UPSC Insights SECURE SYNOPSIS : 1 November 2025

NOTE: Please remember that following ‘answers’ are NOT ‘model answers’. They are NOT synopsis too if we go by definition of the term. What we are providing is content that both meets demand of the question and at the same

General Studies – 1

Q1. “Preserving manuscripts is not merely a cultural act, but a civilisational imperative”. Analyse the relevance of India’s manuscript heritage in sustaining its knowledge traditions. Examine how the Gyan Bharatam Mission seeks to institutionalise this legacy. (10 M)

Introduction India’s manuscript heritage, spanning over 10 million works in 80 languages (National Mission for Manuscripts), embodies the collective intellectual, spiritual, and scientific pursuits of Indian civilisation. These manuscripts—etched on palm leaves, birch bark, and copper plates—serve as living testimonies of India’s knowledge continuum, linking Vedic, classical, and regional traditions across millennia.

Preserving manuscripts as a civilisational imperative

• Custodian of indigenous knowledge systems: Manuscripts contain original treatises on philosophy, astronomy, Ayurveda, and polity, reflecting India’s intellectual sovereignty. Eg: The Charaka Samhita and Aryabhatiya manuscripts represent India’s early scientific inquiry, now digitised under the National Mission for Manuscripts (2003).

• Continuity of cultural and linguistic diversity: Manuscripts written in scripts like Sharada, Grantha, and Modi preserve India’s multilingual legacy and regional scholarship. Eg: The Kashmir Sharada script manuscripts housed at the University of Kashmir reflect the blending of Sanskrit and local traditions.

• Civilisational resilience and collective memory: Their preservation safeguards India’s civilisational identity against erosion from colonial and global homogenisation. Eg: The UNESCO Memory of the World Register (2022) includes manuscripts like the Rigveda, recognising India’s contribution to universal heritage.

Relevance of manuscript heritage in sustaining knowledge traditions

• Transmission of ethical and philosophical thought: Manuscripts on Dharmaśāstra, Arthashastra, and Natyashastra continue to shape moral and aesthetic values in Indian society. Eg: The Bharata Natyashastra manuscripts form the textual foundation of classical dance curricula in institutions like Kalakshetra Foundation.

• Revival of traditional sciences and pedagogy: Texts on medicine, architecture, and mathematics enable contemporary re-engagement with indigenous science. Eg: The Ayurveda manuscripts at the Government Oriental Manuscript Library, Chennai, inform modern research under AYUSH programmes.

• Decolonising knowledge production: Reclaiming manuscript traditions challenges Eurocentric academic hierarchies and restores civilisational narratives. Eg: The 2025 International Conference on Indian Manuscripts titled Reclaiming India’s Knowledge Legacy reflects this scholarly renaissance.

Institutionalisation under the Gyan Bharatam Mission

• Integrated national framework: The Gyan Bharatam Mission (2025) aims to identify, conserve, and digitise manuscripts through National Digital Repository (NDR) under the Ministry of Culture. Eg: As of October 2025, 20 institutes including the Asiatic Society, Kolkata have signed MoUs to form cluster and independent centres for manuscript preservation.

• Collaborative model of cultural federalism: Cluster centres coordinate with partner institutes, promoting decentralised cultural governance and capacity building. Eg: Each cluster centre under the mission oversees up to 20 partner institutions, ensuring regional representation in heritage management.

• Accountability and quality assurance: The mission’s funding model links disbursement to physical and financial milestones, ensuring transparency and efficiency. Eg: Funds released in two instalments—70% upfront, 30% post verification—ensure adherence to conservation and digitisation standards.

Conclusion Preserving manuscripts transcends cultural nostalgia—it safeguards India’s civilisational wisdom for future scholarship. Initiatives like Gyan Bharatam Mission transform preservation into participation, enabling India to project its knowledge heritage as a pillar of global cultural leadership.

Q2. The 1971 Indo-Pakistan War was the culmination of unresolved contradictions within Pakistan’s political structure. Explain this assertion and assess India’s diplomatic handling of the crisis. (10 M)

Introduction The 1971 Indo–Pakistan War was not an isolated military confrontation but the inevitable outcome of Pakistan’s internal political failures. Deep-rooted economic disparity, denial of democratic mandate, and military authoritarianism fractured the unity between West and East Pakistan, leading to a humanitarian and strategic crisis in South Asia.

Unresolved contradictions within Pakistan’s political structure

• Unequal political representation: Despite a larger population, East Pakistan was underrepresented in decision-making dominated by West Pakistani elites. Eg: The One Unit Scheme (1955) centralized power in West Pakistan, marginalizing East Pakistani voices.

• Economic disparity and neglect: Persistent imbalance in resource allocation and development created alienation in East Pakistan. Eg: Between 1947–1970, East Pakistan contributed 60% to exports but received less than 30% of federal spending.

• Language and cultural suppression: The imposition of Urdu as the sole national language (1948) disregarded Bengali linguistic identity, sparking sustained protests. Eg: The Language Movement of 1952 became a symbol of Bengali nationalism and resistance to central domination.

• Military authoritarianism and political denial: The refusal to transfer power after the 1970 general elections, where the Awami League led by Sheikh Mujibur Rahman won a clear majority, exposed the military’s disregard for democracy. Eg: General Yahya Khan’s postponement of the National Assembly session in March 1971 triggered mass uprisings in East Pakistan.

• Operation Searchlight and state repression: The brutal military crackdown launched on 25 March 1971 deepened the political rupture and triggered a massive refugee influx into India. Eg: The UNHCR estimated over 10 million refugees entered India by mid-1971, creating a severe humanitarian crisis.

India’s diplomatic handling of the crisis

• Humanitarian diplomacy and global outreach: India internationalized the refugee crisis, portraying it as a human rights issue rather than a bilateral conflict. Eg: Indira Gandhi’s global campaign (1971) included visits to the USA, UK, and USSR, highlighting atrocities in East Pakistan.

• Strategic partnership through Indo-Soviet Treaty: India ensured strategic deterrence by signing the Treaty of Peace, Friendship and Cooperation with the USSR in August 1971, neutralizing potential Chinese and American intervention. Eg: The Indo–Soviet Treaty (1971) guaranteed Soviet political and military support during the crisis.

• Calibrated military restraint before intervention: India initially adopted a restrained stance, combining diplomatic pressure and refugee management before military action. Eg: India waited till December 1971, after multiple UN efforts failed, to begin coordinated operations supporting the Mukti Bahini.

• Maintaining legitimacy through international law: India invoked the principle of self-determination and humanitarian intervention, presenting its actions as consistent with UN Charter’s human rights obligations. Eg: The Lok Sabha Resolution (Dec 1971) justified intervention on grounds of restoring peace and stability in South Asia.

Conclusion The 1971 war symbolized the collapse of Pakistan’s internal cohesion and the assertion of India’s mature diplomacy. By aligning humanitarian morality with strategic foresight, India demonstrated that regional stability rests not on coercion but on respect for democracy and human dignity.

Q3. Examine the major physical and climatic factors behind the recent surge in global wildfires. Evaluate their implications for global food and water security. (10 M)

Introduction

Wildfires have emerged as one of the most alarming indicators of the planet’s changing climate system. The 2025 State of the Climate Report notes a 370% surge in tree cover loss in 2024, highlighting how rising global temperatures, El Niño events, and prolonged droughts are reshaping fire regimes worldwide.

Physical and climatic factors behind the surge in global wildfires

• Rising global temperatures: Elevated surface temperatures increase evapotranspiration and dry vegetation, making forests highly flammable. Eg: The World Meteorological Organization (2024) reported that 2024 was the hottest year on record, with global mean temperature 1.5°C above pre-industrial levels.

• Prolonged droughts and soil desiccation: Extended dry spells reduce soil moisture and create tinder-like conditions. Eg: The Amazon Basin and southern Europe experienced record droughts in 2024, coinciding with intense fire outbreaks (Source: State of the Climate 2025).

• El Niño and atmospheric circulation anomalies: El Niño enhances heat and suppresses rainfall across tropical belts, amplifying wildfire risk. Eg: The 2023–24 El Niño caused abnormally high sea surface temperatures in the Pacific, triggering major fires in Indonesia and Canada (NOAA, 2025).

• Changing wind and pressure patterns: Strong downslope winds (Foehn, Santa Ana, Mistral) and low humidity accelerate fire spread. Eg: California’s Santa Ana winds (Jan 2025) intensified the blaze that burned 57,000 acres, according to the US National Interagency Fire Center.

• Lightning and dry thunderstorms: Increased convective activity in warming climates causes more lightning-induced ignitions. Eg: Canadian boreal forests (May 2025) saw lightning strikes responsible for over 60% of new fires (Environment and Climate Change Canada).

• Vegetation stress and land-use change: Monoculture plantations and degraded forests accumulate combustible biomass. Eg: Southeast Asia’s peatland conversion for oil palm cultivation worsened fire intensity and smoke transboundary pollution (UNEP, 2024).

Implications for global food and water security

• Agricultural productivity loss: Fires destroy croplands and reduce soil fertility through ash deposition and erosion. Eg: FAO (2024) estimated wildfire-related agricultural losses of $12 billion globally, especially in Mediterranean grain belts.

• Alteration of hydrological cycles: Forest loss diminishes infiltration and evapotranspiration, disrupting rainfall and river flows. Eg: Amazon fire-induced canopy loss reduced local rainfall by 20%, affecting Andean headwaters (World Bank 2024).

• Water contamination: Ash, heavy metals, and sediments from burned areas pollute surface water bodies. Eg: Post-fire contamination in Alberta, Canada (2024) raised mercury and nitrates in drinking water sources (Canadian Hydrological Service).

• Food-chain disruption and biodiversity decline: Fire-driven habitat loss reduces pollinator species and aquatic biodiversity critical to food systems. Eg: WWF Living Planet Report 2024 recorded a 73% decline in wildlife populations over five decades, exacerbated by climate-linked fires.

• Increased regional hunger and migration: Crop failures and freshwater scarcity aggravate livelihood insecurity in vulnerable regions. Eg: Horn of Africa (2025) faced food shortages as drought–fire cycles destroyed grazing lands, prompting internal displacement (UNEP–FAO Joint Brief).

Conclusion

The surge in wildfires reflects the deepening climate–biosphere feedback loop that threatens global resource security. Strengthening fire-resilient landscapes, early warning systems, and integrated water–forest management must become central to adaptation policies to safeguard both ecosystems and human sustenance.

General Studies – 2

Q4. “The architecture of welfare delivery in India is vast but fragmented”. Analyse how the proliferation of schemes affects efficiency. Suggest institutional reforms for convergence. (15 M)

Introduction India’s welfare ecosystem—comprising more than 1,200 central and state schemes (as per NITI Aayog)—aims to ensure inclusive growth and social protection. However, the proliferation of overlapping programmes has led to duplication, leakages, and inefficiencies, making India’s welfare architecture vast yet fragmented.

Vast but fragmented welfare architecture

• Multiplicity of schemes across sectors: Overlapping objectives in health, housing, education, and livelihood weaken coherence. Eg: Multiple rural employment schemes such as MGNREGA, Deen Dayal Upadhyaya Grameen Kaushalya Yojana, and PM Vishwakarma Yojana operate with limited interlinkage (NITI Aayog, 2023).

• Institutional silos and parallel delivery channels: Ministries and departments implement schemes independently, creating redundancy in beneficiary databases and fund flows. Eg: Ministry of Rural Development and Ministry of Housing & Urban Affairs both run separate housing initiatives—PMAY-G and PMAY-U—with limited convergence mechanisms.

• Weak inter-governmental coordination: Centre–State fiscal and administrative overlaps dilute accountability and strain implementation efficiency. Eg: In 2024, the CAG report highlighted duplication in social assistance schemes across states leading to 20–30% resource overlap.

Impact of proliferation on efficiency

• Administrative duplication: Multiple agencies managing similar functions raise transaction costs and delay service delivery. Eg: A NITI Aayog evaluation (2022) found 18 ministries implementing nutrition-related schemes, yet India still ranks low in Global Hunger Index (2024).

• Beneficiary exclusion and inclusion errors: Fragmented databases lead to errors in targeting genuine beneficiaries. Eg: The SECC 2011 database’s outdated nature led to ghost beneficiaries and exclusion of the poor until the Aadhaar–DBT integration partially corrected it.

• Fiscal inefficiency and thin resource spread: Proliferation divides limited funds among many schemes, reducing scale and impact. Eg: The Standing Committee on Finance observed that over 40% of welfare schemes have outlays below ₹100 crore, limiting transformative potential.

• Monitoring and outcome measurement gaps: Fragmentation hinders data-driven monitoring and evaluation. Eg: Absence of unified dashboards delays outcome-based budgeting recommended by the Expenditure Management Commission (2016).

Institutional reforms for convergence

• Creation of a Unified Beneficiary Database: Develop a dynamic National Social Registry integrating Aadhaar, SECC, and state databases to streamline targeting. Eg: The Social Registry Project (under NITI Aayog, 2024) aims to unify welfare data across ministries.

• Scheme rationalisation and consolidation: Merge overlapping programmes with similar objectives following the Committee recommendation to cluster schemes under thematic umbrellas. Eg: Consolidation of 240 Centrally Sponsored Schemes (CSS) into 66 umbrella programmes in 2016 serves as a precedent.

• Strengthening Direct Benefit Transfer (DBT) architecture: Expand JAM trinity-based DBT to all welfare payments to curb leakages and ensure transparency. Eg: As per DBT Mission Report 2024, savings worth ₹2.73 lakh crore have been achieved since 2014 through reduced duplication.

• Decentralised convergence platforms: Empower District Planning Committees (Article 243ZD) and Gram Sabhas to coordinate scheme implementation at the grassroots. Eg: Kerala’s People’s Plan Campaign integrates welfare planning at local levels ensuring synergy between departments.

• Outcome budgeting and performance-linked grants: Institutionalise performance metrics tied to measurable welfare outcomes under Article 282 fiscal transfers. Eg: The 15th Finance Commission (2021–26) recommended performance-based grants for local bodies linked to health and sanitation outcomes.

• Creation of a National Welfare Delivery Authority: A central nodal institution for convergence, data analytics, and grievance redressal akin to the UIDAI model. Eg: The NITI Aayog Vision 2047 proposes an integrated social protection authority to coordinate multi-sectoral schemes.

Conclusion

India’s welfare ambitions can succeed only when fragmented schemes evolve into a cohesive, data-driven, and outcome-oriented architecture. Institutionalising convergence—through integrated databases, rationalisation, and empowered local governance—will convert welfare expansion into welfare effectiveness, ensuring last-mile delivery aligns with constitutional ideals of equity and justice.

Q5. Discuss the major irritants in India–Nepal relations. How can India balance strategic interests with Nepal’s sovereignty concerns? (10 M)

Introduction India and Nepal share an open border, deep cultural affinity, and economic interdependence. Yet, the relationship has often been strained by perceptions of asymmetry, political mistrust, and evolving geopolitical alignments, demanding a delicate balance between India’s strategic imperatives and Nepal’s sovereignty sensitivities.

Major irritants in India–Nepal relations

• Boundary disputes and cartographic tensions: The Kalapani–Lipulekh–Limpiyadhura dispute has been a persistent flashpoint, reignited by Nepal’s 2020 constitutional map amendment. Eg: The 2020 map row followed India’s inauguration of a road to Lipulekh Pass, claimed by Nepal, escalating diplomatic tension.

• Perceived political interference: India’s involvement in Nepal’s domestic politics has often bred resentment, especially during transitions of power. Eg: Allegations of India’s role during the 2015 Constitution promulgation and subsequent economic blockade led to widespread anti-India sentiment

• Trade and transit vulnerabilities: Nepal’s dependence on Indian ports and routes for trade exposes it to economic leverage and logistical bottlenecks. Eg: Nearly 98% of Nepal’s third-country trade transits through India

• Hydropower and water-sharing disputes: Divergences persist over benefit-sharing and downstream impact of river projects. Eg: The Pancheshwar Multipurpose Project, conceived in 1996 under the Mahakali Treaty, remains stalled due to differing interpretations of water use

• China factor and strategic balancing: Nepal’s deepening engagement with China, including through the Belt and Road Initiative (BRI), has heightened India’s strategic concerns. Eg: Nepal’s participation in BRI (since 2017) and Chinese investments in infrastructure like the Pokhara Airport challenge India’s traditional influence

Balancing India’s strategic interests with Nepal’s sovereignty concerns

• Respect for sovereign equality: India must reaffirm the Panchsheel principles and ensure its actions align with the spirit of mutual respect and non-interference. Eg: The 1950 Treaty of Peace and Friendship can be revisited to address asymmetry concerns, as suggested by the Nepal–India Eminent Persons Group (EPG) Report, 2018.

• Institutionalised dialogue mechanisms: Strengthening regular high-level bilateral mechanisms like the Joint Commission (est. 1987) can help depoliticize contentious issues. Eg: The 7th Joint Commission meeting (2024) agreed on improving connectivity and power trade through structured coordination.

• Economic diversification and connectivity partnerships: India should promote win–win projects in power trade, cross-border railways, and digital connectivity. Eg: The India–Nepal Power Trade Agreement (2023) allows Nepal to export 10,000 MW to India by 2030

• Subregional cooperation frameworks: Platforms like BBIN (Bangladesh-Bhutan-India-Nepal) and BIMSTEC can enhance trust through multilateral collaboration. Eg: The BBIN Motor Vehicles Agreement (2022) facilitates people-to-people and trade mobility without bilateral friction.

• Soft diplomacy and people-centric engagement: Deepening ties through education, health, and cultural exchanges can rebuild public goodwill. Eg: India’s “Neighbourhood First Policy” and Humanitarian Aid during COVID-19 reaffirmed shared destinies and interdependence.

Conclusion For India, managing relations with Nepal is a test of its neighbourhood diplomacy. A strategy rooted in mutual sensitivity, connectivity-led growth, and institutional trust can transform traditional asymmetry into a sustainable partnership of equals.

General Studies – 3

Q6. Explain the key objectives and components of the Mission for Aatmanirbharta in Pulses (2025–31). Analyse how it aims to enhance yield, area, and productivity. Evaluate its potential to reduce India’s import dependence. (15 M)

Introduction

India, the world’s largest producer and consumer of pulses, faces a chronic gap between domestic demand (268 LMT by 2030) and production (242 LMT in 2023–24). The Mission for Aatmanirbharta in Pulses (2025–31) marks a major policy shift toward self-sufficiency and nutritional security through technology-driven and regionally focused interventions.

Key objectives and components of the mission

• Enhancing production and productivity: The mission targets a 45% rise in pulses output from 242 LMT (2023–24) to 350 LMT by 2030–31, and a 28% yield rise from 881 to 1130 kg/ha. Eg: Targets drawn from MoA&FW Guidelines 2025, with ₹11,440 crore outlay.

• Promotion of climate-resilient and high-protein varieties: Focus on development and commercialisation of climate-resilient, high-yielding seed varieties. Eg: Collaboration with ICAR-IIPR Kanpur for biofortified tur and masoor strains.

• Cluster-based implementation: Adoption of district cluster approach (HA-HY, HA-LY, LA-HY, LA-LY) to optimise resources and focus on potential districts. Eg: NITI Aayog’s 2023 report recommended differentiated planning for low-yield and underutilised districts.

• Comprehensive value chain support: Integration from input supply to marketing—seed hubs, storage, and post-harvest infrastructure. Eg: PM Dhan-Dhaanya Krishi Yojana and PM Formalisation of Micro Food Enterprises (PMFME) support linked for pulses processing.

• Assured procurement and price support: 100% procurement of tur, urad, and masoor through NAFED and NCCF under PM-AASHA to ensure remunerative prices. Eg: NAFED-NCCF MOU 2025 mandates Aadhaar-enabled farmer verification for transparent procurement.

How the mission enhances yield, area, and productivity

• Area expansion in non-traditional zones: Conversion of rice fallows, rainfed, and aspirational districts into pulse-growing clusters. Eg: West Bengal, Bihar, and Chhattisgarh to gain additional masoor area; AP and UP for urad expansion.

• Yield improvement through technology diffusion: Strengthening Front Line Demonstrations (FLD) with increased assistance—₹10,000/ha (vs ₹9,000 earlier). Eg: Krishi Vigyan Kendras to conduct seed-to-harvest demonstrations with GPS monitoring.

• Soil and water management integration: Linking with National Mission on Sustainable Agriculture (NMSA) for efficient water use and soil health cards. Eg: Watershed-based interventions improved yield by 18% in pilot districts of Madhya Pradesh (NMSA Evaluation, 2024).

• Quality seed and input availability: Expansion of seed hubs and mini-kits under ICAR Seed Chain Programme, ensuring timely delivery. Eg: 250 new seed hubs planned by ICAR-IIPR between 2025–31.

• Digital monitoring and data-driven planning: Real-time area, yield, and market monitoring through National Crop Dashboard and remote sensing. Eg: ISRO-NIC platform (2024) integrated crop monitoring for pulses acreage prediction.

Evaluating the mission’s potential to reduce import dependence

• Bridging demand-supply gap: With projected output of 350 LMT vs expected demand of 268 LMT (2030), India can achieve net surplus status in major pulses. Eg: As per NITI Aayog projections (2025), the mission could save ₹18,000 crore annually in import bills by 2031.

• Diversified sourcing and domestic stability: Domestic self-sufficiency will reduce dependence on Myanmar, Tanzania, and Australia, stabilising domestic prices. Eg: Imports rose to 27 LMT in 2024; mission aims to cut this by half within five years (DGFT data).

• Institutional market support and farmer confidence: Guaranteed procurement ensures price realisation and re-investment in productivity, sustaining long-term output growth. Eg: PM-AASHA 2.0 linked procurement to direct benefit transfer for over 12 lakh pulse farmers (2025).

• Integration with nutritional and soil health goals: Pulses enhance nitrogen fixation, contributing to soil fertility and reducing fertiliser import costs. Eg: FAO (2024) estimated annual nitrogen contribution from pulses to Indian soils at ~2 million tonnes.

Conclusion

The mission signifies a transition from import dependence to domestic resilience, aligning productivity, sustainability, and market assurance. If effectively implemented with seed innovation and institutional convergence, it can make India not just Aatmanirbhar in pulses, but a global leader in legume-based nutrition security.

Q7. The challenge of the digital age lies not in information overload but in cognitive underuse. Explain the idea and examine to promote balanced human-machine collaboration. (10 M)

Introduction

While digital tools have expanded human access to information, they have also reduced our need to think deeply or remember actively. The modern concern is not too much data, but too little cognitive engagement, as automation and AI gradually erode sustained attention and analytical discipline.

Explaining the idea: From information overload to cognitive underuse

• Delegation of memory and reasoning: Constant use of AI, GPS, and digital reminders has shifted humans from knowledge retention to knowledge retrieval. Eg: “Google Effect” (UCL, 2023) shows people forget faster when they can easily re-access data online.

• Reduced neural engagement: Over-reliance on automation suppresses working-memory activation and cognitive control. Eg: MIT study (2025) found students using LLMs had the weakest neural connectivity during essay tasks.

• Cognitive passivity and mental laziness: Instant availability of solutions discourages deep reading and critical thinking. Eg: Nature Human Behaviour (2024) termed this trend “cognitive inertia,” leading to 20–30% lower problem-solving accuracy.

• Fragmented attention ecosystem: Frequent multitasking between apps diminishes sustained focus and cognitive endurance. Eg: IIT-Delhi research (2024) recorded 25% decline in attention span with smartphone multitasking.

• Illusion of knowledge: Access to search engines creates false confidence in understanding without true comprehension. Eg: Yale University (2023) found online searchers overestimate their actual knowledge by 40%.

Examining measures to promote balanced human–machine collaboration

• Human-in-the-loop AI design: Algorithms should assist, not replace, human judgment to preserve cognitive agency. Eg: NITI Aayog’s Responsible AI Framework (2023) stresses “AI for Augmentation” principle.

• Digital cognitive literacy in education: Curricula must blend technology use with analytical, creative, and reflective learning. Eg: National Education Policy (NEP) 2020 promotes inquiry-based pedagogy supported by EdTech tools.

• Ethical and regulatory frameworks: Collaboration among psychologists, technologists, and ethicists is vital for safe cognitive ecosystems. Eg: UNESCO AI Ethics Framework (2023) emphasises preserving human mental autonomy.

• Encouraging mindful tech practices: Structured digital-detox campaigns can restore focus and neuroplasticity. Eg: Cyber Awareness Week (2024) under Digital India promoted time-bounded device usage.

• Institutional coordination for cognitive health: Inter-ministerial initiatives should integrate neuroscience into AI policy and education. Eg: National Digital Education Architecture (NDEAR, 2024) links AI analytics with learner self-regulation tools.

Conclusion

The 21st-century challenge is not too much information, but too little introspection. Building a human-centred cognitive ecosystem, where machines extend human intellect without dulling it, is crucial for an innovative and ethically intelligent India.

Q8. Climate inequality is not merely a developmental challenge but a fiscal justice issue. Elucidate the statement. Suggest fiscal instruments to address such inequality. (10 M)

Introduction

Climate inequality reflects how the rich and poor contribute unequally to greenhouse gas emissions and also face unequal consequences. When wealth and emissions concentration coincide, climate action becomes a matter of fiscal justice, demanding redistribution through taxation and investment policies rather than mere developmental aid.

Climate inequality as a fiscal justice issue

• Unequal carbon ownership and responsibility: The top 1% own assets responsible for 41% of global emissions (Climate Inequality Report 2025). Fiscal justice demands taxing wealth-linked emissions rather than burdening low-income consumers. Eg: The World Inequality Lab (2025) found per capita emission of the top 1% to be 680 times that of the bottom 50%.

• Regressive burden of current carbon taxes: Conventional fuel taxes are passed to consumers, violating equity principles of Article 38(2) (minimising income inequalities). Eg: IMF (2024) warned that carbon excise taxes in developing nations increase energy poverty among the bottom 40%.

• Wealth accumulation through high-emitting sectors: The wealthy benefit from dividends and profits from polluting industries, making climate action a question of redistributive taxation rather than mere emission reduction. Eg: 100 companies cause 71% of industrial GHG emissions since the Industrial Revolution (CDP Report 2023).

• Intergenerational fiscal equity: Unequal environmental debt violates the spirit of Article 39(b)—ensuring equitable distribution of material resources. Eg: NITI Aayog’s SDG India Index 2024 highlights rising inequality in climate resilience spending between rich and poor states.

• Global fiscal asymmetry: Developed nations’ historic emissions and capital investments in fossil fuels raise moral claims for climate reparations and wealth-based taxation. Eg: The UNFCCC Loss and Damage Fund (COP29) recognised the fiscal dimension of climate vulnerability.

Fiscal instruments to address climate inequality

• Carbon asset taxation: Levy taxes on carbon-intensive financial portfolios to internalise emission costs and shift investments. Eg: Suggested in Climate Inequality Report 2025 by Lucas Chancel, targeting high-carbon wealth ownership.

• Progressive green wealth taxes: Differential taxation on luxury and high-emission goods ensures fiscal redistribution aligned with the Kaldor Committee (1956) principles on progressive wealth taxation. Eg: France’s Green Wealth Tax (ISF, 2018) modelled on taxing carbon-heavy assets.

• Subsidy reallocation towards vulnerable groups: Rationalising fossil-fuel subsidies and diverting revenue to adaptation finance ensures distributive climate justice. Eg: India’s UJALA scheme (2015) used subsidy savings to expand low-carbon lighting to poor households.

• Green sovereign and municipal bonds: Mobilising climate finance through debt instruments can ensure targeted adaptation funding to vulnerable communities. Eg: India’s Sovereign Green Bonds (2023) raised ₹16,000 crore for clean energy projects.

• Carbon dividends for equitable transition: Returning carbon tax revenue as universal basic dividends helps offset regressive impacts on low-income groups. Eg: Canada’s Federal Carbon Rebate Scheme (2022) returns carbon revenues directly to households.

Conclusion

Addressing climate inequality demands that fiscal policy evolve from mere revenue collection to climate redistribution, targeting those whose wealth perpetuates emissions. A just carbon taxation architecture can thus reconcile climate ambition with social equity, ensuring sustainability that is both green and fair.

General Studies – 4

Q9. “Power without empathy transforms administration into coercion”. Examine the importance of emotional intelligence in ensuring ethical governance. (10 M)

Introduction

Administration derives its legitimacy not from authority alone but from moral sensitivity. Empathy is the emotional bridge between power and people, without which governance becomes coercive and impersonal. The Second Administrative Reforms Commission (2008) underlined emotional intelligence (EI) as a vital component of ethical public service, ensuring that civil servants remain both efficient and humane.

Power without empathy transforms administration into coercion

• Dehumanisation of governance: Absence of empathy reduces citizens to files and statistics, ignoring their emotions and dignity. Eg: During COVID-19 lockdown (2020), instances of excessive force by enforcement personnel reflected procedural zeal over human sensitivity (Source: NHRC Report 2021).

• Misuse of official authority: Emotionally detached officers may use hierarchical power for intimidation or personal bias. Eg: The Sukna land scam (2010) showed how command authority without ethical sensitivity led to misuse of position by senior officers.

• Erosion of public trust: When authority lacks compassion, governance appears coercive, alienating citizens from the state. Eg: Citizen Charter Evaluation (DARPG 2023) observed that rude or indifferent behaviour by staff is a prime cause of low trust in public service delivery.

Importance of emotional intelligence in ensuring ethical governance

• Facilitates moral reasoning and self-regulation: EI helps officers assess decisions through empathy and conscience rather than rigid rule application. Eg: Daniel Goleman’s model (1995) identifies self-awareness and empathy as pillars of ethical decision-making adopted in LBSNAA training modules.

• Promotes citizen-centric administration: Empathy aligns bureaucratic action with the Directive Principles and Article 38, ensuring justice and compassion in governance. Eg: IAS officer Armstrong Pame’s “People’s Road” exemplified citizen-centric empathy by mobilising locals for inclusive development.

• Builds trust and legitimacy: Emotionally intelligent governance fosters responsiveness, respect, and fairness—core to ethical public relations. Eg: The Sevottam Framework (DARPG 2008) institutionalised courtesy and empathy in service quality assessment.

• Enhances workplace ethics and integrity: Officers with high EI manage subordinates fairly, reducing harassment and discrimination. Eg: The DoPT “Mission Karmayogi” (2020) includes behavioural and emotional competencies to strengthen ethical conduct in bureaucracy.

• Supports conflict resolution and crisis management: EI ensures calm, humane engagement during social unrest or disasters. Eg: District officials in Kerala floods (2018) displayed empathy-driven leadership, prioritising vulnerable groups in relief efforts (Source: NIDM Report 2019).

Conclusion

Empathy transforms the coercive face of power into the compassionate hand of service. Emotional intelligence is thus the ethical armour of governance—balancing authority with humanity and ensuring that administration reflects the Constitution’s moral vision of justice, dignity, and compassion.

Q10. “Celebrity influence in social movements creates both moral power and ethical risk”. Substantiate this view. Discuss how public figures can uphold integrity while engaging in activism. (10 M)

Introduction

Celebrities today possess extraordinary moral visibility due to mass media and social networks. Their advocacy can mobilise millions toward social good — but when driven by bias or misinformation, it can erode trust and distort public discourse. Thus, their influence embodies both ethical opportunity and moral hazard.

Moral power and ethical risk of celebrity influence

• Moral power of visibility: Celebrity participation amplifies social causes, lending voice to the voiceless and inspiring civic action. Eg: Zubeen Garg’s stand during the anti-CAA protests (2019) gave moral strength to peaceful mobilisation in Assam; Leonardo DiCaprio’s climate activism has influenced global youth awareness on sustainability.

• Symbolic legitimacy: Their reputation and reach create emotional connection and legitimacy for social movements. Eg: Malala Yousafzai’s global education advocacy and Angelina Jolie’s UNHCR work show how credibility can humanise distant issues.

• Ethical risks of bias or misinformation: Celebrities may comment without adequate understanding, spreading partial or polarised narratives. Eg: Some online endorsements of unverified COVID-19 cures (2020-21) by public figures drew WHO warnings about misinformation.

• Conflict between activism and personal gain: When activism aligns with commercial branding or political patronage, sincerity becomes questionable. Eg: Paid “cause marketing” campaigns in fashion and entertainment industries often blur ethical boundaries between profit and principle (UNESCO Media Ethics Guidelines 2021).

Upholding integrity in celebrity activism

• Commitment to truth and due diligence: Public figures must verify facts, consult experts, and communicate responsibly. Eg: WHO’s partnership with Indian cricketer Virat Kohli (2024) on anti-tobacco messaging was based on evidence-driven content.

• Transparency and disclosure of interest: Clear separation between advocacy and endorsement prevents conflict of interest. Eg: Advertising Standards Council of India (ASCI) Guidelines 2023 mandate disclosure when celebrities promote social causes linked to commercial ventures.

• Empathy-based, inclusive messaging: Ethical activism should unify citizens rather than deepen divides. Eg: Amitabh Bachchan’s long-running polio campaign (2005-2014) used empathy and non-partisan appeal to promote health responsibility.

• Exemplary personal conduct: Role models must reflect in their behaviour the values they promote, ensuring moral consistency. Eg: Mary Kom’s advocacy for girls’ sports is reinforced by her continued mentorship and work at the grassroots level.

Conclusion

Celebrity activism wields immense transformative potential when anchored in truth, empathy, and accountability. Upholding ethical integrity ensures that influence enlightens society rather than manipulates it — turning fame into genuine moral leadership.

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