more than six months of breastfeeding is associated with lower risk of childhood obesity, yet many children experience sub-optimal breastfeeding practices. Socio-economic and Environmental Factors Urbanisation, lifestyle changes and limited access to safe recreational spaces contribute to declining physical activity among children. Household income growth and changing food consumption patterns have increased reliance on energy-dense but nutrient-poor foods. India’s Double Burden of Malnutrition India simultaneously faces undernutrition and rising obesity, creating a complex public health challenge requiring integrated nutrition strategies. While significant progress has been made in reducing stunting and underweight prevalence, rising obesity rates indicate a shift toward nutrition transition and lifestyle diseases. Addressing both forms of malnutrition requires balanced interventions focusing on diet quality, health education and lifestyle changes. Governance and Policy Framework in India National Programme for Prevention and Control of NCDs (NP-NCD) The programme focuses on prevention, early detection and management of non-communicable diseases including diabetes and cardiovascular diseases. POSHAN Abhiyaan The National Nutrition Mission aims to improve maternal and child nutrition through multi-sectoral interventions, though its focus has traditionally been on undernutrition. Fit India Movement The Fit India campaign promotes physical activity and healthy lifestyles among citizens, including children and youth. School Health Programmes Initiatives under Ayushman Bharat’s School Health Programme aim to promote awareness about nutrition, physical activity and healthy habits among schoolchildren. Economic and Social Implications Rising childhood obesity increases the long-term burden of non-communicable diseases, healthcare expenditure and productivity losses. The economic cost of obesity includes higher healthcare spending, reduced labour productivity and increased social welfare burdens. If left unaddressed, childhood obesity could undermine human capital development and demographic dividend potential. Challenges Lack of Awareness Limited awareness among parents and communities regarding healthy dietary practices and lifestyle behaviours contributes to rising obesity. Food Environment Easy availability of cheap processed foods and sugary beverages influences children’s dietary habits. Urban Infrastructure Lack of safe playgrounds, parks and pedestrian-friendly urban spaces discourages physical activity. Weak Regulation Insufficient regulation of junk food marketing targeted at children exacerbates unhealthy consumption patterns. Way Forward Governments should implement comprehensive school-based nutrition and physical activity programmes promoting healthy lifestyles from early childhood. Stronger regulations on marketing of unhealthy foods and sugary beverages to children are necessary to reshape food environments. Urban planning must prioritise child-friendly infrastructure such as parks, sports facilities and pedestrian spaces to encourage active lifestyles. Public health campaigns should promote breastfeeding, balanced diets and reduced screen time to prevent early onset obesity. Prelims Pointers World Obesity Atlas: published by the World Obesity Federation. Replacement BMI indicator: used to measure overweight and obesity in children based on age-specific standards. MASLD: Metabolic Dysfunction-Associated Steatotic Liver Disease (previously NAFLD). Recommended physical activity for adolescents: at least 60 minutes of moderate to vigorous activity daily (WHO guideline). Website Blocking in India: Governance, Legal Issues and Internet Freedom Why This Issue is in News ? A recent study has highlighted large-scale website blocking practices by Indian Internet Service Providers (ISPs), raising concerns about transparency, proportionality and legal oversight in internet censorship mechanisms. The study found that over 43,000 web domains were blocked across major ISPs, often through court orders, government directives and private complaints related to piracy, copyright violations and illegal content. Researchers also observed significant inconsistencies in how different ISPs implement blocking orders, indicating structural weaknesses in India’s internet governance and digital regulatory framework. Relevance GS Paper 2 – Governance Internet governance Regulation of digital platforms GS Paper 3 – Cyber Security / Digital Economy Online regulation Digital infrastructure governance Mains Practice Question Q1.Discuss the constitutional, technological and governance challenges associated with website blocking and internet censorship in India. (15 marks) Conceptual Foundations: Website Blocking Website blocking refers to restricting access to specific internet resources such as websites, domains or URLs through network-level filtering mechanisms implemented by Internet Service Providers or government authorities. Governments typically use blocking to prevent access to illegal, harmful or infringing content, including piracy websites, child exploitation material, extremist propaganda and online fraud platforms. However, excessive or poorly regulated blocking may raise concerns about freedom of expression, digital rights and proportionality of censorship measures. Static Legal Background Information Technology Act, 2000 Section 69A of the Information Technology Act, 2000 empowers the central government to block public access to online information in the interest of sovereignty, security, public order or preventing incitement to offences. Blocking orders under Section 69A are issued through a confidential government process involving a review committee and designated officers, often without public disclosure of specific URLs or websites blocked. The Information Technology (Procedure and Safeguards for Blocking for Access of Information by Public) Rules, 2009 provide procedural safeguards governing such actions. Judicial Oversight Indian courts frequently order domain-level blocking of websites involved in copyright infringement, online piracy or illegal streaming, particularly under intellectual property litigation. Courts often issue “dynamic injunctions”, allowing authorities to block mirror websites that replicate previously banned content. However, critics argue that broad blocking orders may inadvertently affect legitimate websites or lawful online activities. Scale of Website Blocking in India The study identified 43,083 blocked domains across major Indian ISPs, making it one of the largest analyses of internet censorship practices in the country. Among these, 6,787 domains were linked to copyright infringement, while 5,450 domains were associated with pornography-related content. Other blocked categories included online gambling, piracy streaming platforms and potentially illegal digital content services. Internet Service Providers Involved The study analysed blocking practices across major ISPs such as ACT Fibernet, MTNL, Airtel, Jio, Connect Broadband and Vodafone Idea. Researchers found that different ISPs applied blocking orders inconsistently, even when the same websites were targeted under a single court order. Such inconsistencies highlight technical and regulatory gaps in implementation of internet governance rules. Governance and Regulatory Dimensions Website blocking in India involves a complex interaction between executive authorities, judiciary, ISPs and private complainants, creating a multi-layered regulatory structure. Government agencies may order blocks under national security or public order considerations, while courts often issue blocks in copyright enforcement cases. ISPs act as the technical enforcement layer, implementing domain filtering, DNS blocking or IP blocking mechanisms. Key Concerns Identified by the Study Lack of Transparency Many blocking orders are implemented without public disclosure of specific domains, reasons for blocking or duration of restrictions, limiting accountability. Inconsistent Implementation Different ISPs often implement the same blocking orders differently, resulting in uneven enforcement across networks. Overblocking Domain-level blocking may inadvertently restrict access to legitimate content hosted on the same platform, raising concerns about proportionality. Limited Judicial Scrutiny In many cases, blocking orders are issued ex parte (without hearing all parties), reducing opportunities for affected websites to contest decisions. Constitutional and Legal Dimensions Freedom of Speech and Expression Article 19(1)(a) of the Constitution guarantees freedom of speech and expression, including online communication and access to information. Restrictions on online content must satisfy the reasonable restrictions under Article 19(2), such as national security, public order and decency. Judicial Safeguards In Shreya Singhal v. Union of India (2015), the Supreme Court upheld Section 69A while emphasising procedural safeguards to prevent arbitrary internet censorship. The Court stressed that blocking mechanisms must follow due process, proportionality and transparency. Economic and Technological Dimensions Website blocking affects not only illegal websites but also the digital economy ecosystem, particularly content platforms, startups and technology companies. Overblocking may disrupt legitimate online businesses and digital innovation, creating uncertainty for internet-based enterprises. Technologically, users often circumvent blocks through Virtual Private Networks (VPNs) or mirror websites, limiting the long-term effectiveness of censorship. Global Comparison Many democratic countries regulate internet content but emphasise transparent regulatory processes, judicial review and proportional enforcement mechanisms. The European Union’s digital governance frameworks, including the Digital Services Act, emphasise transparency, accountability and user rights in online content regulation. India’s current framework has been criticised for opacity and limited public oversight. Challenges Regulatory Fragmentation Internet governance responsibilities are spread across multiple institutions including MeitY, judiciary and telecom regulators, complicating coordination. Technical Limitations Blocking at the domain or IP level can be imprecise and easily circumvented, reducing effectiveness. Balancing Rights and Regulation Policymakers must balance digital freedoms with the need to combat illegal online content and protect intellectual property rights. Limited Transparency Confidentiality provisions in blocking rules reduce public scrutiny and accountability. Way Forward India should adopt transparent reporting mechanisms for website blocking orders, similar to transparency reports published by global digital platforms. Stronger judicial oversight and periodic review of blocking orders can ensure that restrictions remain proportionate and necessary. Developing clear technical standards for ISP compliance can reduce inconsistencies in implementation across networks. Policymakers should balance internet governance with protection of digital rights, ensuring that censorship mechanisms do not undermine democratic freedoms. Prelims Pointers Section 69A of IT Act, 2000: empowers government to block online content. Blocking Rules: Information Technology (Procedure and Safeguards for Blocking for Access of Information) Rules, 2009. Key Supreme Court case: Shreya Singhal v. Union of India (2015). Dynamic injunction: court order allowing blocking of mirror piracy websites. On India’s fighter jet acquisitions  Why This Issue is in News ? India’s Defence Acquisition Council (DAC) recently approved procurement of 114 Rafale fighter jets from France’s Dassault Aviation, valued at approximately ₹3.25 lakh crore, one of the largest defence acquisition programmes in India. During the India–France AI Summit visit, French President Emmanuel Macron reiterated commitments to technology transfer and co-production under the Make in India framework. However, France has reportedly refused to share critical source codes for electronic warfare and radar systems, raising concerns about India’s ability to customise and indigenise fighter aircraft operations. Relevance GS Paper 3 – Internal Security / Defence Defence modernisation Air power capability GS Paper 3 – Science & Technology Defence technology transfer Indigenous defence manufacturing Mains Practice Question Q1.Technology transfer remains a critical issue in India’s defence procurement. Discuss the challenges associated with defence technology transfer and its implications for India’s strategic autonomy. (15 marks) Conceptual Foundations: Technology Transfer in Defence Technology transfer (ToT) in defence procurement refers to the transfer of technical knowledge, design architecture, production processes and intellectual property from foreign suppliers to domestic industries. Effective ToT allows countries to build domestic manufacturing capability, integrate indigenous systems and reduce long-term dependence on foreign suppliers. However, many defence agreements involve limited or “licensed production” arrangements, where countries assemble equipment locally without full access to core technologies. Static Background: India’s Fighter Aircraft Modernisation India’s air power strategy has historically relied on a mix of indigenous platforms and imported fighter aircraft, including aircraft from Russia, France and other partners. Major platforms currently operated by the Indian Air Force (IAF) include: Su-30MKI (Russia-India collaboration) Rafale (France) Mirage 2000 (France) Tejas Light Combat Aircraft (India). India’s fighter fleet has been undergoing rapid modernisation due to aging aircraft, regional security threats and evolving air warfare technologies. IAF Squadron Strength and Strategic Gap The Indian Air Force currently operates about 29 fighter squadrons, significantly below the authorised strength of 42 squadrons required to address threats from both China and Pakistan. The retirement of MiG-21 fighter jets in September 2025 after 62 years of service further reduced operational capacity. In comparison: China operates approximately 65 squadrons, highlighting the scale of regional air power competition. Structure of the Rafale Procurement Deal Under the proposed deal, 18 Rafale aircraft will be delivered in fly-away condition, ensuring rapid operational induction into the Indian Air Force. The remaining 96 aircraft will be manufactured in India, aligning with India’s policy of domestic defence production and industrial capability development. Indigenous content in the project is targeted to reach approximately 30% initially and potentially 60% over time, depending on domestic industrial capacity. Industrial Ecosystem and Make in India Tata Advanced Systems Limited (TASL) has partnered with Dassault Aviation to manufacture four key fuselage sections of Rafale aircraft in Hyderabad. Production is expected to begin around FY 2028 with a capacity of 24 fuselage sections annually, integrating Indian firms into the global aerospace supply chain. Such industrial partnerships aim to create Tier-2 and Tier-3 supplier networks in India, strengthening domestic aerospace manufacturing capabilities. Technology Transfer Limitations Despite commitments to co-production, France has declined to share source codes of critical mission systems, including electronic warfare suites and radar software. Source codes allow countries to modify mission software, integrate indigenous weapons and upgrade systems independently without foreign approval. Without such access, India remains dependent on foreign vendors for system modifications and upgrades, limiting operational autonomy. Strategic Importance of Software in Modern Warfare Modern fighter aircraft operate within software-defined warfare ecosystems, where mission software governs radar functions, electronic warfare systems and weapon integration. Control over software architecture determines a country’s ability to integrate indigenous missiles, sensors and communication systems. Lack of software autonomy increases long-term costs and operational dependency on foreign contractors. Lessons from Previous Defence Procurement Mirage 2000 Upgrade Case India’s upgrade programme for Mirage 2000 aircraft involved significant dependence on French vendors, costing over €1 billion for upgrades across approximately 50 aircraft since 2011. Limited access to software systems meant higher costs and slower integration of indigenous technologies. International Example: Turkey’s TF-X Programme Turkey secured airframe manufacturing capabilities for the TF-X KAAN fighter aircraft, but continued dependence on foreign engine technology illustrates the limitations of partial technology transfer. Alternative Strategic Options Russian Su-57 Fighter Programme Russia has reportedly offered greater access to source codes in consultations regarding the Su-57 stealth fighter, potentially allowing deeper avionics customisation. However, Russia’s aerospace industry faces sanctions-related supply constraints and technological challenges, including delays in next-generation engine development. Dependence on another supplier without technological autonomy may simply replace one dependency with another. Emerging Signs of Indigenous Capability India is gradually transitioning from licensee to modifier and exporter, illustrated by the proposed export of Su-30MKI fighter aircraft to Armenia worth approximately $3 billion. The Armenian variant will integrate India’s indigenous Uttam AESA radar and Astra air-to-air missiles, demonstrating growing domestic technological capabilities. Such developments indicate increasing absorption capacity in India’s defence aerospace ecosystem. Defence Budget and Industrial Policy The Union Budget 2026–27 allocated ₹7.85 lakh crore to defence, representing an increase of more than 15% compared to the previous year. Capital expenditure for modernisation rose by over 20% to ₹2.19 lakh crore, with 75% of the capital budget earmarked for domestic procurement. India’s defence production reached ₹1.51 lakh crore in FY 2024–25, with the private sector contributing around 23% of total output. Geopolitical and Strategic Context India’s defence procurement strategy emphasises supplier diversification across France, Russia, Israel and the United States, preventing technological monopolies. Operation Sindoor in 2025 highlighted the need for interoperability among different aircraft platforms such as Rafale, Su-30MKI and Mirage 2000. This has accelerated efforts to develop Integrated Air Command and Control Systems and future theatre commands. India’s Defence Capability in Global Context According to the World Directory of Modern Military Aircraft 2026, the Indian Air Force achieved a TruVal Rating of 69.4, ranking sixth globally in combat capability. Interestingly, this rating surpasses China’s score of 63.8, reflecting operational effectiveness rather than industrial capability. However, India remains one of the largest arms importers globally, highlighting the gap between operational strength and technological sovereignty. Structural Challenges to Defence Autonomy Limited Indigenous Value Addition Historically, India’s indigenous value addition in licensed defence production has remained between 25% and 35%, concentrated primarily in structural manufacturing. Weak Aerospace Supply Chains India’s Tier-2 and Tier-3 aerospace suppliers lack access to capital, certification systems and advanced materials, limiting deeper technological participation. Human Capital Constraints The aerospace sector faces shortages of highly skilled engineers and specialists in advanced technologies such as AI-driven design and simulation. Way Forward India must increase defence research and development spending, currently about ₹29,100 crore, to match innovation levels in advanced aerospace ecosystems. Building deep-tier domestic supply chains with strong MSME participation can enhance indigenous capability in avionics, sensors and materials technology. Strategic negotiations in future defence deals should prioritise source code access, subsystem ownership and co-development rather than simple assembly arrangements. Long-term investments in human capital, advanced engineering education and defence technology incubation will determine India’s true strategic autonomy. Prelims Pointers Defence Acquisition Council (DAC): highest decision-making body for defence procurement. Rafale Fighter Jet: manufactured by Dassault Aviation, France. M88 Engine: developed by Safran for Rafale aircraft. AESA Radar: Active Electronically Scanned Array radar used in modern fighter aircraft. Rupee Depreciation and Its Impact on India’s Economy, IT Sector and Exports Why This Issue is in News ? The Indian rupee recently breached the ₹92 per U.S. dollar mark for the first time, reflecting sustained depreciation amid global geopolitical tensions, oil price volatility and capital flow pressures. Escalation of conflict in West Asia and disruptions in the Strait of Hormuz shipping routes have increased crude oil prices and import costs, exerting downward pressure on the rupee. Currency depreciation has implications for inflation, trade balance, monetary policy and sectoral performance, particularly affecting import-intensive sectors while benefiting export-oriented industries. Relevance GS Paper 3 – Indian Economy Exchange rate dynamics Trade deficit and current account deficit GS Paper 3 – External Sector Foreign capital flows Balance of payments Mains Practice Question Q1.Currency depreciation has both positive and negative implications for an emerging economy. Analyse the impact of rupee depreciation on India’s inflation, exports and macroeconomic stability. (15 marks) Conceptual Foundations: Exchange Rate and Currency Depreciation The exchange rate refers to the price of one currency expressed in terms of another currency in the foreign exchange market. Currency depreciation occurs when the value of a country’s currency falls relative to other currencies, meaning more domestic currency is required to purchase foreign currency. In a floating exchange rate regime, currency values fluctuate based on trade flows, capital movements, interest rates, inflation differentials and geopolitical risks. Static Background: India’s Exchange Rate Framework India follows a managed floating exchange rate system, where market forces determine currency value but the Reserve Bank of India (RBI) intervenes periodically to prevent excessive volatility. RBI interventions typically involve buying or selling foreign exchange reserves, managing liquidity and maintaining macroeconomic stability. Exchange rate stability is critical for trade competitiveness, inflation control and financial market confidence. Causes Behind Recent Rupee Depreciation Rising Crude Oil Prices India imports nearly 85% of its crude oil requirements, making the economy highly sensitive to global oil price fluctuations. Geopolitical tensions and supply disruptions in West Asia have pushed oil prices higher, increasing India’s import bill and demand for U.S. dollars. Global Financial Conditions Strong U.S. economic performance and higher interest rates in advanced economies attract global capital toward dollar-denominated assets, strengthening the dollar against emerging market currencies. Capital outflows from emerging markets often lead to currency depreciation pressures. Trade Deficit Pressures India continues to maintain a structural trade deficit, as imports of crude oil, electronics, gold and machinery exceed exports. In FY 2023–24, India’s current account deficit (CAD) stood at approximately $13.2 billion, though manageable at around 0.3–0.5% of GDP. Impact on Inflation Imported Inflation Currency depreciation increases the cost of imported commodities such as crude oil, electronics, fertilisers and industrial inputs. Higher import prices feed into domestic inflation, especially through fuel prices, transportation costs and manufacturing inputs. Consumer Price Inflation Rising input costs may translate into higher retail prices for goods and services, increasing the Consumer Price Index (CPI). Economists estimate that exchange rate depreciation can add around 20–30 basis points to inflation, depending on global commodity prices. Impact on IT and Export-Oriented Sectors Advantage for IT Services India’s IT sector earns a significant share of revenue in U.S. dollars and other foreign currencies, making it a major beneficiary of rupee depreciation. When the rupee weakens, export earnings converted into rupees increase, improving profit margins and revenue stability for IT companies. Earnings Buffer for Technology Firms A weaker rupee can partially offset global slowdown in technology spending, helping firms maintain profitability during periods of subdued international demand. This exchange rate cushion supports quarterly earnings performance and stock market valuations. Benefits for Merchandise Exporters Export sectors such as pharmaceuticals, chemicals, textiles and engineering goods may gain competitiveness in global markets due to lower relative export prices. Many export contracts are denominated in U.S. dollars or euros, meaning exporters receive higher rupee earnings when the domestic currency depreciates. However, benefits depend on whether exporters rely heavily on imported raw materials, which may offset gains from currency depreciation. Impact on Import-Dependent Sectors Industries dependent on imported inputs such as electronics, energy, aviation, fertilisers and chemicals face higher production costs when the rupee weakens. These sectors may experience margin compression and increased operational expenses, especially if they cannot fully pass costs onto consumers. Rising import costs can also widen the trade deficit and current account deficit if export growth does not keep pace. Impact on Capital Flows and Financial Markets Currency depreciation can influence foreign portfolio investment (FPI) decisions, as exchange rate risks affect returns on financial assets. Persistent rupee weakness may reduce investor confidence and trigger capital outflows from equity and bond markets. However, moderate depreciation may also support export-driven growth and corporate earnings, attracting long-term investors. Monetary Policy Implications The Reserve Bank of India may respond to inflationary pressures arising from depreciation through monetary tightening or liquidity management measures. Currency weakness can complicate monetary policy by forcing policymakers to balance growth objectives with inflation control. RBI may also intervene in the foreign exchange market using its substantial foreign exchange reserves to stabilise the rupee. Strategic and Geoeconomic Implications Sustained depreciation highlights India’s vulnerability to global commodity shocks and external financial conditions. Exchange rate stability is increasingly linked with energy security, export competitiveness and macroeconomic resilience. Diversification of energy imports and expansion of export sectors are critical to strengthening India’s external sector stability. Challenges Energy Import Dependence Heavy reliance on imported oil makes the rupee particularly sensitive to global energy price shocks. Structural Trade Deficit Persistent trade deficits create long-term pressure on the currency. Global Financial Volatility Capital flow reversals triggered by global interest rate cycles can destabilise emerging market currencies. Inflation Risks Currency depreciation may intensify inflationary pressures, particularly in fuel and food supply chains. Way Forward Strengthening export competitiveness and manufacturing capacity can improve India’s trade balance and reduce currency vulnerability. Accelerating energy diversification through renewable energy and domestic exploration can reduce reliance on imported fossil fuels. Deepening foreign exchange reserves and prudent macroeconomic management will help stabilise currency markets during global shocks. Promoting value-added exports in sectors such as electronics, pharmaceuticals and services can strengthen India’s external economic resilience. Prelims Pointers Exchange rate regime in India: Managed float. Current Account Deficit (CAD): difference between a country’s savings and investment reflected in external transactions. Foreign Exchange Reserves: maintained by RBI to stabilise currency and external sector. Major export sectors benefiting from rupee depreciation: IT services, pharmaceuticals, textiles. NCERT Textbook Drafting Controversy and Debate on Judiciary Representation Why This Issue is in News ? A controversy has emerged regarding the new NCERT textbooks, particularly the chapter on the judiciary, following allegations of “judiciary corruption” references and concerns over transparency in textbook preparation. The debate intensified after statements by the Union Education Minister, suggesting that such allegations could reflect attempts to undermine public trust in institutions. The issue has also reached the Supreme Court, which sought clarification from the government regarding the process of drafting and approving NCERT textbooks under the National Curriculum Framework (NCF) 2023. Relevance GS Paper 2 – Polity & Governance Institutional accountability Academic autonomy and governance GS Paper 2 – Education Curriculum development National Education Policy (NEP 2020) Mains Practice Question Q1.Curriculum and textbook development play a critical role in shaping democratic values and institutional trust. Discuss the governance challenges associated with curriculum development in India. (15 marks) Institutional Background: NCERT and Textbook Development NCERT The National Council of Educational Research and Training (NCERT) is an autonomous organisation under the Ministry of Education responsible for curriculum development, research, teacher training and preparation of school textbooks. NCERT textbooks serve as reference learning material for CBSE schools and several state boards, giving them significant influence over school education across India. The organisation operates through expert committees and advisory bodies that design curriculum frameworks and learning content. Static Background: National Curriculum Framework (NCF) The National Curriculum Framework (NCF) provides the broad pedagogical and curricular guidelines for school education in India. The latest framework, NCF 2023, was developed in line with the National Education Policy (NEP) 2020, emphasising multidisciplinary learning, conceptual understanding and competency-based education. NCERT textbooks are revised periodically to reflect the changes recommended in the NCF. Structure of Textbook Development Committees National Syllabus and Teaching Learning Material Committee (NSTC) The NSTC plays a central role in overseeing the development of new textbooks under the NCF framework. It supervises subject-specific committees and ensures that textbooks align with curriculum objectives, pedagogical standards and academic guidelines. Curriculum Area Groups (CAGs) NCERT establishes Curriculum Area Groups for different disciplines, such as social sciences, science and mathematics. These groups consist of academic experts, teachers, subject specialists and researchers responsible for drafting textbook chapters and reviewing content. Composition of the Social Science Textbook Committee The Social Science Curriculum Area Group includes scholars from universities, historians, political scientists and education experts who contribute to textbook development. Members typically include academic researchers, school educators and experts from institutions such as universities, teacher training institutes and research organisations. The group drafts chapters covering subjects such as history, political science, geography and economics. Textbook Drafting Process Stage 1: Conceptual Framework The drafting process begins with defining the learning objectives and conceptual structure of chapters, guided by the National Curriculum Framework. Experts determine themes, concepts and pedagogical approaches that align with grade-level competencies. Stage 2: Draft Preparation Subject experts and academic authors prepare initial drafts of textbook chapters, incorporating academic research, historical sources and pedagogical methodologies. Drafts are designed to ensure clarity, accessibility and alignment with curriculum outcomes. Stage 3: Peer Review and Expert Consultation Draft chapters undergo multiple rounds of peer review by subject specialists, education experts and curriculum committees. Feedback is incorporated to improve accuracy, balance and pedagogical effectiveness. Stage 4: Institutional Approval The final drafts are reviewed by NCERT authorities and advisory committees before being approved for publication and distribution. Textbooks are subsequently printed and distributed to schools under central and state education systems. Role of Advisory Bodies in Textbook Development Central Advisory Board of Education (CABE) The Central Advisory Board of Education is the highest advisory body in the education sector, providing policy guidance to both central and state governments. CABE members may contribute to broader discussions on curriculum reforms and textbook content guidelines. Academic Advisory Committees Committees comprising educationists, policymakers and researchers ensure that textbook content remains academically rigorous and pedagogically appropriate. Key Concerns Raised in the Current Controversy Institutional Representation Questions have been raised regarding whether legal scholars and judicial experts were adequately consulted while drafting chapters related to the judiciary. Content Interpretation Critics argue that certain descriptions or interpretations of judicial functioning could influence public perception of democratic institutions. Transparency in Curriculum Development The debate highlights the need for greater transparency in the composition and functioning of textbook committees. Constitutional and Governance Dimensions Education in the Constitution Education is placed in the Concurrent List (Entry 25 of the Seventh Schedule), allowing both the Union and State governments to formulate policies. National-level curriculum frameworks must therefore balance central guidelines with regional educational needs. Academic Freedom Curriculum development requires balancing academic autonomy with public accountability, ensuring that textbooks remain factually accurate and pedagogically sound. Democratic societies must safeguard scholarly debate and diverse perspectives while maintaining institutional credibility. Broader Issues in Curriculum Development Political Sensitivity School textbooks often become arenas of political and ideological contestation, particularly in subjects such as history and political science. Institutional Trust Educational content influences public understanding of democratic institutions, making accuracy and balance essential. Pedagogical Responsibility Textbooks must ensure age-appropriate explanations of complex institutions, avoiding oversimplification or distortion. Challenges Maintaining Academic Neutrality Ensuring that textbook content reflects scholarly consensus rather than political bias remains a key challenge. Committee Representation Achieving balanced representation from academia, legal experts, educators and policymakers is essential for credibility. Transparency in Review Processes Limited public visibility of committee deliberations may create perceptions of lack of transparency in textbook development. Way Forward Strengthening transparent procedures for textbook drafting and review can enhance public trust in curriculum development. Greater inclusion of interdisciplinary experts, including legal scholars and constitutional experts, can improve the quality of institutional discussions in textbooks. Periodic public consultations and academic peer reviews can ensure that textbooks remain updated, balanced and pedagogically effective. Encouraging critical thinking and civic education can help students understand democratic institutions in a nuanced manner. Prelims Pointers NCERT: National Council of Educational Research and Training. National Curriculum Framework (NCF): guideline for curriculum development. NEP 2020: National Education Policy guiding education reforms. Education in Constitution: Concurrent List (Entry 25).