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Important News Articles & Editorial Analysis
Daily Current Affairs · International Edition · Raman Academy, Shimla
In Today's Edition
- India Likely to Receive Below-Normal Rainfall This Month, Says IMD Environment
- Cabinet Approves Scheme to Promote 'Floating' Solar Plants Environment
- Western Ghats Conservation with Science and Dialogue Environment Governance
- A Healthy Tax: The Case for Taxing Foods High in Fat, Sugar and Salt
- Cabinet Okays ₹84,084-crore Samudra Manthan for Offshore Exploration Economy
- Editorial · Gen Z's Voice Must Lead to a Humane Education System Editorial Governance
India Likely to Receive Below-Normal Rainfall This Month, Says IMD
The India Meteorological Department (IMD) has forecast below-normal rainfall — less than 94% of the Long Period Average (LPA) — for August and for the second half of the southwest monsoon season (August–September). Coming on the heels of a near-normal July at 101% of LPA that partially erased June's deficits, the forecast highlights the spatial and temporal unevenness characteristic of Indian monsoons. Driven by a strengthening El Niño in the equatorial Pacific, the expected deficit carries implications for agricultural yields, rural demand, food inflation, and water resource management across the country.
Key Highlights of the Article
- August & seasonal forecast: Rainfall in August and across the August–September period is expected to be below normal, at under 94% of LPA.
- Regional variability: While overall rainfall will be suppressed, parts of peninsular India, central, eastern, northeastern, and extreme northern India may still see normal to above-normal precipitation.
- Temperature trends: Maximum temperatures across most of India and minimum temperatures across many regions are projected to stay above normal.
- July performance: July recorded 101% of normal rainfall, defying earlier pessimistic forecasts, though distribution remained spatially uneven.
Core Issues & Analytical Perspectives
1. Climate Dynamics: El Niño vs. Positive IOD
| Driver | What It Is | Effect on the Indian Monsoon |
|---|---|---|
| El Niño | Abnormal warming of surface waters in the central and eastern equatorial Pacific. | Traditionally associated with suppressed monsoon rainfall over India. Moderate conditions are expected to strengthen through the rest of the season. |
| Positive Indian Ocean Dipole (IOD) | Warmer western Indian Ocean relative to the eastern Indian Ocean. | Tends to enhance monsoon rains and can weaken the drying impact of El Niño, as observed in historical co-occurrence years such as 1997. Projected to develop by September. |
2. Agricultural and Food Security Vulnerabilities
- Kharif sowing window: August is crucial for the flowering and grain-filling stages of Kharif crops — rice, pulses, oilseeds, cotton. Moisture stress during this phase directly impairs yields.
- Regional disparities: Subdued rainfall in the major agricultural tracts of northwest and central India could hit rainfed farming, which accounts for nearly 50% of India's net sown area.
- Food inflation: A shortfall in pulses and oilseed yields risks triggering food supply shocks and pushing up retail inflation.
3. Macroeconomic and Rural Economy Impacts
- Rural demand strain: Subdued farm incomes depress rural consumption, affecting fast-moving consumer goods, two-wheelers, and agricultural input industries.
- Reservoir levels and the Rabi season: Weak August–September rains reduce storage in major reservoirs, directly affecting water availability for winter-sown Rabi crops such as wheat and mustard, as well as hydropower generation.
- Inflation management: Supply-side food shocks complicate monetary policy when the central bank is targeting inflation at 4% ± 2%.
Related Static Dimensions
- Mechanism of the southwest monsoon: The role of the Intertropical Convergence Zone (ITCZ), Tibetan Plateau heating, the Somali Jet, and the Mascarene High.
- ENSO (El Niño–Southern Oscillation): Mechanisms of El Niño and La Niña and their global teleconnections.
- Indian Ocean Dipole (IOD): Atmospheric-oceanic interactions in the Indian Ocean basin and their interplay with ENSO.
- Long Period Average (LPA): The benchmark rainfall calculated over a 50-year period — currently 868.6 mm for the 1971–2020 period.
- Rainfed vs. irrigated agriculture: India's high reliance on monsoon precipitation for groundwater recharge and canal networks.
- Crop diversification and climate resilience: The imperative to shift from water-intensive crops such as paddy and sugarcane to climate-resilient alternatives like millets (Shree Anna) and pulses.
- Drought management framework: Early warning systems, contingency crop planning, and emergency irrigation protocols under National Disaster Management Authority guidelines.
Way Forward
- Promote micro-irrigation and water harvesting: Expand coverage under the Pradhan Mantri Krishi Sinchayee Yojana, focusing on drip and sprinkler systems to optimise water efficiency during dry spells.
- Implement contingency agriculture plans: Agricultural universities and Krishi Vigyan Kendras must advise farmers on short-duration, drought-tolerant varieties and alternate sowing strategies.
- Strengthen micro-level IMD forecasting: Enhance block-level and district-level agromet advisory services so farmers can time irrigation and harvesting decisions.
- Proactive food stock management: Use central buffer stocks strategically and manage trade policy levers — export curbs, import duty adjustments — to pre-emptively contain food inflation in key staples.
- Accelerate crop diversification: Price incentives and procurement support for low-water crops to reduce structural dependence on water-intensive cropping patterns.
India Implications
- A near-normal July does not neutralise an August deficit — the grain-filling stage carries disproportionate weight in final yields.
- The El Niño–positive IOD tug-of-war means the seasonal number may hide sharp district-level swings; state-level contingency planning matters more than the national average.
- For Himachal Pradesh, weak August–September rains translate directly into lower reservoir storage and reduced hydropower generation heading into winter.
- Above-normal maximum temperatures alongside deficient rain compound evapotranspiration losses, worsening the effective moisture deficit beyond what rainfall figures alone suggest.
The IMD's forecast of a below-normal August–September monsoon underscores India's continued vulnerability to global climate drivers like El Niño. While the anticipated emergence of a positive Indian Ocean Dipole provides a potential buffer, the threat of spatial imbalances and thermal stress remains significant. Addressing these challenges requires a shift from reactive relief to proactive climate resilience — combining precision weather forecasting, water conservation, crop diversification, and agile food inventory management to safeguard both agrarian livelihoods and macroeconomic stability.
Which of the following is/are likely consequences of a positive Indian Ocean Dipole (IOD)?
- 1. Enhanced monsoon rainfall over parts of India.
- 2. Partial offsetting of El Niño's adverse impact on the Indian monsoon.
- 3. Cooling of the western Indian Ocean relative to the eastern Indian Ocean.
Select the correct answer using the code below.
- (a) 1 and 2 only
- (b) 2 and 3 only
- (c) 1 only
- (d) 1, 2 and 3
Click to reveal answer
Answer: (a) — 1 and 2 only
Statements 1 and 2 are correct. Statement 3 reverses the definition: a positive IOD means the western Indian Ocean is warmer than the eastern Indian Ocean, not cooler. The cooling of the west relative to the east describes a negative IOD.
Explain the influence of El Niño and the Indian Ocean Dipole (IOD) on the Indian Summer Monsoon. How does their interaction affect monsoon variability?
10 Marks · 150 WordsCabinet Approves Scheme to Promote 'Floating' Solar Plants
The Union Cabinet's approval of the Pradhan Mantri Surya Sarovar Yojana (PM-SSY), with a financial outlay of ₹5,070 crore, marks a pivot in India's renewable energy roadmap. Aimed at adding 5,000 MW of Floating Solar Photovoltaic (FSPV) capacity integrated with 10,000 MWh of Battery Energy Storage Systems (BESS) by FY 2030–31, the scheme targets inland water bodies such as reservoirs, lakes, and industrial ponds. By leveraging water surfaces, it seeks to overcome land acquisition bottlenecks, diversify regional solar generation, and enhance grid stability during peak hours.
Key Highlights of the Scheme
| Parameter | Provision |
|---|---|
| Financial Outlay | ₹5,070 crore up to FY 2030–31 |
| Central Financial Assistance | ₹1 crore per MW for eligible commissioned projects, plus up to ₹50 lakh per project for preparatory feasibility studies (bathymetry, hydrography, environmental assessments) |
| Capacity Target | 5,000 MW of floating solar by 2030–31, against India's estimated 102.18 GWp floating solar potential assessed by the National Institute of Solar Energy (NISE) |
| Mandatory Storage | Every project must include at least two hours of energy storage, aggregating 10,000 MWh across the scheme |
| Implementing Agency | Solar Energy Corporation of India (SECI), across all States and Union Territories |
| Projected Benefits | Roughly 10 million tonnes of CO2 emissions avoided annually; 16,000–17,000 full-time direct and indirect jobs |
Core Issues & Analytical Perspectives
1. Bypassing the Land Acquisition Bottleneck
- Land scarcity solutions: Ground-mounted solar projects face severe gestation delays from land litigation, Rehabilitation and Resettlement issues, and high land costs. Floating solar eliminates land procurement expenses by using publicly owned water reservoirs.
- Preserving agricultural and forest land: Prevents the conversion of prime farmland or biodiversity-rich zones into solar parks, supporting land-neutral green transition strategies.
2. Geographical Diversification of Solar Power
- Overcoming geographic concentration: Utility-scale solar in India is heavily concentrated in land-rich, high-radiation states such as Rajasthan and Gujarat. Floating solar enables land-constrained eastern, southern, and north-eastern states with abundant water bodies to scale generation.
- Proximity to demand centres: Reservoirs, especially near hydroelectric dams, are often closer to urban demand hubs and existing transmission corridors, lowering transmission losses.
3. Synergies with Hydro-Power and Water Conservation
- Dual-use infrastructure: Hydroelectric dams already possess grid-interconnection infrastructure, reducing civil capital expenditure for floating solar projects.
- Evaporation suppression: Floating panels shade water surfaces, significantly reducing evaporation losses in reservoirs — a critical co-benefit for drought-prone regions.
- Water-cooling efficiency gain: The ambient cooling effect of the water body keeps PV module operating temperatures lower, increasing generation efficiency by 5–10% compared with land-based modules.
4. Technical and Environmental Challenges
- Capital cost premium: FSPV systems carry a 20–30% higher capital cost than ground-mounted installations due to specialised mooring systems, anchoring mechanisms, and floaters.
- Ecological impacts on aquatic ecosystems: Long-term coverage of water surfaces limits sunlight penetration and dissolved oxygen levels, potentially harming aquatic flora and fauna through algal blooms or fish mortality.
- Corrosion and water-level fluctuations: Constant moisture exposure requires specialised corrosion-resistant components, and rapid drawdown in multipurpose reservoirs presents structural anchoring challenges.
Related Static Dimensions
- National Solar Mission & Net-Zero target: India's Panchamrit commitment of 500 GW non-fossil energy capacity by 2030 and Net-Zero carbon emissions by 2070.
- Energy Storage Systems: The role of Battery Energy Storage Systems and Pumped Storage Projects in handling grid variability and renewable intermittency.
- Aatmanirbhar Bharat in solar manufacturing: Compliance with the Domestic Content Requirement and the Approved List of Models and Manufacturers for solar PV modules and floating platforms.
- NDC targets: Reducing the emission intensity of GDP by 45% by 2030 compared with 2005 levels.
- Cooperative federalism: Implementation requires coordination between State Irrigation Departments, hydroelectric corporations, and central agencies such as SECI.
- Targeted capital subsidies: Strategic use of Viability Gap Funding and Central Financial Assistance to de-risk nascent infrastructure sectors.
Way Forward
- Rigorous Environmental Impact Assessments: Mandatory ecological baselines and limnological studies should precede project approval to protect aquatic life and water quality.
- Standardisation and localisation of floater manufacturing: Boost domestic manufacturing of high-density polyethylene floaters and anchoring technologies to reduce import dependency.
- Hybrid hydro-floating solar operational guidelines: Integrated operating procedures for dam operators to balance water release for power and irrigation alongside floating solar generation.
- Flexible mooring and dynamic anchoring: Adaptive engineering capable of withstanding extreme water-level fluctuations, high wind speeds, and wave action during monsoons.
- Standardised tariff frameworks: SECI and state regulatory commissions must establish transparent power purchase agreements reflecting the true value of firm, dispatchable solar paired with storage.
India Implications
- The mandatory storage condition is the structurally significant clause — it converts intermittent solar into dispatchable peak-hour power, which is what grids actually need.
- Only a fraction of the assessed 102.18 GWp potential is targeted, signalling that this scheme is a market-seeding exercise rather than a capacity push.
- For Himachal Pradesh and other hill states, existing hydel reservoirs offer ready sites with grid connections already in place, though monsoon drawdown and silt loads complicate anchoring design.
- Evaporation suppression is a quietly important co-benefit in water-stressed basins, effectively making the same reservoir serve two resource objectives.
The Pradhan Mantri Surya Sarovar Yojana represents a strategic evolution in India's clean energy strategy, moving from pure capacity addition to spatial optimisation and storage integration. By unlocking the untapped potential of inland water bodies, the policy addresses the dual imperatives of land scarcity and grid instability. If supported by robust environmental safeguards and local supply chain maturity, floating solar can become a mainstream driver of India's green energy transition.
With reference to the Pradhan Mantri Surya Sarovar Yojana (PM-SSY), consider the following statements:
- 1. The scheme aims to develop floating solar photovoltaic projects on inland water bodies.
- 2. Every project under the scheme must include Battery Energy Storage Systems (BESS).
- 3. The scheme is implemented by the National Institute of Solar Energy (NISE).
Which of the statements given above are correct?
- (a) 1 and 2 only
- (b) 2 and 3 only
- (c) 1 and 3 only
- (d) 1, 2 and 3
Click to reveal answer
Answer: (a) — 1 and 2 only
Statements 1 and 2 are correct. Statement 3 is incorrect: the implementing agency is the Solar Energy Corporation of India (SECI). NISE's role in this context was the assessment of India's floating solar potential at 102.18 GWp, not scheme implementation.
Explain how Floating Solar Photovoltaic (FSPV) technology addresses the challenges associated with conventional ground-mounted solar projects in India.
10 Marks · 150 WordsWestern Ghats Conservation with Science and Dialogue
The Western Ghats, an internationally recognised biodiversity hotspot spanning six coastal Indian states, is one of the world's most critical ecological systems. Its conservation has been a subject of policy deliberation, scientific assessment, and socio-political friction for over a decade. The debate centres on balancing stringent ecological protection with the livelihood security and socio-economic aspirations of millions of local residents. Achieving a sustainable framework requires bridging the gap between satellite-driven scientific modelling and ground-level participatory dialogue.
Evolution of the ESA Notifications
| Milestone | Recommendation / Status |
|---|---|
| 2010 — WGEEP (Gadgil Panel) | Recommended declaring 142 talukas, effectively the entire Western Ghats, as an Ecologically Sensitive Area (ESA), categorised into three Ecologically Sensitive Zones (ESZs). |
| 2012 — Kasturirangan Working Group | Reduced the proposed ESA coverage to 37% of the Western Ghats to balance economic activity and livelihoods. |
| 2022 — Sanjay Kumar Expert Panel | Tasked with reviewing state-specific concerns. Led to consensus with Gujarat and Goa, while Maharashtra requested a fresh review; discussions continue with Karnataka, Kerala, and Tamil Nadu. |
| Policy Status (2015–2026) | Five draft notifications expired for want of inter-state and Centre-State consensus. In July 2026 the expert panel's tenure was extended by another year. |
Karnataka covers 20,668 sq. km of proposed ESA across 10 districts, housing 23.4% of the state's population. Successive state governments, regardless of political affiliation, have opposed the notification, citing potential impacts on agriculture, plantations, mining, and infrastructure development.
- Satellite vs. ground truth: Local communities criticise reliance on satellite imagery, which fails to distinguish native forest canopy from commercial shade-grown coffee, arecanut, rubber, and coconut plantations.
- Insecurity over rights: Concerns persist over delayed or rejected Forest Rights Act claims by non-tribal long-term forest dwellers, restrictions on minor forest produce, and fear of forced relocation or buffer-zone curbs.
- Support for selective regulation: Communities favour regulating destructive activities — stone quarrying, commercial ropeways, unplanned tourism — while opposing broad restrictions on traditional agriculture.
Core Issues & Analytical Perspectives
1. Conservation Governance: Top-Down vs. Bottom-Up
- Top-down technocratic approach: Early recommendations relied heavily on broad spatial mapping and remote sensing. The absence of physical village visits and ground-truthing created a trust deficit among rural populations who feared blanket evictions.
- Lack of local consultation: Policy drafted in central or state capitals often fails to differentiate between destructive commercial extraction and eco-friendly traditional land use such as shade-grown agriculture.
2. Socio-Economic and Livelihood Concerns
- Agricultural disruption: Farmers fear that ESA classification will restrict normal agricultural practices, land conversion, and access to institutional credit or infrastructure development.
- Forest Rights Act implementation gaps: Non-tribal traditional forest dwellers who have inhabited these areas for generations — some for over 150 years — face systemic claim rejections, driving insecurity and resistance to conservation labels.
3. Inter-State and Federal Coordination Friction
- Administrative boundaries vs. ecological units: Ecosystems do not follow state borders. Unilateral delays by individual states weaken holistic protection of a contiguous mountain range.
- Phased rollout potential: The provision for state-wise finalisation introduced in recent draft notifications offers a pragmatic middle path — finalising consensus state by state rather than delaying the entire region indefinitely.
4. Bio-Cultural Diversity and Indigenous Guardianship
- Forest dwellers as conservation allies: Indigenous and traditional communities deep within forest ecosystems hold long-accumulated ecological knowledge and maintain sustainable relationships with their habitat. Excluding them risks losing traditional biocultural conservation ethics.
Related Static Dimensions
- Biodiversity hotspots: Definition and criteria — high endemism and significant degree of threat — and the ecological significance of the Western Ghats as a major hydrological divide and carbon sink.
- Spatial mapping techniques: The role and limitations of remote sensing and Geographical Information Systems in ecological zoning.
- Ecologically Sensitive Areas: Legal provisions under Section 3(3) of the Environment (Protection) Act, 1986; the distinction between core, buffer, and transition zones.
- Forest Rights Act, 2006: Legal rights of Scheduled Tribes and Other Traditional Forest Dwellers; issues surrounding claim verification and community forest rights.
- Cooperative federalism: Centre-State dynamics in environmental policy formulation under the Environment Protection Act, 1986.
- Gadgil Panel vs. Kasturirangan Committee: A comparative study of ecological preservation against sustainable development paradigms.
Way Forward
- Ground-truthing and participatory mapping: Combine GIS and satellite data with physical village-level mapping and Gram Sabha consultations to accurately separate actual forest land from multi-generational agricultural plantations.
- Differentiated prohibition rules: Shift from blanket bans to a nuanced regulatory matrix that strictly prohibits high-impact activities — large-scale mining, polluting industries, major thermal plants — while permitting low-impact traditional practices.
- Strengthen democratic decentralisation: Empower Panchayats and Gram Sabhas under PESA and FRA to participate in conservation planning, giving communities a stake in managing buffer zones.
- Expedite FRA land titles: Resolve pending and rejected claims of both tribal and long-term non-tribal forest dwellers to provide land security and remove the fear of displacement.
- Adopt a phased implementation strategy: Finalise ESA notifications for consenting states while continuing structured, time-bound multi-stakeholder dialogue with the rest.
- Incentivise ecological services: Introduce Payment for Ecosystem Services to compensate local communities for maintaining forest cover and protecting watersheds, turning conservation into an economic opportunity.
India Implications
- Five expired draft notifications in eleven years illustrate how environmental federalism can stall when consent is treated as all-or-nothing.
- The satellite-versus-ground-truth dispute is a general lesson for ecological zoning anywhere: remote sensing identifies canopy, not land use or tenure.
- Himalayan states face structurally identical tensions over eco-sensitive zone notification, hydel projects, and slope-cutting, making the Western Ghats process a live template.
- Payment for Ecosystem Services shifts conservation from a restriction on local income to a source of it — the single change most likely to break the deadlock.
Protecting the Western Ghats is not a zero-sum game between ecological preservation and human development. Indefinitely delaying the ESA notification weakens ecological security across political boundaries, leaving fragile slopes vulnerable to climate shocks and unplanned exploitation. However, conservation models that alienate local populations are inherently unsustainable. A successful framework must blend rigorous ground-verified science with empathetic stakeholder dialogue — recognising local communities and indigenous dwellers not as obstacles to conservation, but as its primary guardians.
With reference to the Western Ghats, consider the following statements:
- 1. It is recognised as one of the world's biodiversity hotspots.
- 2. It contains UNESCO World Heritage Sites.
- 3. It extends across six Indian States.
Which of the statements given above are correct?
- (a) 1 and 2 only
- (b) 2 and 3 only
- (c) 1 and 3 only
- (d) 1, 2 and 3
Click to reveal answer
Answer: (d) — 1, 2 and 3
All three statements are correct. The Western Ghats is one of the world's recognised biodiversity hotspots, was inscribed on the UNESCO World Heritage List in 2012 with 39 component sites, and runs through six states — Gujarat, Maharashtra, Goa, Karnataka, Kerala, and Tamil Nadu.
"Conservation efforts that exclude local communities are unlikely to achieve long-term ecological sustainability." Critically examine this statement in the context of the Western Ghats Ecologically Sensitive Area (ESA) debate.
10 Marks · 150 WordsA Healthy Tax: The Case for Taxing Foods High in Fat, Sugar and Salt
India is undergoing a dual burden of malnutrition. While undernutrition and stunting remain persistent historical challenges, overnutrition — manifesting as rapid rises in adult and childhood obesity, metabolic syndromes, and non-communicable diseases (NCDs) — has emerged as a major public health concern. Recent policy signals from a Parliamentary Standing Committee and the ICMR-NIN led consortium (Let's Fix Our Food) advocate structural interventions: mandatory Front-of-Pack Nutrition Labelling (FOPNL), stricter marketing and advertising regulation, and a health tax on High Fat, Sugar and Salt (HFSS) foods.
Key Highlights & Core Arguments
National Family Health Survey data indicates a rapid rise in overweight and obesity among both adults and children, requiring a pivot in India's public health policy beyond traditional undernutrition programmes.
- Mandatory Front-of-Pack Nutrition Labelling (FOPNL) to clearly indicate high sugar, salt, or fat levels.
- Mandatory disclosure of added sugar content in infant and baby foods, addressing sugar exposure at infancy.
- Imposition of a health or excise tax on ultra-processed and HFSS packaged products.
- Creation of a healthier school food environment and strict curbs on junk food marketing targeting adolescents.
According to ICMR-NIN, over 17 million children and adolescents in India are currently affected by obesity — a figure projected to cross 27 million by 2030 if left unaddressed.
Global Precedents & Best Practices
According to the World Health Organization, over 133 countries have implemented or increased health taxes on unhealthy foods and beverages since 2017.
| Country / Region | Regulatory Mechanism | Impact / Design |
|---|---|---|
| Colombia (2023) | "Junk Food Law" | Progressive taxation on packaged foods starting at 10%, rising to 15%, and touching 20%. |
| Norway, Denmark, Hungary | Unprocessed & added sugar tax | Specific levies targeting sugar-sweetened beverages and high-sodium ultra-processed snacks. |
| Bermuda, Dominica, Navajo Nation (U.S.) | Target-based sugar taxes | Differential taxation discouraging consumption of HFSS items while subsidising healthier options. |
Static & Analytical Syllabus Mapping
- Triple burden of malnutrition: The coexistence of undernutrition, micronutrient deficiency, and overweight or obesity within the same population.
- Regulatory governance: The role of the Food Safety and Standards Authority of India (FSSAI) in establishing FOPNL, Indian Nutrition Ratings, and enforcing infant food safety standards.
- Sin tax / health tax economics: Using fiscal tools — a Pigouvian tax — to internalise the negative externalities of NCDs such as diabetes, hypertension, and cardiovascular disease on national healthcare expenditure.
- Impact on FMCG and food processing: Balancing the economic growth of the processed food industry against consumer protection and public health mandates.
Way Forward
- Expedite the FOPNL framework: FSSAI must move from voluntary star-rating proposals to mandatory, easy-to-understand warning labels on HFSS products.
- Implement a differential GST or health surcharge: Structure taxes so that unprocessed and healthy foods attract minimal tax while ultra-processed HFSS foods bear a dedicated health surcharge.
- Regulate infant and school food environments: Enforce restrictions on HFSS advertisements during children's programming and on the sale of ultra-processed foods within 100 metres of schools.
- Earmark revenue for public health: Channel health-tax revenues into universal healthcare, strengthening primary health centres, and subsidising nutrient-dense foods such as pulses and millets under public distribution schemes.
India Implications
- A health tax works as a population-level fiscal signal on product formulation and pricing — its target is industry behaviour and food environments, not individual eating choices.
- The dual burden makes design harder than in richer countries: any levy must avoid raising the cost of basic nutrition for households still facing undernutrition.
- Earmarking is what distinguishes a health tax from a revenue measure; without it, the public health rationale weakens considerably.
- FOPNL faces a genuine implementation question in a market where a large share of food is sold loose or unpackaged, outside any labelling regime.
India's malnutrition challenge is no longer one-directional. As overnutrition and diet-related non-communicable diseases climb alongside persistent undernutrition, public health policy must widen beyond calorie provision toward shaping the food environment itself. Mandatory labelling, calibrated fiscal tools, and regulated marketing — with revenues visibly returned to healthcare and nutrient-dense food access — offer a coherent structural response rather than a purely individual one.
The term Pigouvian Tax refers to:
- (a) A tax imposed on exports.
- (b) A tax imposed to discourage activities that generate negative externalities.
- (c) A tax levied only on luxury goods.
- (d) A tax imposed on agricultural income.
Click to reveal answer
Answer: (b)
Named after economist A.C. Pigou, a Pigouvian tax is levied on an activity that generates negative externalities — costs borne by society rather than the producer or consumer — so that the market price reflects the true social cost. Carbon taxes, tobacco taxes, and health taxes on HFSS foods all follow this logic.
How can fiscal measures such as health taxes influence consumer behaviour and reduce the burden of non-communicable diseases? Explain.
10 Marks · 150 WordsCabinet Okays ₹84,084-crore Samudra Manthan for Offshore Exploration
The Union Cabinet's approval of the National Offshore Exploration Scheme: Samudra Manthan, with a central financial outlay of ₹84,084 crore up to FY 2030–31, represents a shift in India's upstream oil and gas strategy. At a time when crude oil import dependence has risen past 88%, the scheme aims to de-risk high-cost offshore exploration, accelerate resource discovery in deep and ultra-deep waters, and build domestic manufacturing capability. By targeting reserve accretion of over 600 Million Metric Tonnes of Oil Equivalent (MMTOE), it is positioned as a cornerstone of national energy security.
Key Highlights of the Scheme
| Component | Outlay | Purpose |
|---|---|---|
| Deepwater & Ultra-Deepwater Drilling | ₹43,200 crore | Direct financial support to drill 60 deepwater exploration wells, with central subsidy covering up to 50% of eligible drilling costs, capped at ₹675 crore per well. |
| Offshore Seismic Data Acquisition | ₹28,534 crore | Large-scale gathering, processing, and interpretation of modern 2D/3D seismic data in unexplored frontier basins and former "no-go" offshore zones. |
| Common Offshore Infrastructure Hubs | ₹10,000 crore | Shared evacuation pipelines and processing platforms to reduce capital expenditure and make marginal offshore discoveries commercially viable. |
| Oil & Gas Manufacturing and Services Zones | ₹2,000 crore | Specialised domestic industrial clusters for localisation of high-tech offshore rigs, subsea equipment, and technical services under Make in India. |
- Catalyse reserve additions exceeding 600 MMTOE.
- Raise domestic hydrocarbon production from roughly 62 MMTOE to 80 MMTOE annually.
- Potential crude import savings of nearly ₹1 lakh crore annually upon commercial production.
Core Issues & Analytical Perspectives
1. De-risking Capital-Intensive Deepwater Exploration
- Overcoming geological uncertainty: Offshore exploratory drilling, particularly in deep and ultra-deep waters, is characterised by very high capital expenditure and a high risk of dry wells. By bearing up to 50% of the cost per well, the government absorbs early-stage geological risk, making private and international exploration and production players more willing to participate.
2. Shared Infrastructure Model for Marginal Fields
- Improving commercial viability: Many small-to-medium offshore discoveries remain unmonetised because building standalone pipeline and processing infrastructure is financially unviable. Common infrastructure hubs lower barrier costs and accelerate time-to-market for smaller operators.
3. Ageing Onshore Fields and the Import Bill
- Offsetting onshore depletion: India's legacy basins such as Cambay, Assam, and Mumbai High are experiencing natural declines in yield. Shifting focus to high-potential offshore sedimentary basins — Krishna-Godavari and Mahanadi offshore blocks among them — is necessary to arrest domestic production decline.
- Macroeconomic cushion: Cutting the energy import bill shields the rupee from global crude volatility, curbs the current account deficit, and frees fiscal space for socio-economic spending.
4. Technological Sovereignty and Ecosystem Building
- Localising high-tech equipment: Offshore subsea engineering is dominated by foreign service giants. Dedicated manufacturing zones incentivise local production of specialised hardware, deep-sea survey equipment, and scientific data analytics tools.
Related Static Dimensions
- Energy security and import substitution: Strategies for transitioning from an import-dependent energy balance of roughly 88% crude reliance toward domestic energy independence.
- Upstream petroleum reforms: The history of exploration policy — from the New Exploration Licensing Policy (NELP) to the Hydrocarbon Exploration and Licensing Policy (HELP) and the Open Acreage Licensing Policy (OALP).
- National Data Repository (NDR): Open access to geoscientific data enabling exploration companies to bid effectively for acreage blocks.
- Offshore hydrocarbon geology: Distribution of sedimentary basins along India's east and west coasts — the KG Basin, Cauvery Offshore, and Andaman Basin.
- Exclusive Economic Zone & Continental Shelf: Rights and legal frameworks under the United Nations Convention on the Law of the Sea governing seabed resource extraction.
- Marine ecology safeguards: Managing environmental risks associated with deepwater drilling — oil spills, subsea blowouts, and coastal ecosystem disruption.
- Energy transition dual-track strategy: Balancing short-to-medium term fossil fuel exploration needs against the long-term Net-Zero target of 2070.
Way Forward
- Streamline environmental clearances: Establish single-window, time-bound environmental and regulatory clearances for offshore seismic surveys and exploratory drilling without compromising marine biodiversity safeguards.
- Leverage global partnerships: Encourage joint ventures between domestic players and global deepwater specialists for advanced subsea drilling technology transfer.
- Strengthen geological data architecture: Continuously feed newly acquired seismic data into the National Data Repository using AI/ML tools for high-resolution subsurface mapping.
- Strict marine safety and disaster response protocols: Mandate stringent blowout prevention mechanisms and real-time environmental monitoring across all subsidised exploration projects.
- Dual-use offshore assets: Design shared offshore platforms with future compatibility for offshore wind energy or carbon capture, utilisation and storage infrastructure.
India Implications
- The scheme is essentially a risk-transfer instrument: the state absorbs dry-well risk that private capital has consistently declined to bear at India's offshore geology.
- Reserve accretion is not production — the 600 MMTOE target and the 80 MMTOE annual output goal operate on very different timelines.
- Committing ₹84,084 crore to hydrocarbon exploration alongside a 2070 Net-Zero pledge is a deliberate dual-track bet, and the dual-use platform clause is the hedge.
- Reduced crude imports ease the current account deficit and rupee volatility, which matters for imported inflation across the economy.
The Samudra Manthan scheme is a strategic intervention that bridges public policy support with high-risk exploration and production investment. By combining subsidised deepwater drilling, shared infrastructure hubs, and localised technology zones, the policy directly addresses the core bottlenecks that have restrained offshore oil and gas production. If executed efficiently alongside environmental safeguards, it can boost domestic energy output, lower import dependence, and fortify India's economic resilience.
Discuss the significance of the National Offshore Exploration Scheme: Samudra Manthan in strengthening India's energy security.
10 Marks · 150 WordsGen Z's Voice Must Lead to a Humane Education System
Context: India's higher education system is historically recognised for producing world-class professional talent. However, its entry-level admission ecosystem has evolved into a hyper-competitive, single-shot examination framework characterised by extreme pressure, a commercialised coaching industry, and rising mental health concerns among students. The call by Gen Z for systemic educational reform highlights an urgent imperative: transitioning from a high-stakes, rank-based filtration model to a multi-dimensional, decentralised, and student-centric admission architecture that preserves dignity, merit, and equity.
Key Highlights of the Article
Over-reliance on marks, ranks, and high-pressure competitive tests creates a difficult emotional environment, treating a single exam as the sole metric of a young person's worth and intelligence.
A one-size-fits-all national testing model does not account for India's regional, linguistic, socio-economic, and digital disparities, creating logistical overload and structural unfairness.
- Multi-dimensional assessment: Evaluate candidates beyond speed and rote memory by combining school performance, aptitude tests, analytical writing, scenario-based tasks, interviews, and verifiable portfolios.
- Decentralisation and institutional autonomy: Universities, professional bodies, and entry-level institutions — working with schoolteachers — should design their own domain-specific assessments within broad UGC guidelines.
- Regulation of the coaching ecosystem: Commercialised coaching dislocates formal schooling, exacerbates social inequality, and places financial stress on parents. Legislators have a constitutional duty to regulate fees, advertising, and safety standards.
- Safeguards against paper leaks: Encrypted paper transmission, multi-layered algorithmic question banks, biometric verification, forensic audits, and strict penal consequences are essential to exam integrity.
- Broadening career horizons: Industry-academia interaction, career fairs, and structured local-language counselling for parents can reduce blind reliance on a few prestige-driven professional streams.
Core Issues & Analytical Perspectives
| Dimension | Centralised Single-Shot Model | Decentralised Multi-Dimensional Model |
|---|---|---|
| Basis of Selection | Rank on one high-stakes test, rewarding speed and recall | Composite of school record, aptitude, writing, portfolio and interview |
| Risk Profile | Single-point failure — one leak or glitch disrupts millions | Distributed risk across staggered assessments and institutions |
| Equity Effect | Advantages candidates who can afford coaching | Reduces coaching dependence, though it demands stronger school capacity |
| Federal Fit | Uniform protocol overrides regional and linguistic context | Respects that education sits on the Concurrent List and preserves university autonomy |
| Pressure Distribution | Concentrated on a single day, with no second chance in cycle | Spread across multiple attempts and opportunity windows |
1. Structural Defects of Centralised High-Stakes Testing
- Coaching-driven distortion: Highly standardised tests reward exam technique and memorisation speed over critical thinking, placing candidates from marginalised backgrounds who cannot afford coaching at a disadvantage.
- Single-point failure risk: When one exam determines the fate of millions, any administrative lapse — a paper leak, technical glitch, or venue mismanagement — causes nationwide disruption and long legal battles.
2. Federalism and Institutional Autonomy in Education
- Over-centralisation vs. regional context: Education lies on the Concurrent List (List III). A rigid centralised admission protocol undermines state-level educational contexts and strips universities of academic autonomy to select candidates suited to their curricula.
- Decentralised model with standardised frameworks: Allowing university clusters to hold staggered exams across the academic calendar lowers peak stress, spreads opportunity windows, and respects academic diversity.
3. The Constitutional and Ethical Duty of the State
- Article 21 (Right to Life and Dignity): Education policy cannot be considered meritocratic if its structural design systematically induces psychological distress and debt.
- Coaching regulation: Exploitative commercial practices, misleading advertisements promising guaranteed ranks, and unsafe hostel infrastructure engage both consumer rights and public health mandates.
Related Static Dimensions
- Social sector management: Structural deficiencies across primary, secondary, and higher education; the National Education Policy 2020 vision for holistic and multi-disciplinary learning.
- Federal architecture in education: Division of powers between Centre and States on entrance testing and university regulation.
- Regulatory governance: The role of UGC, AICTE, and the Ministry of Education in setting national assessment norms without infringing university autonomy.
- Constitutional foundations: Article 21 (Right to Dignity), Article 14 (Equality before Law in educational access), and Article 41 (Right to Education).
- Demographic dividend at risk: The economic cost of youth mental health strain, anxiety, and structural underemployment caused by narrow career pipelines.
- Digital and social divide: Differential access to online testing infrastructure, English-medium preparation material, and urban coaching centres.
Way Forward
- Transition to comprehensive portfolio evaluation: A composite scoring mechanism where national or state aptitude tests account for a fraction of the total score, complemented by school academic records, writing samples, and co-curricular achievement.
- Enact strict legislation for coaching institutions: Statutory regulation of fee structures, mandatory mental health counsellors, a ban on misleading rank-based advertising, and safety audits of coaching hubs.
- Strengthen technological safeguards against breaches: End-to-end digital encryption, dynamic algorithmic paper generation at the centre level, real-time biometric tracking, and stringent criminal liability for paper-leak syndicates.
- Institutionalise structured parent and student counselling: Deploy bilingual career counsellors in secondary schools to bridge information gaps, align parental expectations with student aptitudes, and highlight opportunities in non-traditional sectors.
- Decentralise entrance testing schedules: Stagger assessments across multiple attempts in a year, allowing candidates to submit their best score and removing the do-or-die atmosphere of single-day exams.
Why This Matters
- The editorial's argument is structural, not motivational: it locates the problem in assessment design rather than in student resilience.
- Multiple attempts per year is the single reform that most directly reduces the stakes of any one exam day.
- Coaching regulation covering fees, advertising, counsellor availability, and hostel safety would reshape the sector's operating norms nationwide.
- Paper-leak safeguards connect this editorial directly to the fast-track court debate around the Public Examinations (Prevention of Unfair Means) Act, 2024.
- Portfolio-based evaluation shifts weight toward school records, which raises a real equity question about uneven school quality across states.
A truly meritocratic and progressive nation cannot measure the worth and future of its youth through high-pressure, single-shot entrance exams. Aligning higher education admissions with the vision of the National Education Policy 2020 requires replacing rank-based filtration with capacity-based recognition. By integrating decentralised institutional autonomy, robust regulatory safeguards against commercial exploitation, and empathetic career guidance, India can build a fair, resilient, and humane educational system where competitive exams serve as tools of self-discovery rather than drivers of fear.
Exam preparation is demanding, and it is normal for the pressure to feel heavy at times. If you or someone you know is struggling, talking to a trusted person — family, a teacher, or a mentor — makes a real difference. India's national mental health helpline, Tele-MANAS, is free and available 24×7 at 14416.
"The centralisation of entry-level assessments in higher education often conflicts with regional diversity and institutional autonomy." Critically analyse the challenges associated with single-shot national entrance examinations in India and suggest reforms for a more inclusive admission architecture.
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Source: The Hindu (International Edition), 01 August 2026 · Compiled for Prelims & Mains preparation.
