Editorials, Opinions & Explained2 Items

Core TopicImportantConcise

EditorialsGS Paper II / III

01Nepal's Agony & India's Himalayan Preparedness

OpinionsGS Paper III

02Ethanol Programme — Food vs Fuel Trade-off & Sugar Price Spike

EditorialsGeneral Studies Paper II & III

01

Nepal's Agony, the Himalayan Warning to India

Core TopicEditorialGS-III · Disaster Management — GLOFs, Himalayan Hazards, Dam SafetyGS-II · Governance — Public Awareness, India-Nepal-ChinaPrelims + MainsThe Hindu · Editorial · Gopalkrishna Gandhi

The 26 August glacial disaster in Nepal is not merely a neighbourhood tragedy — it is a seismic, glaciological and political warning that India has been structurally ill-equipped to receive, because expert knowledge of Himalayan hazards remains locked away from the communities who most need it.

◈ Background & Context

The author argues that the Himalaya are not a chain of national silos — Afghan, Pakistani, Indian, Nepali, Tibetan, Bhutanese — but "one living rock," seismically and glaciologically unified, indifferent to political boundaries.

The central charge is epistemic: India's earth scientists possess the relevant knowledge, but it is held in an "acharya-mushti" (the teacher's closed fist) — accessible to specialists, unavailable to communities at risk.

• Historical precedent: Nepal-Bihar earthquake of 1934 (8.0M; ~10,000 dead in Bihar; Muzaffarpur and Monghyr devastated) and the Assam earthquake of 1950 (8.6M; Brahmaputra temporarily dammed by landslides, then catastrophically released) — the living seismic memory of the Himalayan arc
• The author's key question: had the 26/8 collapse occurred further downstream — in lower Nepal or in India — would existing "preparedness" have saved riverside communities?
• India has been specifically warned by seismologists of an impending earthquake of "humungous scale" with the potential for cataclysm across a great swathe of northern India lying under the quake-shadow of the Himalaya

Figure 1 — The Himalayan Arc: One Geological System Across Six National Jurisdictions

The Himalayan arc — from the Hindu Kush (Afghanistan-Pakistan) through India, Nepal and Bhutan to the Tibetan Plateau — is a single, continuous seismic and glaciological system. Political boundaries are invisible to earthquakes, GLOFs and downstream flood waves. Image: Public-domain physical relief map; reproduced for educational use.

The Specific Dangers Identified

• GLOFs (Glacial Lake Outburst Floods): Global warming accelerates glacial melt, forming unstable proglacial lakes; when these burst — triggered by seismic shock, ice-dam failure or hydrostatic pressure — catastrophic water and debris cascades downstream at extreme velocity
• Medog Dam / Brahmaputra Bend: China's Medog project — the world's largest planned hydropower project (~60 GW) — sits at the great bend of the Brahmaputra just inside Tibet, very close to the active Paizhen Fault. A major earthquake near this site could send catastrophic floodwaters into India's northeast
• India's own built hazards: Dams and nuclear reactors in high seismic-risk zones require urgent review; some, depending on location, have become dangers rather than assets
• Human settlements in high-risk zones: A "calibrated but time-bound decongestion" of agglomerations in seismically and glaciologically vulnerable Himalayan areas is necessary

The Eight Lessons — Framed for UPSC Answers

• 1. Acknowledge the hazard: Reverence for the Himalaya must not translate into denial of their destructive potential
• 2. Break the seminar silo: Himalayan dangers can no longer be confined to technical papers and specialist conferences
• 3. Communicate on a war footing: Risk knowledge must reach potential victims as actionable preparedness, not academic information
• 4. Make communities participants: Awareness must translate into community-level safeguarding, not merely top-down alerts
• 5. Raise Medog frankly with China: India's border civility initiatives with China must now include direct conversation about the hydrological danger posed by Medog
• 6. Review India's own built hazards: Dams and reactors in high seismic zones must be urgently assessed; genuinely dangerous ones dismantled
• 7. Decongestion of high-risk zones: Calibrated, time-bound removal of settlements from the most vulnerable Himalayan locations
• 8. Civilian surgical strike: Precise, decisive action against infrastructure that has become a danger — the political will for this cannot be deferred indefinitely

UPSC Relevance — Static Background Hooks

• Seismic Zones of India (BIS): Zone II (least risk) to Zone V (highest risk); the Himalayan belt and northeast India fall almost entirely in Zone V — also the zone from which GLOFs originate
• GLOF mechanism: Glacial recession leaves moraine-dammed proglacial lakes; seismic tremors, heavy rain or ice-calving can breach the moraine dam; a GLOF releases water in a surge far exceeding normal peak discharge — the 26/8 Nepal event is a textbook case
• Medog Hydropower Project: Located at the Yarlung Tsangpo-Brahmaputra's great bend, Motuo/Medog County, Tibet; planned capacity ~60 GW; the river enters Arunachal Pradesh immediately downstream — giving this project direct strategic and hydrological significance for India
• Paizhen (Motuo) Fault: Active geological fault near Medog; a major earthquake here, combined with a high reservoir, could trigger catastrophic dam failure or uncontrolled water release into the Brahmaputra gorge
• Dam Safety Act, 2021: India's first dedicated dam safety legislation; establishes the National Dam Safety Authority (NDSA) and National Committee on Dam Safety (NCDS); mandates Emergency Action Plans for all large dams
• Disaster Management Act, 2005: Establishes NDMA under PM; SDMA at state level; NDRF as the specialised response arm with 16 battalions
• Nepal-Bihar Earthquake, 1934: 8.0M; one of the most destructive in South Asian recorded history; killed ~10,000 in Bihar alone; reference point for Himalayan seismic risk in Indian public memory
• Assam Earthquake, 1950: 8.6M — one of the largest 20th-century earthquakes globally; caused massive landslides that dammed the Brahmaputra; subsequent release created a devastating flood wave — a precedent for seismically triggered water disasters in northeast India

✒ Mains Practice Question

Critically examine the gaps in India's disaster preparedness with respect to Himalayan GLOFs and seismic risks, and discuss how the Medog hydropower project on the Brahmaputra should factor into India's diplomatic engagement with China. 10 marks · 150 words

!OpinionsGeneral Studies Paper III

02

Atmanirbharta in Fuel Must Strengthen, Not Undermine, India's Food Security

Core TopicOpinionGS-III · Economy — Energy Policy, Agriculture, Food Security, InflationPrelims + MainsThe Indian Express · From Plate to Plough · Ashok Gulati & Tanmoy Adhikari (ICRIER)

A 44% surge in sugar retail prices within a single month in August 2026 has exposed the structural fault at the heart of India's ethanol programme: energy policy now competes directly with food markets, and food must remain the higher-order priority.

◈ The Sugar Price Spike — What Happened

The all-India modal retail price of sugar climbed from ~₹45/kg on July 24 to ~₹65/kg by August 24 — a 44% rise in one month.

The government blamed traders and millers for hoarding; while speculative behaviour may have amplified the spike, the authors identify three underlying supply-side pressures that created a "perfect storm."

• Low opening stocks: The current sugar year (October–September) opened with only 5 MT carry-over stocks, against 8 MT last year — reflecting weak production in the previous season and leaving no buffer to absorb further shocks
• Production shortfall: Initial estimate for 2025–26 was 34.3 MT; revised down to 30.6 MT (citing red rot and top borer damage); only 27.35 MT produced by June, meaning 3.25 MT was to come July–September, but historical average for those three months is only ~0.38 MT/season — the authors expect a further downward revision to 28–29 MT
• Ethanol diversion: The EBP programme diverted ~2.75 MT of sugar even as supplies were tight — ethanol blending accelerated from 1.53% (2013–14) to ~5% (2019–20) to 20% (2025–26), far faster than feedstock supply could keep pace
• Timing: The festive season — when sugar demand typically rises — is approaching; fresh cane supplies will not arrive in quantity until mid-October; thin inventories must cover many more weeks

Why This Is a Policy Failure, Not Just a Market Failure

In a more open economy, a production shortfall triggers imports and consumption adjustments through price signals. India's sugar sector is different: sugarcane pricing, sugar sales quotas, imports, exports and ethanol feedstock allocation are all decided by the government.

When every step of the sugar-ethanol value chain is state-controlled, the resulting price spike is owned by the government too.

• This is described as "a classic case of policy failure" — the government simultaneously set aggressive blending targets, failed to ensure commensurate feedstock availability, and now faces the consequences in the consumer market
• The government's response — allowing 1 MT of duty-free raw sugar imports — is, in the authors' view, "too little, too late"
• Authors' recommendation: Import 3–4 MT of refined sugar; slash the import duty on refined sugar from 100% to zero or 5%; release supplies in the open market before and during the festive season

The Food–Fuel Trade-off Across All Feedstocks

The authors examine each feedstock option and show that shifting away from sugar does not eliminate the food-fuel tension — it merely relocates it.

• FCI rice: FCI godowns hold stocks "far in excess of buffer norms" — a genuine surplus exists and can be used for ethanol; however, FCI must charge at least the procurement (MSP) price from ethanol plants, not sell below cost as it currently does
• Maize (preferred option): Does not guzzle as much water as rice or sugarcane; government already uses it as a primary ethanol feedstock; but Indian maize productivity is only ~3.5 tonnes/ha against the US's ~11 tonnes/ha — further maize use for ethanol without productivity gains will pressure maize prices, which will cascade into poultry meat, eggs and milk (maize is the primary feed)
• GM maize question: The authors pointedly ask whether India will allow GM maize — which drives US yields — to close the productivity gap; this is a politically sensitive but operationally necessary question
• Import ethanol / reduce blending: A third option — directly import ethanol when domestic supplies pressure food prices, or temporarily reduce blending from 20% to ~15%

Figure 1 — The Food–Fuel Trade-off by Ethanol Feedstock

Feedstock/ OptionFood SecurityRiskWater UseIntensityKey Constraint/ NoteAuthors'VerdictSugarcane(juice / B-heavy)⚠ Very HighHigh2.75 MT divertedin tight supply yearCurtail nowFCI Rice(surplus stocks)△ ModerateVery HighUse only genuinesurplus; charge MSPConditional useMaize(GM productivity needed)✓ LowerLowerYield 3.5 t/ha (India)vs 11 t/ha (US); poultryBest option —raise productivityImport Ethanol✓ NilNilSafety valve when domestic supply stressedSafety valve

Shifting from sugar to rice or maize does not eliminate the food-fuel trade-off — it merely relocates it. Maize is the least harmful option, but only if productivity is raised significantly. Import ethanol is the safety valve when domestic supplies are under stress.

The Deeper Lesson: Rethink and Recalibrate

• Net energy balance: India needs rigorous analysis of the net energy balance (energy output minus energy expended in production) across different feedstocks — this basic data point is currently absent from policy design
• OMC flexibility: Rather than rigidly allocating feedstock quantities, Oil Marketing Companies could be given flexibility to choose the most economical source, subject to food-security and environmental safeguards
• Strategic buffers: Government should focus on maintaining strategic buffer stocks and food-security safeguards rather than micromanaging every feedstock allocation decision
• The immediate four-point response the authors prescribe: (i) import enough sugar to rebuild the stock cushion; (ii) temporarily shift ethanol production away from sugar; (iii) use FCI grain only where genuine surplus exists, charged at MSP; (iv) retain imported ethanol as a safety valve

UPSC Relevance — Static Background Hooks

• Sugar year (October–September): The industry's accounting year; cane crushing typically runs November–April; July–September is the lean period with lowest stocks — the seasonal mismatch that makes speculative hoarding easier
• Sugarcane pricing architecture: The Central government fixes the Fair and Remunerative Price (FRP) under the Sugarcane Control Order, 1966; state governments often fix a higher State Advised Price (SAP); millers are legally bound to pay FRP/SAP regardless of sugar market prices — creating structural financial stress for mills
• Essential Commodities Act, 1955: Gives government power to regulate production, supply and distribution of essential commodities including sugar; government uses this to impose stockholding limits, regulate sales (release orders) and mandate exports/imports
• Buffer norm for sugar: India's strategic reserve norm for sugar is ~7.5–8 MT; opening stocks of 5 MT in 2025–26 were significantly below this threshold
• Red rot and top borer: Red rot (caused by Colletotrichum falcatum) and top borer (Scirpophaga excerptalis) are the two most economically damaging sugarcane diseases/pests in India; both reduce juice content and cane yield, directly reducing sugar output per hectare
• India's maize productivity gap: ~3.5 t/ha in India vs ~11 t/ha in the US — a 3× gap; US productivity is driven by high GM (Bt and herbicide-tolerant) variety adoption, precision irrigation and mechanisation; India's resistance to GM crops is the central policy obstacle
• GM crops in India: Only Bt cotton is commercially approved; GM food crops remain under moratorium; the Genetic Engineering Appraisal Committee (GEAC) under MoEFCC is the apex regulatory body; maize GM approvals would require GEAC clearance and political will
• Maize-poultry-egg linkage: Maize constitutes 60–65% of poultry feed by weight; any sustained rise in maize prices directly raises the cost of eggs, broiler chicken and to a lesser extent milk — creating a food inflation chain from energy policy to the protein basket
• Refined sugar import duty: Currently 100%; government allowed 1 MT duty-free raw sugar import in August 2026; authors argue this is insufficient and the duty on refined sugar must be slashed to 0–5% temporarily to rebuild stocks
• ICRIER: Indian Council for Research on International Economic Relations — a leading Delhi-based economic policy think tank; Ashok Gulati is one of India's foremost agricultural economists

✒ Mains Practice Question

India's aggressive ethanol blending targets have created a direct competition between energy policy and food markets. Critically examine the food-fuel trade-off across different ethanol feedstocks and suggest a recalibrated policy framework that keeps food security as the higher-order priority. 10 marks · 150 words