UPSC Insights SECURE SYNOPSIS : 29 March 2025
Kartavya Desk Staff
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. Discuss the impact of Mahatma Gandhi’s experiences in South Africa on his later role in India’s freedom movement. How did these experiences influence his methods of political mobilization? (10 M)
Introduction
Mahatma Gandhi’s formative years in South Africa (1893-1914) were pivotal in shaping his political philosophy, particularly Satyagraha — a method of non-violent resistance that would later define India’s freedom struggle.
Impact of South African experience on Gandhi’s role in India’s freedom movement
• Development of satyagraha: Gandhi’s resistance to discriminatory laws in South Africa led to the creation of Satyagraha as a non-violent means of resistance. Eg: The 1906 Transvaal Ordinance protest marked the first organized use of Satyagraha.
• Eg: The 1906 Transvaal Ordinance protest marked the first organized use of Satyagraha.
• Emphasis on civil disobedience: Gandhi’s campaigns in South Africa emphasized non-cooperation with unjust laws, which became a cornerstone of India’s nationalist strategy. Eg: The 1919 Rowlatt Act agitation was inspired by Gandhi’s earlier passive resistance methods.
• Eg: The 1919 Rowlatt Act agitation was inspired by Gandhi’s earlier passive resistance methods.
• Community mobilization skills: Gandhi’s campaigns in South Africa taught him the importance of uniting diverse communities under a common cause. Eg: The Natal Indian Congress (1894) mobilized Indian workers across class and religious lines.
• Eg: The Natal Indian Congress (1894) mobilized Indian workers across class and religious lines.
• Influence on leadership ethics: Gandhi’s adherence to truth (Satya) and non-violence (Ahimsa) emerged from his South African struggles. Eg: His principled stance during the Dandi March (1930) reflected this influence.
• Eg: His principled stance during the Dandi March (1930) reflected this influence.
• Social reform agenda: His efforts in South Africa, such as promoting hygiene, education, and equality, shaped his broader reform campaigns in India. Eg: The Harijan movement against untouchability mirrored his earlier focus on oppressed communities.
• Eg: The Harijan movement against untouchability mirrored his earlier focus on oppressed communities.
Influence on methods of political mobilization
• Mass mobilization through non-violence: Gandhi’s focus on peaceful protest and moral persuasion became his signature tactic. Eg: The Non-Cooperation Movement (1920-22) mobilized millions without violence.
• Eg: The Non-Cooperation Movement (1920-22) mobilized millions without violence.
• Use of media and communication: Gandhi utilized print media extensively to spread his ideas. Eg: The Indian Opinion newspaper in South Africa laid the foundation for his later media outreach in India.
• Eg: The Indian Opinion newspaper in South Africa laid the foundation for his later media outreach in India.
• Grassroots empowerment: Gandhi’s belief in empowering the masses through education and social awareness guided his approach in India. Eg: The establishment of Sabarmati Ashram (1917) reflected these ideals.
• Eg: The establishment of Sabarmati Ashram (1917) reflected these ideals.
• Promotion of economic self-reliance: His South African campaigns inspired his emphasis on Swadeshi and local industries in India. Eg: The Charkha became a symbol of self-reliance in the Indian freedom movement.
• Eg: The Charkha became a symbol of self-reliance in the Indian freedom movement.
Conclusion
Gandhi’s experiences in South Africa profoundly influenced his methods of non-violent resistance, civil disobedience, and mass mobilization, shaping him into the leader who steered India’s struggle for independence through peaceful yet assertive means. His legacy continues to inspire global movements for justice and equality.
Q2. The river is not a threat, but a dynamic entity needing space to function. Examine how allowing rivers more room to move can simultaneously reduce flood risk and enhance ecosystem services. (10 M)
Introduction Modern River governance must shift from controlling rivers to coexisting with their natural variability. Recognising rivers as dynamic systems ensures resilience against floods and revitalises ecological functions.
How allowing rivers more room to move can reduce flood risk
• Reduced hydraulic pressure: Expanded floodplains absorb excess water, lowering flood peaks. Eg: Netherlands’ Room for the River (2007) reduced water levels by 20–50 cm in Rhine delta regions (Dutch Water Authority).
• Eg: Netherlands’ Room for the River (2007) reduced water levels by 20–50 cm in Rhine delta regions (Dutch Water Authority).
• Decentralised flood buffering: Distributing floodwaters across wider zones reduces downstream risk. Eg: Assam’s Kaziranga landscape zoning buffers floods while preserving ecological corridors (MoEFCC, 2023).
• Eg: Assam’s Kaziranga landscape zoning buffers floods while preserving ecological corridors (MoEFCC, 2023).
• Prevention of embankment failures: Less pressure on levees decreases chances of catastrophic breaches. Eg: 2020 Bihar floods saw embankment breaches due to confined Ganga-Kosi flows (Central Water Commission).
• Eg: 2020 Bihar floods saw embankment breaches due to confined Ganga-Kosi flows (Central Water Commission).
• Revival of natural wetlands: Floodplain reconnection enables temporary water storage zones. Eg: Mahanadi delta’s natural wetlands now part of Integrated Flood Management Plan, Odisha 2022.
• Eg: Mahanadi delta’s natural wetlands now part of Integrated Flood Management Plan, Odisha 2022.
• Reduced siltation and erosion downstream: Free-flowing rivers deposit sediment across floodplains instead of choking main channels. Eg: Brahmaputra sediment redistribution pilot by IIT Guwahati (2021) shows reduced downstream erosion.
• Eg: Brahmaputra sediment redistribution pilot by IIT Guwahati (2021) shows reduced downstream erosion.
How it enhances ecosystem services
• Improved water quality: Floodplains act as biofilters, removing sediments and pollutants. Eg: Yamuna floodplain restoration in Delhi (2021) improved groundwater recharge and nitrate filtration (Delhi Jal Board).
• Eg: Yamuna floodplain restoration in Delhi (2021) improved groundwater recharge and nitrate filtration (Delhi Jal Board).
• Biodiversity support: Diverse habitats support fish spawning, bird nesting, and wetland species. Eg: Charadrius bicinctus nesting on braided rivers in New Zealand enabled by unrestricted river movement (Tonkin & McCabe, 2025).
• Eg: Charadrius bicinctus nesting on braided rivers in New Zealand enabled by unrestricted river movement (Tonkin & McCabe, 2025).
• Carbon sequestration: Floodplain soils trap organic carbon, mitigating climate change. Eg: Columbia River floodplain, USA, stores 1.2 million tonnes CO₂ annually (Nature Conservancy, 2020).
• Eg: Columbia River floodplain, USA, stores 1.2 million tonnes CO₂ annually (Nature Conservancy, 2020).
• Groundwater recharge: Slower surface water movement enhances infiltration. Eg: Ganga floodplain aquifers contribute ~40% of recharge in U.P. and Bihar (CGWB Report, 2022).
• Eg: Ganga floodplain aquifers contribute ~40% of recharge in U.P. and Bihar (CGWB Report, 2022).
• Cultural and livelihood benefits: Supports fishing, agriculture, and recreation through seasonal rhythms. Eg: Chilika lagoon (Odisha) benefits from distributaries’ flooding patterns, aiding 300,000+ fisherfolk (Wetlands International, 2023).
• Eg: Chilika lagoon (Odisha) benefits from distributaries’ flooding patterns, aiding 300,000+ fisherfolk (Wetlands International, 2023).
Conclusion Flood resilience and ecological renewal can no longer be seen in silos. Making space for rivers is not a compromise—it’s an investment in climate-secure landscapes.
Q3. Discuss the geographical determinants of India’s Electric Vehicle (EV) value chain. Examine the challenges of mineral resource dependency. Suggest strategies for sustainable localisation of EV production. (15 M)
Introduction India’s transition to electric mobility hinges on aligning industrial ecosystems with resource geography, infrastructure, and trade connectivity. The EV value chain is inherently tied to where minerals, markets, and manufacturing capacities converge.
Geographical determinants of India’s EV value chain
• Proximity to mineral and port infrastructure: Coastal and mineral-rich states attract battery and EV manufacturing clusters. Eg: Tamil Nadu EV policy (2023) identified Manalur and Krishnapatnam near ports as battery production hubs. (TN Govt. Notification)
• Eg: Tamil Nadu EV policy (2023) identified Manalur and Krishnapatnam near ports as battery production hubs. (TN Govt. Notification)
• Availability of skilled industrial corridors: EV hubs align with regions having robust industrial training and auto-ancillary ecosystems. Eg: Delhi-Mumbai Industrial Corridor (DMIC) supports EV component manufacturing in Gujarat and Maharashtra.
• Eg: Delhi-Mumbai Industrial Corridor (DMIC) supports EV component manufacturing in Gujarat and Maharashtra.
• Energy resource endowment: Access to renewable energy shapes sustainable EV battery production geography. Eg: Rajasthan and Gujarat offer solar-integrated EV battery zones for green manufacturing. (MNRE Report 2024)
• Eg: Rajasthan and Gujarat offer solar-integrated EV battery zones for green manufacturing. (MNRE Report 2024)
• Urban market density and demand clusters: Metropolitan areas lead in EV adoption, driving localised assembly units. Eg: Bengaluru, Delhi, Pune account for over 40% of electric 2-wheeler sales in 2024. (VAHAN Dashboard)
• Eg: Bengaluru, Delhi, Pune account for over 40% of electric 2-wheeler sales in 2024. (VAHAN Dashboard)
• Transport and logistics infrastructure: Efficient supply chains determine factory locations for critical components. Eg: Haryana’s Faridabad-Palwal belt benefits from NH-44 and rail links for EV part distribution.
• Eg: Haryana’s Faridabad-Palwal belt benefits from NH-44 and rail links for EV part distribution.
Challenges of mineral resource dependency
• Lack of domestic critical minerals: India lacks reserves of lithium, cobalt, and nickel essential for EV batteries. Eg: India imports over 80% of its lithium needs, mostly from Australia and China. (IEA Report 2023)
• Eg: India imports over 80% of its lithium needs, mostly from Australia and China. (IEA Report 2023)
• Geopolitical dependence on China: China controls 70% of global battery-grade lithium refining, posing supply chain risks. Eg: BYD and CATL dominate global supply, making India vulnerable to trade disruptions.
• Eg: BYD and CATL dominate global supply, making India vulnerable to trade disruptions.
• Unmapped domestic potential: Exploration of critical minerals remains underdeveloped in India. Eg: GSI found lithium reserves in J&K (2023), but extraction is yet to begin at commercial scale.
• Eg: GSI found lithium reserves in J&K (2023), but extraction is yet to begin at commercial scale.
• Environmental cost of overseas sourcing: Mining practices in resource-exporting nations may contradict India’s clean energy goals. Eg: DR Congo cobalt mining is criticised for child labour and ecosystem damage. (Amnesty International Report 2022)
• Eg: DR Congo cobalt mining is criticised for child labour and ecosystem damage. (Amnesty International Report 2022)
• Import-driven cost escalation: Heavy reliance on imports raises EV production costs and limits affordability. Eg: Batteries account for 40% of EV cost, largely due to imported cells. (NITI Aayog-EY Report 2024)
• Eg: Batteries account for 40% of EV cost, largely due to imported cells. (NITI Aayog-EY Report 2024)
Strategies for sustainable localisation of EV production
• Securing overseas resource blocks: Strategic tie-ups and joint ventures for critical minerals abroad. Eg: KABIL (2023) signed MoU with Argentina to source lithium sustainably. (Ministry of Mines)
• Eg: KABIL (2023) signed MoU with Argentina to source lithium sustainably. (Ministry of Mines)
• Domestic mineral exploration acceleration: Fast-tracking surveys and private investment in critical mineral mining. Eg: NMET scheme revised in 2024 to promote lithium and cobalt exploration.
• Eg: NMET scheme revised in 2024 to promote lithium and cobalt exploration.
• Technology diversification in battery chemistry: Investing in non-lithium alternatives like sodium-ion and solid-state batteries. Eg: ISRO transferred sodium-ion battery tech to private firms in 2023. (ISRO Press Note)
• Eg: ISRO transferred sodium-ion battery tech to private firms in 2023. (ISRO Press Note)
• EV manufacturing clusters and PLI schemes: Regionally integrated clean-tech parks with ecosystem support. Eg: PLI scheme for ACC batteries (2021) prioritised units in Andhra Pradesh and Gujarat.
• Eg: PLI scheme for ACC batteries (2021) prioritised units in Andhra Pradesh and Gujarat.
• Regional R&D and skill development hubs: Localised innovation centres to reduce dependence on foreign tech. Eg: IIT Madras’s eMobility lab and ASDC’s EV skill centres launched in 2024 to bridge tech gaps.
• Eg: IIT Madras’s eMobility lab and ASDC’s EV skill centres launched in 2024 to bridge tech gaps.
Conclusion India’s EV journey must blend geoeconomic foresight with spatial planning. A decentralised, mineral-secured, and innovation-driven value chain will power not just mobility but regional industrial transformation.
General Studies – 2
Q4. Assess the implications of ‘platformization’ in India’s digital education ecosystem. What steps are necessary to ensure equitable learning outcomes in this context? (15 M)
Introduction
Platformization refers to the increasing reliance on digital platforms for delivering educational content, services, and interactions. In India’s digital education ecosystem, this shift has enabled scalable, technology-driven learning models but also presents challenges in ensuring equitable access and outcomes.
Implications of platformization in India’s digital education ecosystem
Positive implications:
• Wider reach and inclusivity: Online platforms like DIKSHA and SWAYAM have expanded access to quality educational content across remote areas. Eg: The DIKSHA platform facilitated uninterrupted learning for 36 crore students during the COVID-19 lockdown.
• Eg: The DIKSHA platform facilitated uninterrupted learning for 36 crore students during the COVID-19 lockdown.
• Personalized learning experience: AI-driven platforms offer adaptive learning models tailored to individual learning paces. Eg: Platforms like BYJU’S and Toppr provide customized modules based on student performance.
• Eg: Platforms like BYJU’S and Toppr provide customized modules based on student performance.
• Cost-effective learning tools: Digital resources significantly reduce costs for textbooks, tutorials, and supplementary materials. Eg: e-Pathshala by NCERT offers free multimedia content for students.
• Eg: e-Pathshala by NCERT offers free multimedia content for students.
• Enhanced teacher training: Digital platforms empower educators with continuous professional development programs. Eg: The NISHTHA portal trains teachers under the Samagra Shiksha initiative.
• Eg: The NISHTHA portal trains teachers under the Samagra Shiksha initiative.
• Global learning exposure: Integration with international learning platforms enables cross-cultural learning. Eg: Coursera’s partnerships with Indian universities promote exposure to global academic standards.
• Eg: Coursera’s partnerships with Indian universities promote exposure to global academic standards.
Negative implications:
• Digital divide: Uneven internet connectivity and lack of devices hinder access, especially in rural areas. Eg: The ASER 2022 Report highlighted that only 43% of rural children had access to online learning during COVID-19.
• Eg: The ASER 2022 Report highlighted that only 43% of rural children had access to online learning during COVID-19.
• Language and content barriers: Predominance of English-centric content limits accessibility for non-English speakers. Eg: Limited regional language support in key platforms like Coursera and edX.
• Eg: Limited regional language support in key platforms like Coursera and edX.
• Privacy and data concerns: Unregulated data collection exposes students to privacy risks. Eg: Cases of data breaches in EdTech platforms like WhiteHat Jr have raised concerns.
• Eg: Cases of data breaches in EdTech platforms like WhiteHat Jr have raised concerns.
• Excessive commercialization: The aggressive marketing tactics of some platforms exploit vulnerable parents. Eg: BYJU’S faced criticism for coercive marketing tactics in 2022.
• Eg: BYJU’S faced criticism for coercive marketing tactics in 2022.
• Learning fatigue and disengagement: Over-reliance on digital tools can reduce student engagement and critical thinking. Eg: Studies by NIMHANS indicated rising instances of screen addiction among students.
• Eg: Studies by NIMHANS indicated rising instances of screen addiction among students.
Steps to ensure equitable learning outcomes
• Strengthening digital infrastructure: Prioritize rural broadband expansion under initiatives like BharatNet. Eg: The PM-WANI scheme aims to provide free Wi-Fi hotspots in underserved areas.
• Eg: The PM-WANI scheme aims to provide free Wi-Fi hotspots in underserved areas.
• Localized content development: Develop multilingual content with culturally relevant material to improve engagement. Eg: The DIKSHA app offers content in 33 Indian languages.
• Eg: The DIKSHA app offers content in 33 Indian languages.
• Inclusive device distribution programs: Ensure affordable device access under schemes like PM e-Vidya. Eg: The Tamil Nadu Smart Classrooms Project distributed 3 lakh tablets to students in 2023.
• Eg: The Tamil Nadu Smart Classrooms Project distributed 3 lakh tablets to students in 2023.
• Data protection framework: Introduce regulatory frameworks ensuring safe and ethical use of student data. Eg: The Digital Personal Data Protection Act 2023 aims to protect children’s data on digital platforms.
• Eg: The Digital Personal Data Protection Act 2023 aims to protect children’s data on digital platforms.
• Teacher capacity building: Develop training modules to help teachers adopt digital tools effectively. Eg: The NEP 2020 emphasizes digital pedagogy training for educators.
• Eg: The NEP 2020 emphasizes digital pedagogy training for educators.
Conclusion While platformization holds immense potential to democratize education, ensuring digital equity, content diversity, and data protection is crucial. Proactive reforms can transform India’s digital education landscape into an inclusive and empowering force.
Q5. “The global multilateral order is increasingly being weaponized for national interests”. Do you agree? Examine the implications for India’s role in international institutions. How can India push for reform in global governance structures? (15 M)
Introduction A rules-based multilateral order is gradually morphing into a space of strategic contestation, where global institutions are increasingly becoming extensions of national ambitions.
The global multilateral order is increasingly being weaponized for national interests
• Unilateralism over consensus: Powerful states act outside multilateral consensus to pursue self-interest. Eg: US withdrawal from UNESCO (2019) citing “anti-Israel bias,” sidelining collective decisions.
• Eg: US withdrawal from UNESCO (2019) citing “anti-Israel bias,” sidelining collective decisions.
• Norm-setting without representation: Dominant countries define norms excluding Global South. Eg: OECD-led global tax rules (2021) excluded key voices from developing nations including India.
• Eg: OECD-led global tax rules (2021) excluded key voices from developing nations including India.
• Strategic use of veto power: P5 members block global consensus for geopolitical leverage. Eg: Russia’s repeated vetoes on Syria resolutions in UNSC undermining humanitarian action.
• Eg: Russia’s repeated vetoes on Syria resolutions in UNSC undermining humanitarian action.
• Technology export controls as leverage: Export regimes are used to curb tech access. Eg: US CHIPS Act (2022) aims to restrict semiconductor tech flow to China, affecting global supply chains.
• Eg: US CHIPS Act (2022) aims to restrict semiconductor tech flow to China, affecting global supply chains.
• Politicisation of health and climate bodies: Global crises are used to assert influence. Eg: EU’s Carbon Border Adjustment Mechanism (2023) criticized by India as a “climate tariff” in disguise.
• Eg: EU’s Carbon Border Adjustment Mechanism (2023) criticized by India as a “climate tariff” in disguise.
Implications for India’s role in international institutions
• Reduced policy space: Unequal norms limit India’s sovereign choices in global frameworks. Eg: TRIPS waiver delay during COVID-19 impacted India’s pharma export capabilities.
• Eg: TRIPS waiver delay during COVID-19 impacted India’s pharma export capabilities.
• Stalled entry into key regimes: India’s global aspirations face systemic barriers. Eg: China blocks India’s NSG membership despite India’s clean non-proliferation record.
• Eg: China blocks India’s NSG membership despite India’s clean non-proliferation record.
• Marginalisation in crisis response: Dominant voices overshadow equitable crisis solutions. Eg: India’s vaccine outreach in Africa was eclipsed in WHO narratives dominated by Western aid programs.
• Eg: India’s vaccine outreach in Africa was eclipsed in WHO narratives dominated by Western aid programs.
• Fragmentation of focus: India forced to balance traditional multilateralism with new coalitions. Eg: India prioritizing QUAD and BRICS as alternatives to ineffective UN platforms.
• Eg: India prioritizing QUAD and BRICS as alternatives to ineffective UN platforms.
• Undermining reform momentum: Structural inequalities reduce India’s credibility push. Eg: L.69 Group proposals on UNSC reform (India-backed) have seen minimal traction due to P5 reluctance.
• Eg: L.69 Group proposals on UNSC reform (India-backed) have seen minimal traction due to P5 reluctance.
How can India push for reform in global governance structures
• Champion inclusive representation: Institutionalise equal voice for Global South in global bodies. Eg: India’s successful pitch for African Union’s G20 membership (2023) during its presidency.
• Eg: India’s successful pitch for African Union’s G20 membership (2023) during its presidency.
• Advance institutional reforms agenda: Revive structured reform timelines and diplomatic coalitions. Eg: India’s support for “Responsibility to Reform” campaign during UNGA 2022.
• Eg: India’s support for “Responsibility to Reform” campaign during UNGA 2022.
• Promote new multilateral platforms: Lead initiatives that reflect equitable global values. Eg: Launch of Global Biofuel Alliance (2023) co-led by India with Brazil and the US.
• Eg: Launch of Global Biofuel Alliance (2023) co-led by India with Brazil and the US.
• Leverage leadership in development finance: Push for IMF/World Bank reforms aligned to contemporary realities. Eg: India backing IMF quota realignment talks (2023 Annual Meetings, Marrakech) to give more voice to emerging economies.
• Eg: India backing IMF quota realignment talks (2023 Annual Meetings, Marrakech) to give more voice to emerging economies.
• Mainstream digital and data governance: Build consensus for equitable digital rules. Eg: India’s Digital Public Infrastructure (DPI) framework endorsed by over 50 nations during G20.
• Eg: India’s Digital Public Infrastructure (DPI) framework endorsed by over 50 nations during G20.
Conclusion India stands at a pivotal juncture to reshape multilateralism through principled leadership, strategic coalition-building, and a firm push for institutional democratisation in a rapidly changing world.
General Studies – 3
Q6. Evaluate the significance of India’s decision to abolish the Equalisation Levy in the context of global digital taxation frameworks. What challenges may arise from this shift, and what measures should India adopt to ensure revenue stability? (15 M)
Introduction
The abolition of the Equalisation Levy marks a strategic shift aligning India with evolving OECD digital tax norms while mitigating trade tensions with the U.S.. This move, however, carries fiscal risks that demand robust alternative measures.
Significance of India’s decision to abolish the Equalisation Levy
• Alignment with OECD’s Two-Pillar Framework: Ensures India’s compliance with emerging global digital taxation rules, enhancing India’s international credibility. Eg: The OECD’s Pillar One proposal mandates reallocation of taxing rights to market jurisdictions like India.
• Eg: The OECD’s Pillar One proposal mandates reallocation of taxing rights to market jurisdictions like India.
• Avoidance of Trade Retaliation: Reduces the risk of U.S. tariffs under Section 301 investigations, fostering better trade ties. Eg: The U.S. threatened 25% tariffs on Indian exports in response to the 2% levy.
• Eg: The U.S. threatened 25% tariffs on Indian exports in response to the 2% levy.
• Boost for Digital Investment: Enhances India’s attractiveness for global tech giants by reducing tax burdens. Eg: Companies like Google, Meta, and Amazon had cited tax uncertainties in investment decisions.
• Eg: Companies like Google, Meta, and Amazon had cited tax uncertainties in investment decisions.
• Improved Tax Certainty: Eliminates the risk of double taxation and legal disputes stemming from unilateral tax regimes. Eg: The Equalisation Levy often resulted in conflicting interpretations with established DTAA norms.
• Eg: The Equalisation Levy often resulted in conflicting interpretations with established DTAA norms.
• Strengthening Bilateral Relations: Demonstrates India’s willingness to cooperate in global tax negotiations, fostering diplomatic goodwill. Eg: India’s proactive stance aligns with the India-U.S. Trade Policy Forum (TPF) discussions.
• Eg: India’s proactive stance aligns with the India-U.S. Trade Policy Forum (TPF) discussions.
Challenges arising from the removal of the Equalisation Levy
• Revenue Loss for India: The Equalisation Levy contributed significant revenue; its removal may impact India’s digital tax base. Eg: In FY 2022-23, the 6% levy on ads alone generated ₹3,000 crore (Source: Ministry of Finance).
• Eg: In FY 2022-23, the 6% levy on ads alone generated ₹3,000 crore (Source: Ministry of Finance).
• Risk of Tax Evasion: Digital firms may exploit gaps before OECD frameworks are fully operational, impacting revenue collection. Eg: Global firms may shift revenues to low-tax jurisdictions under Base Erosion and Profit Shifting (BEPS) strategies.
• Eg: Global firms may shift revenues to low-tax jurisdictions under Base Erosion and Profit Shifting (BEPS) strategies.
• Delayed Implementation of OECD Norms: The OECD’s Pillar One framework is yet to be ratified globally, potentially creating a regulatory void. Eg: G20 discussions on digital taxation have faced prolonged delays since 2021.
• Eg: G20 discussions on digital taxation have faced prolonged delays since 2021.
• Increased Reliance on Conventional Tax Models: Traditional corporate tax regimes may struggle to capture digital revenue efficiently. Eg: Digital businesses with minimal physical presence may evade India’s tax net.
• Eg: Digital businesses with minimal physical presence may evade India’s tax net.
• Diplomatic Risks from Unilateral Actions: India may face pressure from smaller trade partners to extend similar tax concessions, weakening its negotiating leverage. Eg: Countries like France and Italy faced similar diplomatic dilemmas after suspending digital taxes.
• Eg: Countries like France and Italy faced similar diplomatic dilemmas after suspending digital taxes.
Measures to ensure revenue stability
• Accelerated OECD Framework Implementation: Proactively adopt the Pillar One framework to ensure a smooth transition in digital taxation. Eg: India’s active participation in the OECD-G20 Inclusive Framework has positioned it as a key stakeholder.
• Eg: India’s active participation in the OECD-G20 Inclusive Framework has positioned it as a key stakeholder.
• Strengthening GST on Digital Services: Broaden GST rules to comprehensively cover digital transactions, ensuring indirect tax gains. Eg: The GST Council extended GST to OTT platforms in 2023, improving tax collection.
• Eg: The GST Council extended GST to OTT platforms in 2023, improving tax collection.
• Expanding TDS Framework for Digital Transactions: Introduce targeted Tax Deducted at Source (TDS) measures to capture digital payments. Eg: Section 194O of the Income Tax Act mandates TDS on e-commerce transactions.
• Eg: Section 194O of the Income Tax Act mandates TDS on e-commerce transactions.
• Strengthening Transfer Pricing Regulations: Tighten transfer pricing norms to prevent profit shifting by digital firms. Eg: The CBDT’s Safe Harbour Rules help regulate digital firm transactions with global affiliates.
• Eg: The CBDT’s Safe Harbour Rules help regulate digital firm transactions with global affiliates.
• Promoting Digital Infrastructure Investments: Encourage investments in domestic data centers and digital platforms to improve tax visibility. Eg: The Digital India Programme incentivizes local technology expansion, fostering taxable digital ecosystems.
• Eg: The Digital India Programme incentivizes local technology expansion, fostering taxable digital ecosystems.
Conclusion
While the removal of the Equalisation Levy aligns India with evolving global tax norms, ensuring revenue stability demands proactive reforms. India must pursue a balanced strategy that encourages investment while safeguarding its digital tax sovereignty.
Q7. Why is dependence on a few major crops problematic for global agricultural systems? Analyse the role of policy and market forces in driving this trend. (10 M)
Introduction Crop diversity is nature’s insurance policy for food security. The narrowing of agricultural systems to a handful of crops undermines resilience and long-term sustainability in a warming and uncertain world.
Dependence on a few major crops is problematic for global agriculture
• Increased vulnerability to climate shocks: Uniform crops respond poorly to extreme weather variability and emerging pests. Eg: Global maize yield losses during 2022 heatwaves in USA and Europe showed 15–20% drop (FAO, 2023).
• Eg: Global maize yield losses during 2022 heatwaves in USA and Europe showed 15–20% drop (FAO, 2023).
• Decline in nutritional diversity: Over-reliance on a few staples reduces dietary micronutrient intake. Eg: Rice-wheat dominance in India contributes to widespread iron and zinc deficiencies (NFHS-5, 2021).
• Eg: Rice-wheat dominance in India contributes to widespread iron and zinc deficiencies (NFHS-5, 2021).
• Accelerated genetic erosion: Traditional and indigenous crop varieties get displaced rapidly. Eg: FAO SoW3 Report (2025): Over 50% of farmers’ varieties in India’s agroecological zones are threatened.
• Eg: FAO SoW3 Report (2025): Over 50% of farmers’ varieties in India’s agroecological zones are threatened.
• Greater systemic risks in global trade: Disruptions in a few commodities cause food price volatility. Eg: Russia-Ukraine wheat crisis (2022) triggered global food inflation due to monocrop export dependencies.
• Eg: Russia-Ukraine wheat crisis (2022) triggered global food inflation due to monocrop export dependencies.
• Ecological degradation: Monocultures deplete soil nutrients and increase water use. Eg: Soybean monocropping in Brazil’s Cerrado led to soil exhaustion and aquifer depletion (WWF, 2022).
• Eg: Soybean monocropping in Brazil’s Cerrado led to soil exhaustion and aquifer depletion (WWF, 2022).
Role of policy and market forces in driving crop concentration
• Subsidy-driven crop choice: Government incentives favour certain high-yield crops over diverse systems. Eg: India’s MSP regime skews production toward rice and wheat, reducing coarse grains and pulses (Shanta Kumar Committee).
• Eg: India’s MSP regime skews production toward rice and wheat, reducing coarse grains and pulses (Shanta Kumar Committee).
• Agro-industry preferences: Food processing and export sectors demand standardised, uniform raw materials. Eg: Global demand for refined wheat and maize drives contract farming models (UNCTAD, 2022).
• Eg: Global demand for refined wheat and maize drives contract farming models (UNCTAD, 2022).
• Seed market consolidation: A few corporations dominate global seed supply with focus on cash crops. Eg: Bayer-Monsanto control over hybrid seeds limits availability of traditional varieties.
• Eg: Bayer-Monsanto control over hybrid seeds limits availability of traditional varieties.
• Trade liberalisation and global value chains: Emphasis on export competitiveness favours select crops. Eg: Oil palm expansion in Southeast Asia is driven by FTA-linked demand from EU and China.
• Eg: Oil palm expansion in Southeast Asia is driven by FTA-linked demand from EU and China.
• Weak institutional support for indigenous crops: Lack of R&D and extension services for minor crops hampers farmer adoption. Eg: Neglect of millets before National Year of Millets 2023 led to reduced area under cultivation.
• Eg: Neglect of millets before National Year of Millets 2023 led to reduced area under cultivation.
Conclusion To reverse crop homogenisation, governments must incentivise agro-biodiversity, invest in research on underutilised crops, and ensure localised seed systems. Aligning market policies with ecological needs will be key to building a resilient and nutrition-secure future.
Q8. Light fishing has emerged as a major threat to India’s coastal marine ecosystems. Analyse its cascading impact on the marine food chain. Suggest policy-level interventions to promote sustainable and equitable fishing practices. (15 M)
Introduction Unregulated light fishing is not just a violation of sustainable practices—it represents an ecological flashpoint, rapidly altering marine food dynamics and deepening socio-economic disparities.
Light fishing as a major threat to coastal marine ecosystems
• Disruption of circadian rhythms: Artificial lights interfere with natural light cycles affecting fish movement and spawning.
• Eg: CMFRI (2018) reported altered spawning behaviour in Malabar Coast species due to light-induced stress.
• Juvenile stock depletion: High-powered lights attract and trap juvenile fish indiscriminately, affecting population regeneration.
• Eg: Fisheries Journal (2016) noted up to 60% juvenile catch in squid fisheries in Andhra waters due to LED fishing.
• Coral reef stress: Light-induced sediment disturbance and trawling disrupt fragile coral reef zones.
• Eg: NIOT (2023) flagged coral bleaching patterns near Gulf of Mannar, partly due to LED-driven mechanised fishing.
• Bycatch and waste increase: Light fishing results in significant non-target species being caught and discarded.
• Eg: CMFRI data (2022) showed a 35% rise in bycatch waste in light-intensive zones of Karnataka.
• Marginalisation of artisanal fishers: Traditional fishers face depleted catches, triggering economic insecurity and migration.
• Eg: All India Fishermen Federation (2024) reported a 20–25% income drop among traditional fishers in Kollam, Kerala.
Cascading impact on the marine food chain
• Squid population collapse: As a keystone species, squid depletion affects multiple predator species.
• Eg: Malpe Trawl Boat Association (2025) noted reduced tuna and shark catches due to declining squid availability.
• Predator starvation: Light-fishing concentrates fish availability at night, depriving daytime predators of access.
• Eg: ICAR-CMFRI (2022) observed population dips in mackerel and barracuda in LED-fishing zones of Tamil Nadu.
• Altered inter-species dynamics: Disproportionate capture of certain species disrupts predator-prey balance.
• Eg: Kerala University Marine Ecology Study (2023) flagged increasing jellyfish blooms due to depletion of their natural predators.
• Trophic level disruption: Removal of forage fish impacts entire food chains, from seabirds to large carnivores.
• Eg: WWF-India (2021) highlighted rising starvation-related seabird mortality in Lakshadweep due to forage fish scarcity.
• Fisheries stock imbalance: Continuous overexploitation leads to species shift and stock collapse.
• Eg: FAO India Review (2022) showed decline in commercially important pelagic species replaced by invasive or less-valued species.
Policy-level interventions for sustainable and equitable fishing
• Nationwide LED ban enforcement: Uniform implementation of 2017 EEZ ban with legal clarity across all state waters.
• Eg: Gujarat (2023) enacted complete ban with Coast Guard assistance, setting a replicable model.
• Integrated surveillance systems: Use of AIS, satellite data, and community-based monitoring for real-time tracking.
• Eg: Tamil Nadu’s Fisheries Department (2024) piloted drone surveillance with Coast Guard coordination in Rameswaram.
• Eco-sensitive fishing subsidies: Redirecting subsidies towards solar-powered boats, deep-sea gear, and non-destructive nets.
• Eg: Blue Revolution Scheme (MoFAH) supports gear replacement in Karnataka’s Gangolli
• Strengthening community institutions: Empower coastal cooperatives and fisher federations for decentralised governance.
• Eg: Udupi’s Baindoor Cooperative Society (2025) trained to report violators through a mobile monitoring app.
• Legal reforms and deterrents: Amendments in Marine Fishing Regulation Acts to increase fines and prosecute repeat violations.
• Eg: Karnataka’s 2025 ordinance increased fines to Rs 1 lakh and enabled equipment confiscation for second-time violators.
Conclusion Without urgent course correction, India risks triggering an irreversible ecological collapse. A future-ready marine policy must blend technology, local governance, and stringent enforcement to ensure both ecological resilience and fisher welfare.
General Studies – 4
Q9. Allegations against a public servant can significantly impact institutional credibility. Discuss the ethical dilemmas involved in balancing public perception and procedural fairness. (10 M)
Introduction
Allegations against public servants can severely undermine public trust in institutions, posing significant challenges in balancing transparency and fairness. Ensuring institutional stability while protecting individual rights is a complex ethical challenge.
Impact of allegations on institutional credibility
• Erosion of public trust: Allegations raise doubts about the institution’s integrity and the credibility of its leadership. Eg: Allegations of corruption in a judicial body in 2025 sparked widespread concerns about judicial accountability.
• Eg: Allegations of corruption in a judicial body in 2025 sparked widespread concerns about judicial accountability.
• Undermining institutional legitimacy: Even unproven allegations can reduce confidence in the institution’s impartiality and governance. Eg: Accusations against a senior bureaucrat in a 2024 financial scandal led to public skepticism about administrative integrity.
• Eg: Accusations against a senior bureaucrat in a 2024 financial scandal led to public skepticism about administrative integrity.
• Damage to internal morale: Allegations against a senior official can create distrust among peers, affecting institutional stability. Eg: Accusations within a top investigative agency in 2018 created internal conflicts, reducing organizational efficiency.
• Eg: Accusations within a top investigative agency in 2018 created internal conflicts, reducing organizational efficiency.
• Delayed institutional reforms: Allegations may divert focus from essential reforms, weakening the institution’s long-term progress. Eg: Corruption allegations in a key regulatory body in 2023 delayed ongoing reform efforts.
• Eg: Corruption allegations in a key regulatory body in 2023 delayed ongoing reform efforts.
• Political exploitation: Accusations may be used to influence public opinion, damaging institutional neutrality. Eg: Allegations surrounding a defence procurement deal in 2019 triggered public distrust despite legal clearance.
• Eg: Allegations surrounding a defence procurement deal in 2019 triggered public distrust despite legal clearance.
Ethical dilemmas in balancing public perception and procedural fairness
• Presumption of innocence vs public accountability: Ensuring the accused is treated as innocent until proven guilty while maintaining public trust. Eg: In a 2023 case, allegations against a senior tax official sparked public debate despite incomplete investigation findings.
• Eg: In a 2023 case, allegations against a senior tax official sparked public debate despite incomplete investigation findings.
• Right to privacy vs public’s right to know: Balancing the accused’s privacy rights with public demands for transparency. Eg: Media coverage of a sexual harassment case in 2022 raised concerns about reputational harm before formal inquiry completion.
• Eg: Media coverage of a sexual harassment case in 2022 raised concerns about reputational harm before formal inquiry completion.
• Institutional protection vs individual liability: Safeguarding institutional integrity without unjustly targeting individuals. Eg: In a 2021 misconduct case, leadership distanced itself from the accused to protect organizational credibility.
• Eg: In a 2021 misconduct case, leadership distanced itself from the accused to protect organizational credibility.
• Speedy investigation vs fair inquiry: Accelerating probes to uphold public trust while ensuring due process for fairness. Eg: A financial misconduct case in 2024 faced criticism for compromising inquiry quality in efforts to conclude rapidly.
• Eg: A financial misconduct case in 2024 faced criticism for compromising inquiry quality in efforts to conclude rapidly.
• Public perception vs leadership impartiality: Ensuring internal decisions are both justified and perceived as fair. Eg: The immediate suspension of a senior official in 2020 following corruption allegations raised concerns about bypassing procedural norms.
• Eg: The immediate suspension of a senior official in 2020 following corruption allegations raised concerns about bypassing procedural norms.
Conclusion
Balancing public perception and procedural fairness requires institutions to adopt transparent protocols, ensure timely investigations, and reinforce a culture of accountability to maintain long-term credibility.
Q10. In times of moral conflict, honesty often demands both courage and sacrifice. Comment. (10 M)
Introduction
Honesty, as a core ethical value, often demands exceptional courage and significant sacrifice, especially when truth-telling conflicts with personal, professional, or societal pressures.
Why Honesty Requires Courage in Moral Conflicts
• Risk of Retribution: Truth-tellers often face threats, violence, or harassment. Eg: Satyendra Dubey, an IIT engineer, was murdered after exposing corruption in the Golden Quadrilateral project (2003).
• Eg: Satyendra Dubey, an IIT engineer, was murdered after exposing corruption in the Golden Quadrilateral project (2003).
• Fear of Isolation: Choosing honesty may result in exclusion from social or professional circles. Eg: Raju Narayana Swamy, IAS officer, faced repeated transfers for exposing corruption in Kerala’s land dealings.
• Eg: Raju Narayana Swamy, IAS officer, faced repeated transfers for exposing corruption in Kerala’s land dealings.
• Professional Repercussions: Standing firm on honesty can jeopardize career growth and promotions. Eg: Ashok Khemka, IAS officer, was transferred over 50 times for exposing land scams in Haryana.
• Eg: Ashok Khemka, IAS officer, was transferred over 50 times for exposing land scams in Haryana.
• Emotional Pressure: Upholding honesty may cause anxiety, self-doubt, or mental stress. Eg: Dinesh Thakur, a whistleblower in the Ranbaxy scandal, endured immense emotional strain before winning the case.
• Eg: Dinesh Thakur, a whistleblower in the Ranbaxy scandal, endured immense emotional strain before winning the case.
• Pressure from Authority Figures: Individuals may face coercion from powerful groups or influential figures to compromise on truth. Eg: J.B. D’Souza, former Maharashtra Chief Secretary, resisted pressure from political leaders to approve unethical decisions.
• Eg: J.B. D’Souza, former Maharashtra Chief Secretary, resisted pressure from political leaders to approve unethical decisions.
Why honesty demands sacrifice in moral conflicts
• Loss of employment or position: Exposing unethical conduct can lead to dismissal or forced resignation. Eg: Manjunath Shanmugam, an IOCL officer, was murdered for exposing fuel adulteration in Uttar Pradesh.
• Eg: Manjunath Shanmugam, an IOCL officer, was murdered for exposing fuel adulteration in Uttar Pradesh.
• Financial strain: Whistleblowers may suffer prolonged legal battles or financial instability. Eg: Shanmugham Manjunath’s family faced economic hardship after his sacrifice for truth.
• Eg: Shanmugham Manjunath’s family faced economic hardship after his sacrifice for truth.
• Physical threats: Truth-tellers may face life-threatening situations while resisting unethical practices. Eg: Amit Jethwa, an RTI activist, was assassinated after revealing illegal mining in Gujarat.
• Eg: Amit Jethwa, an RTI activist, was assassinated after revealing illegal mining in Gujarat.
• Family and social impact: Individuals may face strained relationships and loss of social standing. Eg: Dr. Binayak Sen, a human rights activist, endured social stigma and legal harassment for challenging state excesses.
• Eg: Dr. Binayak Sen, a human rights activist, endured social stigma and legal harassment for challenging state excesses.
• Emotional distress: Honest individuals may struggle with guilt, regret, or personal loss despite acting ethically. Eg: Bureaucrats like Khemka and Swamy have reported severe mental strain due to persistent victimization.
• Eg: Bureaucrats like Khemka and Swamy have reported severe mental strain due to persistent victimization.
Conclusion
While honesty may demand immense courage and sacrifice, it remains the cornerstone of ethical conduct and public trust. As Mahatma Gandhi rightly said, “The greatest truth is honesty, and the greatest falsehood is dishonesty.”
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