Daily Current Affairs - 25 to 28 September 2026
Today’s Top Current Affairs for UPSC: Key national and international developments explained for Prelims and Mains, with quick revision points and practice questions.
Manipur Violence Takes a New Turn: Understanding the Naga-Kuki Clashes
Manipur's security crisis has entered a more complex phase. While the violence that erupted in May 2023 was centred largely on tensions between Meitei and Kuki-Zo communities, the latest reported killings in Kamjong and Senapati indicate a growing cycle of violence involving Naga and Kuki groups.
According to the source provided, more than 50 people have been killed in Naga-Kuki clashes since the reconstituted state government took office in February 2026.
This phase poses a different security challenge because Naga and Kuki settlements in parts of Manipur's hills are geographically interspersed.
Unlike the relatively clearer valley-hill separation that emerged during the Meitei-Kuki violence, creating effective buffer zones between villages can therefore be much harder.
Why Manipur's Ethnic Geography Matters
Manipur's geography is fundamental to understanding the conflict.
The Imphal Valley occupies roughly one-tenth of the state's geographical area, while hills surround it.
Meiteis are concentrated primarily in the valley, whereas numerous Scheduled Tribe communities—including groups broadly identified with Naga and Kuki-Zo identities—predominate across the hill districts.
It is important not to treat “Naga” or “Kuki” as single homogeneous tribes. Manipur contains numerous distinct tribal communities, with their own languages, institutions and identities.
The 2011 Census separately records communities including Tangkhul, Mao, Maram, Poumai Naga, Thadou, Hmar, Paite, Vaiphei, Zou and “Any Kuki tribes”, among others.
The Census also illustrates the state's considerable linguistic diversity, recording mother tongues including Manipuri, Tangkhul, Thado, Paite, Hmar, Vaiphei, Mao, Maram and Rongmei, among many others.
From the 2023 Meitei-Kuki Crisis to Naga-Kuki Violence
The immediate background to the wider crisis lies in the May 2023 violence.
One major flashpoint was the controversy over demands for Scheduled Tribe status for the Meitei community, alongside longstanding disputes concerning land, political representation, migration, forest administration and the institutional differences between Manipur's valley and hill areas.
But describing the conflict as arising from a single cause is misleading. Manipur's instability reflects overlapping questions of ethnic identity, land and territorial claims, political representation, insurgency, arms, migration and the state's border with Myanmar.
The latest Naga-Kuki violence has a distinct dynamic.
According to the source provided, clashes have occurred across Ukhrul, Kamjong, Senapati and Kangpokpi, including killings, abductions and retaliatory violence.
Because settlements can be close to one another, insecurity also affects roads, highways and supply routes, complicating policing and movement of essential goods.
Reports of possible involvement by Myanmar-based armed actors add a cross-border dimension, but specific allegations about particular armed organisations should be treated as allegations unless established by official investigation.
Why Manipur Has a Long History of Insurgency
Manipur has experienced multiple insurgencies rather than one uniform movement. Their objectives and social bases have varied considerably.
Its strategic location is important: Manipur borders Myanmar and connects India's northeastern region with Southeast Asia. Difficult terrain, porous border areas and armed networks operating across the India-Myanmar frontier have historically complicated counter-insurgency.
Political history also matters. Manipur became part of the Indian Union in 1949 and attained full statehood in 1972. Over subsequent decades, different armed organisations emerged around demands ranging from independence and greater autonomy to ethnic territorial aspirations.
This means the present violence cannot be understood simply as a continuation of one historic insurgency. Contemporary communal clashes, older insurgent movements and cross-border armed networks can intersect, but they are analytically distinct.
What Is Ethnic Violence?
Ethnic violence refers to violence in which people are targeted, mobilised or organised substantially on the basis of ethnic identity.
Such violence can become self-reinforcing. A killing attributed to one community may generate retaliatory violence against another, which produces further mobilisation and revenge.
Rumours, displacement and segregation can deepen fear and reduce interaction between communities.
In Manipur, the challenge is therefore not limited to stopping individual attacks.
Durable peace requires functioning policing and justice, recovery of illegal arms, safe transport and return of displaced people where feasible, alongside political dialogue capable of addressing disputes over land, representation, autonomy and security.
Prelims Quick Revision
Manipur capital: Imphal.
International boundary: Myanmar to the east.
Neighbouring Indian states: Nagaland, Assam and Mizoram.
Major geographical division: Imphal Valley + surrounding hill regions.
Meiteis are concentrated primarily in the valley; numerous Naga and Kuki-Zo tribal communities predominantly inhabit hill areas.
Manipur contains numerous recognised Scheduled Tribes; Census 2011 provides tribe-wise data for communities including Tangkhul, Mao, Maram, Poumai Naga, Thadou, Paite, Hmar, Vaiphei and Zou.
Meitei, Naga and Kuki are not interchangeable identities, and Naga/Kuki labels encompass multiple communities.
Major districts mentioned in the latest violence: Kamjong, Ukhrul, Senapati and Kangpokpi.
Manipur joined the Indian Union in 1949 and became a full state in 1972.
The state's Myanmar frontier gives its security situation an important cross-border dimension.
The wider Manipur crisis that erupted in May 2023 involved disputes over ST status alongside deeper issues of land, identity, political representation and governance.
Possible Mains Question
Manipur's recurring violence demonstrates how ethnic identity, territorial claims, difficult geography and cross-border security challenges can reinforce one another. Examine the factors behind ethnic conflict in Manipur and suggest measures for building durable peace.
UN Security Council Reform: Why India Wants a Greater Role in Global Governance
India's rise in economic and geopolitical importance has renewed attention on a longstanding question: whether the United Nations, particularly the UN Security Council (UNSC), adequately reflects the distribution of power and representation in the contemporary world.
India argues that institutions created in the aftermath of the Second World War require reform if they are to retain legitimacy and effectiveness.
The debate is not simply about obtaining a permanent seat.
For India, the broader issue is whether a more representative UN can produce international rules and decisions that states are willing to respect, particularly when major-power rivalry increasingly constrains collective action.
Why the Security Council Is Difficult to Reform
The UN was established in 1945, with maintaining international peace and security among its central purposes.
The UNSC has primary responsibility for this function and can adopt decisions binding on UN members, impose sanctions and, under the Charter framework, authorise force in appropriate circumstances.
The Council has 15 members: five permanent members—China, France, Russia, the United Kingdom and the United States (P5)—and ten non-permanent members elected by the General Assembly for two-year terms.
As of September 2026, Pakistan is among the elected members and its term ends in 2026; Bahrain's term runs through 2027.
Under Article 27, procedural decisions require nine affirmative votes. Substantive decisions also require nine votes, but a negative vote by any P5 member can prevent adoption—the veto.
An abstention by a permanent member does not itself prevent adoption if the required nine affirmative votes are obtained.
This structure creates a basic tension: the veto was designed to keep the major powers inside the collective-security system, but it can also prevent Council action when their strategic interests conflict.
India's Case for Permanent Membership
India's argument for permanent membership rests on several factors: its population, economic weight, democratic system, contribution to UN activities, role in the Global South and long record in UN peacekeeping.
Peacekeeping is particularly significant. India has participated in UN peacekeeping since the 1950s and has historically been one of its largest contributors.
UN data currently describe India as the fourth-largest contributor, with more than 5,000 personnel deployed, while noting that no country has contributed more peacekeepers cumulatively since India began participating.
More than 180 Indian personnel have died while serving under the UN flag.
India also works with Brazil, Germany and Japan through the G4, which advocates reform of the Security Council, including expansion of both permanent and non-permanent membership.
A May 2026 G4 statement at the UN again called for meaningful reform and argued that the present structure does not adequately reflect contemporary geopolitical realities.
Why Reform Remains Stalled
There is broad support for the general proposition that the Council should become more representative, but states disagree over how.
The principal disputes concern the number of additional seats, which countries or regions should receive them, whether new permanent members should receive veto powers, the size of an expanded Council and the appropriate balance between regional representation and individual-country claims.
There are also competing reform groupings. The G4 supports expansion in permanent and non-permanent categories, while other states have advocated models centred more heavily on additional elected or longer-term seats.
African states have separately emphasised correcting Africa's absence from permanent membership.
There is an additional structural obstacle: meaningful Security Council reform requires amendment of the UN Charter.
Under Article 108, Charter amendments require approval by two-thirds of the General Assembly and ratification by two-thirds of UN members, including all five permanent members of the Security Council.
Consequently, the existing P5 effectively have a decisive role in any reform that would alter the Council's structure.
General Assembly vs Security Council
The UN General Assembly (UNGA) provides much broader representation. All 193 UN members have one vote.
Important questions generally require a two-thirds majority of members present and voting, while other questions are decided by a simple majority.
However, the General Assembly primarily makes recommendations rather than exercising the Security Council's Chapter VII enforcement authority.
When the Security Council is paralysed, the Assembly can play a larger political role, including through the “Uniting for Peace” mechanism, but this does not simply transfer the Council's full enforcement powers to the Assembly.
This difference explains much of the contemporary reform debate: the UNGA offers broad legitimacy through near-universal representation, while the UNSC possesses stronger authority but concentrates exceptional powers in a small group of states.
Prelims Quick Revision
United Nations: established in 1945 following the Second World War.
UN currently has 193 member states.
UNSC: 15 members — 5 permanent + 10 non-permanent.
P5: China, France, Russia, UK and US.
Non-permanent members serve two-year terms.
UNSC's primary responsibility: international peace and security.
Article 27: governs UNSC voting; substantive decisions require nine affirmative votes and are subject to the P5 veto.
UNGA: all 193 members; one country, one vote.
G4: India, Brazil, Germany and Japan.
India is a longstanding and major contributor to UN peacekeeping operations.
Security Council membership was expanded from 11 to 15 in 1965.
Article 108: important for UN Charter amendments; ratification must include all P5 states.
The five UN regional groups are African Group, Asia-Pacific Group, Eastern European Group, Latin American and Caribbean Group (GRULAC), and Western European and Others Group (WEOG).
Security Council reform debates concern representation, permanent membership, veto, regional balance, Council size and working methods.
Taiwan in US-China Relations: Why the Island Is a Major Indo-Pacific Flashpoint
Taiwan remains one of the most sensitive issues in US-China relations.
During Chinese President Xi Jinping's September 2026 visit to the United States, Beijing again emphasised its position opposing Taiwanese independence, while wider talks covered trade, tariffs, technology and artificial intelligence.
The issue matters far beyond China and Taiwan.
The Taiwan Strait is strategically located in the Western Pacific, Taiwan occupies an important position within the so-called first island chain, and its semiconductor industry is deeply embedded in global technology supply chains.
Recent military activity also shows that cross-Strait tensions remain active: Taiwan's defence ministry reported repeated operations by People's Liberation Army aircraft and naval vessels around the island during September 2026.
From the Chinese Civil War to the “One-China” Question
The present political division dates principally to the Chinese Civil War. In 1949, the Communist Party established the People's Republic of China (PRC) on the mainland, while the Nationalist government of the Republic of China (ROC) relocated to Taiwan.
Today, Beijing's One-China principle holds that there is only one China, Taiwan is part of China, and the PRC is the sole legitimate government representing China.
Beijing regards eventual “reunification” as a national objective and has not renounced the use of force.
The US “one China policy” should not be treated as identical to Beijing's One-China principle. Washington switched diplomatic recognition from Taipei to Beijing in 1979 but continued unofficial relations with Taiwan under the Taiwan Relations Act (TRA), 1979.
The US framework has traditionally also been shaped by the three US-China Joint Communiqués and the Six Assurances.
The TRA states that peace and stability in the Western Pacific are matters of US interest and provides a legal framework for continuing commercial, cultural and other unofficial relations with Taiwan.
What Is “Strategic Ambiguity”?
The US has traditionally avoided giving an unconditional public commitment specifying exactly how it would respond to a military conflict over Taiwan.
This approach is commonly described as strategic ambiguity.
Its purpose has historically been interpreted as maintaining uncertainty for both sides: discouraging Beijing from attempting forcible unification while also avoiding an unconditional security guarantee that could alter incentives in Taipei.
This ambiguity operates alongside more explicit provisions of the Taiwan Relations Act.
US policy has included making defence articles and services available to enable Taiwan to maintain sufficient self-defence capabilities and maintaining US capacity to resist coercion against Taiwan.
Why Taiwan Is Strategically and Economically Important
Geographically, Taiwan lies between Japan's Ryukyu Islands and the Philippines, facing China's southeastern coast across the Taiwan Strait.
It forms an important part of the first island chain, generally understood as the line running through Japan, the Ryukyus, Taiwan and the Philippines.
The second island chain lies farther into the Pacific and is generally associated with areas running through the Mariana Islands, including Guam.
Taiwan's importance is also technological. It is a major centre of global semiconductor manufacturing, particularly advanced logic chips.
US Commerce Department assessments have previously estimated that Taiwan produces around 90% or more of the world's leading-edge semiconductors, although the precise share depends on how “leading-edge” is defined and changes as new fabrication capacity comes online elsewhere.
This concentration creates a global supply-chain vulnerability. Advanced semiconductors are essential for AI accelerators, smartphones, data centres, telecommunications, automobiles and defence systems.
The United States and Taiwan have consequently pursued substantial new semiconductor investment in the US; a January 2026 agreement included commitments for at least $250 billion in new direct investment by Taiwanese semiconductor and technology companies in US advanced semiconductor, energy and AI capacity.
Why Taiwan Matters to India
India does not have formal diplomatic relations with Taiwan but maintains economic and unofficial relations through representative offices.
For India, stability across the Taiwan Strait matters principally through Indo-Pacific security, maritime commerce and technology supply chains.
A serious disruption could affect semiconductor availability and shipping and could alter the wider strategic environment in East Asia.
Taiwan also matters to India's effort to develop a domestic semiconductor ecosystem and diversify critical technology supply chains.
However, India's relationship with Taiwan has to be understood alongside its diplomatic relationship with the PRC and India's stated positions on peace and stability in the Indo-Pacific.
Prelims Quick Revision
Taiwan Strait: separates Taiwan from mainland China.
PRC: People's Republic of China; established in 1949.
ROC: Republic of China; its government relocated to Taiwan after the Communist victory on the mainland in 1949.
US established diplomatic relations with the PRC in 1979.
Taiwan Relations Act: US legislation enacted in 1979 governing continued unofficial relations with Taiwan.
China's One-China principle and the US one China policy are not identical formulations.
Strategic ambiguity: commonly used description for US uncertainty over its precise military response to a Taiwan conflict.
Taiwan is a major producer of advanced semiconductors.
First island chain: broadly includes Japan/Ryukyus → Taiwan → Philippines.
Second island chain: farther east in the Pacific, broadly associated with the Marianas/Guam.
Taiwan lies in the Western Pacific, not the South China Sea itself.
Spratly and Paracel Islands: South China Sea.
Senkaku/Diaoyu Islands: East China Sea; administered by Japan and claimed by China and Taiwan.
Recent Taiwanese defence reports continue to record PLA aircraft and naval operations around Taiwan.
India-Canada Relations: Trade and CEPA Drive a Renewed Bilateral Partnership
India and Canada are seeking to deepen their bilateral relationship after the severe diplomatic tensions of 2023–24.
At the UN General Assembly in September 2026, External Affairs Minister S. Jaishankar and Canadian Foreign Minister Anita Anand discussed taking the relationship forward, while Canada has increasingly framed stronger ties with India as part of its strategy of trade diversification.
The economic component is particularly important.
India and Canada formally launched a new round of negotiations for a Comprehensive Economic Partnership Agreement (CEPA) in 2026, with both governments targeting conclusion of negotiations by the end of the year.
Their March 2026 joint statement set an aspiration of expanding bilateral trade to CAD 70 billion (about ₹4.65 lakh crore) by 2030.
From Diplomatic Crisis to Gradual Normalisation
India-Canada relations deteriorated sharply in 2023 after then Canadian Prime Minister Justin Trudeau publicly alleged that Canadian authorities were investigating a possible connection between agents of the Indian government and the killing of Canadian citizen Hardeep Singh Nijjar in British Columbia.
India rejected the allegation. The dispute subsequently resulted in diplomatic expulsions and reductions in diplomatic representation.
Relations began moving towards normalisation under Prime Minister Mark Carney.
His official visit to India from February 27 to March 2, 2026 was the first bilateral visit by a Canadian prime minister to India since 2018.
The March joint statement noted the return of diplomatic representatives and described the process as a gradual normalisation of bilateral ties.
The reset has continued through high-level engagement. In June 2026, Modi and Carney welcomed progress in CEPA negotiations and reiterated their objective of concluding them during 2026.
Canada also invited Modi to visit during the year; the two governments said they would work towards a mutually convenient date.
Why CEPA Matters
A Comprehensive Economic Partnership Agreement is a broad trade agreement that can extend beyond reducing customs duties to areas such as services, investment, rules of origin, technical barriers, sanitary and phytosanitary measures and other forms of economic cooperation.
Earlier India-Canada CEPA negotiations themselves covered many of these areas.
For India, closer economic engagement with Canada offers opportunities to diversify export markets and strengthen access to energy, critical minerals, investment and advanced technologies. For Canada, India represents a large and expanding market as Ottawa seeks greater diversification of its international economic relationships.
The 2026 negotiations also have a concrete trade objective: both governments have expressed an aspiration to reach CAD 70 billion in bilateral trade by 2030. This is an aspiration rather than a guaranteed outcome of the agreement.
Energy, Critical Minerals and Technology
The emerging partnership extends beyond merchandise trade. During Carney's March visit, India and Canada signed an MoU on critical-mineral value chains, covering exploration, mining, beneficiation, processing, investment and technical cooperation.
Canada's resource base makes such cooperation relevant to India's efforts to diversify supplies required for clean-energy technologies and advanced manufacturing.
Energy cooperation has also expanded. A long-term agreement worth CAD 2.6 billion was concluded between Canada's Cameco and India's Department of Atomic Energy for uranium supplies. The two governments are additionally exploring greater cooperation in LNG, LPG, oil and renewable energy.
Technology has emerged as another pillar. India and Canada are pursuing cooperation in areas including AI, digital infrastructure, semiconductors, electronics, high-performance computing, cybersecurity and space technologies. The bilateral relationship also intersects with the Australia-Canada-India Technology and Innovation (ACITI) Partnership.
Beyond Trade: Talent and People-to-People Relations
Education, migration and the large Indian-origin population in Canada give the relationship a substantial people-to-people dimension. The two governments launched a Canada-India Talent and Innovation Strategy in 2026 aimed at strengthening talent pathways, research exchanges and institutional cooperation.
This makes the bilateral relationship unusual in its breadth: trade negotiations are occurring alongside cooperation in energy security, critical minerals, technology, research, education and talent mobility.
At the same time, the experience of 2023–24 shows that security concerns, diplomatic disputes and questions involving sovereignty and transnational activities can affect economic engagement. The durability of the current reset therefore depends not only on completing CEPA negotiations but also on managing these politically sensitive issues through institutional dialogue.
Prelims Quick Revision
CEPA: Comprehensive Economic Partnership Agreement.
India-Canada CEPA negotiations were originally launched in 2010; earlier negotiations covered goods, services, rules of origin, SPS measures and technical barriers to trade.
India and Canada signed fresh Terms of Reference for CEPA negotiations in March 2026, targeting conclusion by end-2026.
Bilateral aspiration: CAD 70 billion / ₹4.65 lakh crore trade by 2030.
Canada is relevant to India for uranium, oil and gas, critical minerals, investment and advanced technology cooperation.
A CAD 2.6-billion uranium supply agreement was concluded between Cameco and India's Department of Atomic Energy in 2026.
India and Canada signed an MoU covering critical-mineral exploration, mining, beneficiation and processing.
Important emerging sectors include AI, semiconductors, clean energy, critical minerals, space and digital technologies.
ACITI: Australia-Canada-India Technology and Innovation Partnership.
Mark Carney visited India from February 27–March 2, 2026, the first bilateral visit by a Canadian PM since 2018.
India and Canada describe the present phase as a renewed strategic partnership, but security and diplomatic issues remain an important part of the bilateral context.
AI in Disaster Management: From Nepal's Rescue Operations to India's Early-Warning Systems
The recent disaster in Nepal has demonstrated how artificial intelligence, drones, satellite imagery and crowdsourced information can supplement conventional disaster-management systems. An AI-powered portal developed by Nepali IT engineer Niraj Bhushal was used to cross-check crowdsourced information on missing people against official lists of the dead and injured, while also helping map damaged structures using open-source satellite imagery. Separately, drones fitted with thermal cameras were deployed to identify possible human heat signatures beneath debris and guide rescuers.
These applications illustrate a wider change in disaster management: AI can help convert large volumes of weather, satellite, geospatial, sensor and citizen-generated data into information that authorities can use for preparedness, early warning, response and recovery.
How AI Can Help Across the Disaster-Management Cycle
Disaster management covers measures taken before, during and after a disaster to reduce loss of life, livelihoods, infrastructure and environmental damage. AI can support multiple stages rather than only post-disaster rescue.
Before a disaster, machine-learning systems can analyse weather observations, river levels, satellite imagery, historical disaster records and terrain data to improve forecasts and identify high-risk areas. During an emergency, computer vision can analyse drone or satellite images to detect damaged buildings, blocked roads and inundated areas. AI can also help classify large numbers of distress messages and match information on missing persons.
Afterwards, satellite-image comparison can support damage and loss assessment, prioritisation of relief and reconstruction planning.
However, AI predictions are not automatically disaster warnings. A forecast of heavy rainfall or rising river levels must be combined with information about exposure and vulnerability—such as population, settlements and critical infrastructure—to estimate actual disaster risk.
Flood Forecasting: An Important AI Application
Flood prediction provides a useful example. Google's Flood Hub uses publicly available information including weather forecasts and satellite imagery. Its system combines a hydrologic model, which predicts river flows, with an inundation model, which estimates where flooding may occur and its likely depth. Flood Hub can provide riverine-flood forecasts as much as seven days in advance in supported locations.
Google's work on AI-assisted flood forecasting began with a pilot in India in 2018, initially around Patna in Bihar, using river-level, terrain, elevation and historical information.
India also has the NDMA's SACHET National Disaster Alert Portal, a Common Alerting Protocol-based system that disseminates authoritative, geo-targeted warnings for multiple hazards. It integrates alerts from agencies including IMD, CWC, INCOIS, Forest Survey of India and DGRE and disseminates them through channels such as SMS, mobile applications, browser notifications and RSS. SACHET itself should not be confused with an AI forecasting model—it is principally an integrated warning-dissemination platform.
AI Is a Force Multiplier, Not a Replacement
The growing role of technology also means disaster management increasingly involves government agencies, meteorological organisations, satellite operators, telecom companies, technology firms, local communities and individual smartphone users.
The World Meteorological Organization recognises AI's potential to improve the accuracy and accessibility of weather forecasts and warnings, but stresses that it should complement rather than replace traditional forecasting systems.
AI systems also face limitations: incomplete or biased datasets, connectivity failures during disasters, false positives, uncertain predictions, privacy concerns around crowdsourced data, and unequal technological capacity. Most importantly, an accurate prediction saves lives only when it is converted into an understandable warning and followed by effective action.
This is why the UN's Early Warnings for All initiative treats an effective system as four interconnected elements: risk knowledge; detection and forecasting; warning dissemination; and preparedness and response. Its objective is universal protection from hazardous weather, water and climate events through early-warning systems by the end of 2027.
Prelims Quick Revision
Hazard: process, phenomenon or human activity capable of causing harm.
Vulnerability: conditions that increase susceptibility to the impacts of hazards.
Disaster risk: potential losses arising from the interaction of hazards with exposure and vulnerability.
Disaster: serious disruption that can produce human, material, economic or environmental losses.
Disaster-management cycle broadly covers prevention/mitigation → preparedness → response → recovery/reconstruction.
AI applications include forecasting, satellite-image analysis, damage mapping, search and rescue, crowdsourced-data processing and risk assessment.
Thermal imaging detects infrared radiation/temperature differences and can assist search-and-rescue operations.
Remote sensing obtains information about the Earth's surface without direct physical contact, commonly using satellites or aircraft.
Google's AI-assisted flood-forecasting work in India began in 2018.
Flood Hub can provide riverine-flood information up to seven days ahead in supported locations.
SACHET: NDMA's pan-India, CAP-based integrated disaster-alert platform providing geo-targeted warnings.
Early Warnings for All: global initiative seeking universal early-warning coverage by 2027.
Possible Mains Question
Artificial intelligence can transform disaster management only when technological forecasting is integrated with risk knowledge, effective warning dissemination and last-mile preparedness. Discuss with suitable examples.
Poompuhar Underwater Excavations: New Evidence of Ancient Tamil Trade with West Asia
Fresh underwater archaeological exploration off Poompuhar (Kaveripoompattinam) in Tamil Nadu has produced new evidence of the ancient port city's long-distance maritime connections.
The third phase of exploration, conducted by the Tamil Nadu State Department of Archaeology (TNSDA) in collaboration with the Indian Maritime University, ran for 18 days in September 2026. Archaeologists recovered a fragment of a West Asian torpedo jar, four terracotta ring wells and more than 250 ceramic pieces, including glazed ware.
The discoveries are important because they combine archaeological evidence with descriptions in Sangam and post-Sangam literature, strengthening our understanding of Poompuhar as an important centre in the maritime networks of ancient Tamilakam.
Poompuhar and the Maritime Economy of Ancient Tamilakam
Poompuhar is located in present-day Mayiladuthurai district, near the mouth of the Cauvery (Kaveri) River where it enters the Bay of Bengal. Also known as Kaveripoompattinam, it was an important port associated with the early Cholas.
Its location was particularly advantageous. The Cauvery connected the agriculturally productive interior with the coast, while access to the Bay of Bengal connected merchants with wider Indian Ocean trading networks.
Sangam and post-Sangam literature describe Poompuhar as a major commercial settlement. Archaeological investigations since the 1960s have also uncovered evidence including wharfs, pottery, amphorae, rouletted ware, Buddhist remains and a Roman coin.
This demonstrates why ancient ports should not be viewed merely as places for loading and unloading goods. They functioned as nodes connecting river systems, agricultural hinterlands, overseas merchants, craft production and cultural exchange.
What Does the Torpedo Jar Tell Us?
The most striking recent discovery is a fragment of a fine-ceramic torpedo jar, estimated to have originally measured about 30–35 cm in diameter. Such long, narrow transport vessels are associated with West Asian maritime commerce and were used for transporting liquids such as wine and oil.
Its presence does not by itself establish every claimed trade route or identify the people who carried the vessel. But its West Asian characteristics provide material evidence consistent with Poompuhar's participation in wider maritime exchange networks.
The four terracotta ring wells, measuring approximately 60–65 cm in diameter, are also significant. TNSDA officials have suggested that their location on the seabed may indicate the existence of a palaeochannel—an ancient river channel—in an area subsequently affected by coastal change.
Underwater archaeology is therefore useful not only for recovering artefacts but also for reconstructing submerged settlements, ancient coastlines, river courses, ports and shipwrecks. Modern investigations at Poompuhar have used technologies including side-scan sonar and other seabed-mapping techniques alongside diving operations.
Prelims Quick Revision
Poompuhar = Kaveripoompattinam, an ancient port associated with the early Cholas.
Present location: Mayiladuthurai district, Tamil Nadu.
Situated near the mouth of the Cauvery River on the Bay of Bengal.
Important in Sangam and post-Sangam literature.
Recent exploration: TNSDA + Indian Maritime University.
Major 2026 finds: West Asian torpedo-jar fragment + four terracotta ring wells + 250-plus ceramic fragments.
Torpedo jars were transport vessels used for commodities such as wine and oil.
Ring wells can provide evidence about habitation, water management and ancient landscapes.
Palaeochannel: remnant or trace of an ancient river/stream channel.
Poompuhar's archaeological record includes wharfs, amphorae, rouletted ware and other evidence of maritime commerce.
Underwater archaeology: archaeological investigation of submerged cultural remains, including settlements, ports and shipwrecks.
Much of ancient Poompuhar is believed to lie beneath the sea, but the chronology and processes behind its submergence require continuing archaeological and geological investigation.
Possible Mains Question
Archaeological discoveries at ancient port cities such as Poompuhar demonstrate that India's maritime history involved not merely the exchange of commodities but also extensive networks of urban, cultural and technological interaction. Discuss.
Elephant Smuggling Probe: Wildlife Crime, WCCB and CITES Explained
An investigation into alleged leopard poaching has widened to include allegations concerning the illegal acquisition of a female elephant reportedly smuggled from Nepal into India.
According to the records, the Wildlife Crime Control Bureau's 2022 investigation into the seizure of 30 kg of ivory in Jaipur contained statements and phone communications that investigators linked to the alleged elephant transaction.
These remain allegations under investigation; the records cited in the report do not by themselves establish criminal liability of the NGO or individuals named.
The case is nevertheless important for UPSC because it illustrates how wildlife crime can involve poaching, ivory trafficking, live-animal smuggling, documentation and cross-border networks.
Wildlife Crime and India's Enforcement Framework
Wildlife crime includes unlawful poaching, capture, possession, transport, trade or trafficking of protected wildlife and wildlife products. It can involve live animals as well as products such as ivory, skins, scales, horns and other derivatives.
India's principal legislation is the Wild Life (Protection) Act, 1972, substantially amended in 2022. It provides the legal framework for protection of wild species, protected areas, regulation of wildlife trade and implementation of India's obligations under CITES.
A major enforcement institution is the Wildlife Crime Control Bureau (WCCB). It was constituted under the Ministry of Environment, Forest and Climate Change in 2007 under Section 38Y of the Act and became operational in 2008. It is a multidisciplinary body drawing personnel from wildlife/forest, police, customs and other agencies.
Under Section 38Z, its functions include collecting intelligence on organised wildlife crime, maintaining a centralised wildlife-crime database, coordinating enforcement agencies, assisting foreign authorities and international organisations, strengthening investigation capacity and helping implement international wildlife conventions.
Why Elephant Trade Is Strictly Regulated
The Asian elephant (Elephas maximus) receives a high level of protection in international wildlife trade. It is included in CITES Appendix I, under which international commercial trade in specimens of listed species is generally prohibited, subject to limited exceptions and permitting requirements.
India also specifically regulates captive elephants. Under the current framework, a captive elephant covered by an ownership certificate cannot simply be treated as ordinary private property that can be freely bought and sold. MoEFCC guidance notes that Section 43(1) prohibits transfer by sale, offer for sale or another transaction of a commercial nature for such captive elephants.
The Captive Elephant (Transfer or Transport) Rules, 2024 establish procedures involving applications, veterinary certification, physical verification and approval by the relevant Chief Wild Life Warden for permitted transfers.
The legal position of an elephant allegedly brought across the Nepal-India international border therefore raises additional questions beyond ordinary interstate transfer, including the animal's origin, ownership records, permits and compliance with international wildlife-trade rules.
CITES and Cross-Border Wildlife Crime
CITES — Convention on International Trade in Endangered Species of Wild Fauna and Flora — is an international agreement designed to ensure that international trade in wild animals and plants does not threaten their survival. It entered into force on 1 July 1975.
Its species are broadly organised into three appendices:
Appendix I: species threatened with extinction; international commercial trade is generally prohibited.
Appendix II: species that may become threatened unless trade is strictly regulated.
Appendix III: species protected in at least one country that has sought assistance from other CITES Parties in controlling trade.
CITES is particularly relevant to transnational wildlife crime because trafficked wildlife can pass through source, transit and destination countries. Permit systems, customs controls, intelligence sharing and cooperation among national enforcement agencies allow authorities to trace suspicious movements across borders.
India's 2022 amendment to the Wild Life (Protection) Act also strengthened the domestic framework for implementing CITES, including provisions relating to a Management Authority and Scientific Authority.
Why Elephants and Leopards Matter Ecologically
Elephants are often described as ecosystem engineers because their movement and feeding can modify vegetation, disperse seeds and influence habitat structure. Protecting elephant landscapes can consequently benefit numerous other species.
Leopards (Panthera pardus) are large carnivores and predators whose ecological role includes influencing prey populations and food-web interactions. Both species can therefore have significance beyond their individual populations.
Wildlife trafficking also has consequences beyond biodiversity loss. Organised illegal trade can involve cross-border criminal networks, forged documentation, corruption and money laundering, making wildlife crime simultaneously a conservation and enforcement challenge.
Prelims Quick Revision
Asian elephant: Elephas maximus.
Leopard: Panthera pardus.
Asian elephant is listed in CITES Appendix I.
Wild Life (Protection) Act: enacted in 1972; substantially amended in 2022.
WCCB: Wildlife Crime Control Bureau.
WCCB was constituted in 2007 under Section 38Y of the Wild Life (Protection) Act.
WCCB functions are specified principally under Section 38Z.
WCCB works under the Ministry of Environment, Forest and Climate Change.
CITES entered into force on 1 July 1975.
CITES regulates international trade in listed wild fauna and flora; it does not replace national wildlife laws.
India's Captive Elephant (Transfer or Transport) Rules, 2024 regulate permitted transfers/transport of captive elephants covered by ownership certificates.
Wildlife crime can include poaching, capture, possession, trafficking, illegal transport and trade in live animals or wildlife derivatives.
Cross-border wildlife crime requires cooperation among forest/wildlife authorities, customs, police, WCCB and international counterparts.
Possible Mains Question
Illegal wildlife trade is not merely a conservation problem but an increasingly organised and transnational enforcement challenge. Discuss the role of the Wild Life (Protection) Act, Wildlife Crime Control Bureau and CITES in combating wildlife trafficking.
Farmers and India's Solar Boom: Why Decentralised Solar Matters
India's solar expansion has been exceptionally rapid. Official data show that installed solar capacity reached 164.59 GW by July 31, 2026, while India's total non-fossil electricity capacity crossed 300 GW.
This puts the country more than 60% of the way towards its national goal of 500 GW of non-fossil electricity capacity by 2030.
But the policy question is increasingly about who owns and benefits from new solar capacity. Large utility-scale projects remain important for rapid deployment, while decentralised models—rooftop systems, solar irrigation pumps, feeder solarisation and farmer-owned plants—can distribute some of the economic gains from the energy transition directly to households and rural communities.
How Can Farmers Become Solar-Power Producers?
The principal government programme linking agriculture with solar power is PM-KUSUM — Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan.
Its three components create different opportunities. Component A permits farmers, farmer groups, cooperatives, panchayats, FPOs and Water User Associations to establish decentralised grid-connected renewable plants, generally 500 kW–2 MW, with electricity purchased by DISCOMs. Component B supports 14 lakh standalone solar agricultural pumps, while Component C targets solarisation of 35 lakh grid-connected pumps, including feeder-level solarisation.
The economic logic extends beyond replacing diesel with solar electricity. Under individual pump solarisation, farmers can use generated power for irrigation and sell surplus electricity to DISCOMs. Under Component A, agricultural or other suitable land can become a source of power-generation income.
Progress, however, has been uneven across components. The official PM-KUSUM dashboard reported that by August 31, 2026, about 11.80 lakh standalone pumps had been installed against the 14-lakh target. Component A had installed about 2,193 MW against a 10,000-MW target, while about 15,988 individual grid-connected pumps had been solarised. Feeder-level solarisation had reached about 16.29 lakh pumps.
Agri-PV: Producing Food and Electricity Together
A related concept is agrivoltaics or Agri-PV—using the same land for both agricultural production and solar electricity generation.
Instead of permanently replacing cultivation with a conventional ground-mounted solar park, photovoltaic panels can be elevated or appropriately spaced so agricultural activity continues underneath or between them.
Potential advantages include diversification of farm income, reduced competition between agriculture and renewable-energy projects and, for suitable crops and climatic conditions, shade and reduced evaporation.
However, Agri-PV is not universally beneficial. Crop response depends on panel height and spacing, local climate, crop type, sunlight requirements, irrigation conditions and project economics. Higher mounting structures can also increase capital costs. It therefore requires location-specific design rather than a single model for all farms.
PM Surya Ghar and the Decentralised Solar Model
While PM-KUSUM focuses substantially on agriculture, PM Surya Ghar: Muft Bijli Yojana demonstrates how decentralised solar can be deployed at household scale.
Launched in February 2024 with an outlay of ₹75,021 crore, it targets rooftop solar installations for one crore households. Central assistance is ₹30,000 for a 1-kW system, ₹60,000 for 2 kW and up to ₹78,000 for systems of 3 kW or more.
By August 12, 2026, approximately 51.58 lakh households had benefited and 14.8 GW of rooftop solar capacity had been commissioned under the programme.
The broader lesson for agriculture is that decentralisation can turn consumers into “prosumers”—entities that both consume and produce electricity. PM-KUSUM attempts to apply a similar principle to farmers.
Challenges to Farmer-Led Solarisation
Expanding farmer participation requires resolving several constraints. Small and fragmented landholdings can make individual projects difficult; farmers may struggle with upfront capital and access to credit; DISCOM financial conditions can affect payments and power-purchase arrangements; grid connectivity may be weak in areas with substantial agricultural land; and solar-pump deployment without appropriate groundwater governance can encourage excessive extraction because the marginal cost of pumping becomes very low.
Solar power itself also presents system-level challenges. Generation is intermittent and concentrated in daylight hours, requiring stronger transmission networks, storage, demand management and flexible generation as its share increases.
The Ministry of Power consequently plans transmission and grid-stability measures for integrating large quantities of renewable electricity.
Thus, farmer solarisation works best when energy policy, agricultural policy, groundwater management, rural finance and DISCOM reform are treated together.
Prelims Quick Revision
India's solar capacity: 164.59 GW as of July 31, 2026.
India's 2030 objective: 500 GW installed electricity capacity from non-fossil sources, not 500 GW of solar alone.
PM-KUSUM: Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan.
PM-KUSUM target: 34,800 MW solar capacity with central financial support of ₹34,422 crore under its existing framework.
Component A: 10,000 MW decentralised grid-connected renewable plants.
Component B: 14 lakh standalone solar agricultural pumps.
Component C: solarisation of 35 lakh grid-connected agricultural pumps, including feeder-level solarisation.
Component A projects can be developed by farmers, farmer groups, cooperatives, panchayats, FPOs and Water User Associations.
Agri-PV/Agrivoltaics: simultaneous use of land for agriculture and photovoltaic electricity generation.
PM Surya Ghar: targets rooftop solar for one crore households with an outlay of ₹75,021 crore.
Central subsidy under PM Surya Ghar can reach ₹78,000 for a 3-kW-or-higher residential system.
Major solar challenges include intermittency, storage, transmission, land availability, financing and domestic manufacturing.
In agriculture, solar pumps must also be accompanied by groundwater-management safeguards.
Maharashtra Drought 2026: Why 265 Tehsils Have Been Declared Drought-Hit
The Maharashtra government has declared drought in 265 tehsils, covering roughly three-fourths of the state, following deficient and uneven monsoon rainfall.
From June 1 to September 26, 2026, Maharashtra received 798.2 mm of rainfall against a normal 970.9 mm — an 18% deficit. IMD's official rainfall system confirms cumulative monitoring for this period.
The statewide average, however, does not fully explain the severity.
Marathwada recorded around 38% deficient rainfall and Vidarbha around 27%, showing why the geographical and temporal distribution of rainfall can matter as much as the statewide seasonal total.
What Is Drought and How Is It Assessed?
A drought is a prolonged period of abnormally low water availability that can affect agriculture, surface water, groundwater, ecosystems and livelihoods. It is not simply a few rainless days.
Drought is commonly understood through interconnected categories: meteorological drought involves deficient precipitation; agricultural drought occurs when inadequate soil moisture affects crops; and hydrological drought involves prolonged deficiencies in rivers, reservoirs and groundwater.
Socio-economic impacts emerge when these physical shortages disrupt livelihoods and demand for water, food and other resources.
India's drought-assessment framework therefore does not rely on rainfall alone. Maharashtra uses the methodology of the Manual for Drought Management, incorporating indicators such as rainfall quantity and distribution, cropping conditions, soil moisture and remote-sensing indices.
Maharashtra's MahaMADAT geoportal integrates these datasets for early warning and agricultural drought assessment at the tehsil level.
In the present case, one important trigger was a continuous dry spell of at least 21 days without significant rainfall during the monsoon in affected areas.
The declaration will enable crop-loss assessment and relief measures; individual compensation is to be determined after field assessment rather than automatically by the drought notification itself.
Why Maharashtra Is Particularly Vulnerable
Maharashtra's drought problem is partly a question of spatial variability. Some regions can receive substantial rain while interior areas experience prolonged dry spells.
The Western Ghats strongly influence this pattern. Moisture-bearing southwest monsoon winds produce heavy rainfall along the Konkan coast and windward slopes, while parts of the interior Deccan lie in a relative rain-shadow zone.
In 2026, the situation has been particularly serious in Marathwada and Vidarbha. Such rainfall deficits interact with agricultural dependence on monsoon rainfall, soil-moisture stress, groundwater availability, reservoir storage and cropping patterns.
This also demonstrates why a state can experience floods and drought-like conditions during the same monsoon season.
A few episodes of intense rainfall can cause flooding, while long dry spells and uneven spatial distribution can still leave seasonal rainfall and soil moisture deficient elsewhere.
Climate change adds another layer of risk by altering temperature, evaporation and precipitation extremes, but an individual drought should not automatically be attributed solely to climate change.
Natural monsoon variability, ocean-atmosphere conditions, local geography and land/water management also matter.
Drought, Desertification and ENSO
Drought and desertification are not synonymous. Drought is primarily a climatic/hydrological event that may be temporary. Desertification is a longer-term process of land degradation in arid, semi-arid and dry sub-humid regions resulting from climatic variations and human activities.
ENSO — El Niño-Southern Oscillation — can influence India's monsoon but does not mechanically determine it.
El Niño refers to abnormal warming of the central/eastern equatorial Pacific and has historically been associated with an increased probability of weaker Indian monsoons.
La Niña involves cooling of these waters and is often associated with conditions more favourable to Indian monsoon rainfall.
But the relationship is probabilistic, not one-to-one. Factors including the Indian Ocean Dipole, Eurasian snow conditions, intra-seasonal monsoon variability and atmospheric circulation can modify the eventual rainfall outcome.
Prelims Quick Revision
Meteorological drought: prolonged deficiency in precipitation.
Agricultural drought: inadequate soil moisture for crop requirements.
Hydrological drought: deficiency in surface and subsurface water resources.
Maharashtra rainfall, June 1–September 26, 2026: 798.2 mm against 970.9 mm normal; 18% deficit.
265 tehsils have been declared drought-hit.
Marathwada: approximately 38% rainfall deficit.
Vidarbha: approximately 27% deficit.
Maharashtra uses the Manual for Drought Management methodology and the MahaMADAT geoportal for drought assessment.
Drought assessment considers rainfall alongside soil moisture, cropping conditions and remote-sensing indicators.
Drought ≠ desertification: drought is an episodic water shortage; desertification is longer-term land degradation.
El Niño: warming of central/eastern equatorial Pacific waters.
La Niña: cooling of central/eastern equatorial Pacific waters.
Important Maharashtra rivers for map work: Godavari, Krishna, Bhima, Tapi (Tapti), Wardha, Wainganga, Penganga and Koyna.
Maharashtra's disaster-management framework operates under the Disaster Management Act, 2005, with its State Disaster Management Plan periodically updated.
Possible Mains Question
Drought vulnerability depends not merely on the total amount of rainfall but also on its spatial and temporal distribution, agricultural practices and water-resource management. Discuss with reference to the 2026 drought in Maharashtra.
Great Nicobar Offshore Mineral Blocks: India's Push for Polymetallic Nodules and Deep-Sea Resources
The Ministry of Mines has notified two offshore mineral blocks near Great Nicobar Island for the grant of composite licences to explore and potentially develop polymetallic nodules and crusts.
According to the notification reported in the source, the two blocks are West Sewell Ridge-01 (1,000 sq km) and Sewell Rise-01 (632 sq km), together covering 1,632 sq km.
The development reflects India's broader attempt to secure critical minerals for batteries, clean-energy technologies and advanced manufacturing.
But offshore mining also raises questions about marine biodiversity, sediment disturbance, fisheries and the limited scientific understanding of deep-sea ecosystems.
Why Polymetallic Nodules Matter
Polymetallic nodules are mineral concretions found on the ocean floor, particularly on deep abyssal plains.
They can contain economically important metals including manganese, nickel, copper and cobalt. Polymetallic crusts form hard mineral coatings on underwater geological features and can similarly contain strategically important metals.
These resources matter because nickel, cobalt, copper and manganese have applications in batteries, electricity networks, electronics and clean-energy technologies.
Offshore deposits could therefore potentially diversify India's mineral supply chains.
India already has substantial experience in deep-ocean mineral exploration. The International Seabed Authority (ISA) has allocated India a 75,000 sq km area in the Central Indian Ocean Basin for exploration of polymetallic nodules.
The Ministry of Earth Sciences estimates this area contains about 366 million metric tonnes of nodules, averaging approximately 25.2% manganese, 1.14% nickel, 1.09% copper and 0.14% cobalt.
Offshore Mining in Indian Waters vs International Seabed
An important distinction for Prelims is that not all seabed mining falls under the same legal regime.
Mining within India's territorial waters, continental shelf, Exclusive Economic Zone and other Indian maritime zones is governed domestically by the Offshore Areas Mineral (Development and Regulation) Act, 2002, substantially amended in 2023. The law provides for operating rights including composite licences and production leases, with composite licences awarded through competitive bidding where mineral resources have not yet been adequately established.
The Great Nicobar blocks fall within India's offshore regulatory framework.
By contrast, mineral resources in the international seabed beyond national jurisdiction—known under UNCLOS as “the Area”—are governed through the International Seabed Authority, an autonomous international organisation established under the UN Convention on the Law of the Sea.
India currently holds ISA exploration rights for polymetallic nodules in the Central Indian Ocean Basin and polymetallic sulphides in the Central and Southwest Indian Ridges.
Deep Ocean Mission and India's Exploration Strategy
India's Deep Ocean Mission, launched in 2021 under the Ministry of Earth Sciences, is much broader than commercial offshore mining. It covers deep-sea technologies, ocean climate services, biodiversity, deep-ocean exploration and the development of technologies for extracting seabed minerals.
Under the mission, the National Institute of Ocean Technology (NIOT) has developed a deep-sea mining system intended for collecting polymetallic nodules at depths of up to 5,500 metres. India has also developed MATSYA 6000, a human-occupied submersible designed for deep-ocean exploration.
This should be distinguished from the proposed Samudra Manthan/National Offshore Exploration Scheme mentioned in the source. That initiative concerns the hydrocarbon sector under the Ministry of Petroleum and Natural Gas, including offshore oil and gas exploration. It should not be confused with either the Ministry of Mines' offshore mineral-block auctions or the Ministry of Earth Sciences' Deep Ocean Mission.
Environmental Concerns Around Offshore Mining
The central concern is that the deep ocean is not an empty mineral deposit. It contains poorly understood ecosystems that may be disturbed by extraction.
Mining can physically remove or alter seabed habitats. Collector vehicles may generate sediment plumes, while operations can introduce underwater noise, light and other disturbances. Scientists are also concerned about the slow recovery of some deep-sea ecosystems.
India's domestic legislation explicitly provides for prevention and control of pollution and protection of the marine environment. Environmental assessment is also relevant to deep-sea experimentation: India previously prepared an Environmental Impact Statement and conducted stakeholder consultation before testing a polymetallic-nodule collector in the Central Indian Ocean Basin.
Near Great Nicobar, these questions acquire additional significance because the island and surrounding waters contain ecologically sensitive terrestrial and marine ecosystems. The broader Great Nicobar infrastructure project has separately generated debate over impacts on forests, coral ecosystems, leatherback turtle habitat and indigenous communities. These concerns should not, however, be treated as proof of the environmental impacts of the newly notified mineral blocks; those require project-specific scientific assessment.
Prelims Quick Revision
New blocks: West Sewell Ridge-01 — 1,000 sq km; Sewell Rise-01 — 632 sq km.
Combined area: 1,632 sq km, near Great Nicobar.
Polymetallic nodules: seabed concretions containing metals such as manganese, nickel, copper and cobalt.
Polymetallic sulphides: associated particularly with hydrothermal systems and can contain copper, zinc and other metals.
Offshore Areas Mineral (Development and Regulation) Act, 2002: regulates mineral development in India's territorial waters, continental shelf, EEZ and other maritime zones.
The Act was substantially amended in 2023.
Deep Ocean Mission: Ministry of Earth Sciences; launched in 2021.
India has an ISA-allocated 75,000 sq km exploration area for polymetallic nodules in the Central Indian Ocean Basin.
India also has an ISA contract covering 10,000 sq km for polymetallic sulphides in the Central/Southwest Indian Ridge region.
ISA: International Seabed Authority; regulates mineral-related activities in the international seabed “Area” under the UNCLOS framework.
MATSYA 6000: India's human-occupied deep-sea submersible developed by NIOT.
Samudra Manthan concerns offshore hydrocarbon exploration and is distinct from Deep Ocean Mission and offshore mineral auctions.
Major environmental concerns include seabed habitat destruction, sediment plumes, noise, biodiversity impacts and uncertainties over ecosystem recovery.
Centre Invokes Section 11 for Captive Coal Plants as Power Demand Surges
The Union Ministry of Power has directed 112 coal-based captive generating stations of 50 MW and above to operate at the maximum extent of their available capacity from October 1 to December 31, 2026. The directions were issued on September 25 under Section 11 of the Electricity Act, 2003, amid an unusual rise in electricity demand. On September 10, India's peak power demand touched about 269 GW, the highest recorded for the month of September.
The order does not mean that all electricity produced by these plants must be surrendered to the grid. They can first meet their captive requirements, but available surplus generation must be offered through power exchanges in accordance with applicable regulations. Plants have also been directed to maintain adequate coal stocks and submit weekly operational information to the Central Electricity Authority (CEA).
What Is a Captive Power Plant?
Under Section 2(8) of the Electricity Act, 2003, a captive generating plant is a power plant established primarily to generate electricity for the owner's own use. It can also be established by a cooperative society or association primarily for use by its members.
This distinguishes captive generation from a conventional generating company whose principal business may be supplying electricity for sale to DISCOMs or through electricity markets.
For a plant to qualify as captive under the Electricity Rules, 2005, captive users generally must collectively hold at least 26% ownership and consume at least 51% of the electricity generated annually, subject to the applicable rules.
Captive plants are particularly common in electricity-intensive industries such as steel, aluminium, cement, petroleum, fertilisers, chemicals and paper. The 112 plants covered by the current direction include facilities associated with these sectors.
What Is Section 11 of the Electricity Act?
Section 11 gives the appropriate government exceptional powers over electricity generation. During “extraordinary circumstances”, the government can direct a generating company to operate and maintain a generating station according to specified directions.
The Act defines such circumstances to include threats to state security, public order, natural calamities or other circumstances arising in the public interest. Section 11(2) also permits the appropriate electricity regulatory commission to offset the adverse financial impact of such directions on a generating company.
This provision has previously been invoked to increase output from imported-coal and gas-based generating stations during periods of tight electricity supply. What is notable in the present case is its application to a large group of captive coal plants.
Why Is Electricity Demand So High?
The immediate trigger is the unusually strong power demand during September. According to the source report, persistent heat, deficient rainfall and increased electricity demand for irrigation have contributed to higher consumption. Weather conditions associated with El Niño have also been cited as an additional pressure.
The link with rainfall is important. When monsoon rainfall is inadequate, farmers may depend more heavily on electric irrigation pumps, increasing agricultural electricity demand. At the same time, prolonged heat keeps residential and commercial cooling demand elevated.
The government is consequently attempting to extract additional generation from capacity that already exists rather than relying solely on constructing new plants.
CEA and India's Power-Sector Management
The Central Electricity Authority is a statutory body constituted under the Electricity Act and performs important technical and planning functions in India's electricity sector.
In the present order, captive generators must provide the CEA with weekly information on generation, captive consumption, surplus electricity sold, available capacity and coal stocks.
The episode also illustrates India's continuing energy-security challenge. Renewable electricity capacity is expanding rapidly, but solar and wind generation are variable, while electricity demand can rise suddenly because of heat, irrigation requirements and economic activity. Grid management therefore requires a combination of generation sources, transmission capacity, storage, demand management and adequate dispatchable capacity.
Consumer subsidies add another dimension. Free or heavily subsidised electricity can provide important social and agricultural support, but poorly targeted subsidies may weaken DISCOM finances and reduce incentives for efficient electricity and groundwater consumption. The impact therefore depends on subsidy design, targeting and whether state governments compensate DISCOMs adequately, rather than on the existence of subsidies alone.
NHAI's New High-Speed Highway Rules: India's 50,000-km Access-Controlled Road Plan
The National Highways Authority of India (NHAI) has issued comprehensive guidelines for planning and designing high-speed, access-controlled National Highways, seeking to standardise projects that were previously prepared using varying specifications.
The guidelines apply to upcoming four- and six-lane greenfield and brownfield high-speed access-controlled National Highways, other than expressways.
The rules are significant because India plans to develop 50,000 km of access-controlled high-speed corridors under the Viksit Bharat 2047 roadmap.
As of December 2025, operational access-controlled high-speed corridors and expressways totalled 3,052 km, compared with just 93 km in 2014.
What Makes a High-Speed Corridor Different?
An access-controlled highway restricts entry and exit to designated points rather than allowing vehicles, local roads and properties to directly access the main carriageway.
This reduces interruptions and conflicts between fast-moving and local traffic.
Under the new guidelines, intersections with expressways, National Highways, State Highways and important arterial roads will use interchanges and ramps.
Similar connectivity is envisaged for major traffic generators such as airports, ports, industrial areas and Multi-Modal Logistics Parks.
A one-metre-high boundary wall along the corridor's outer edge is intended to prevent encroachment, unauthorised access and entry of stray cattle.
The economic logic is substantial. Roads accounted for about 71% of India's freight modal share in the NITI Aayog estimate cited by the government, compared with 18% for railways and around 2% for inland waterways.
Faster highways can therefore affect freight time, vehicle utilisation, inventory costs and the reliability of supply chains.
Traffic Will Determine How Wide Highways Are
A central feature of the new framework is that highway configuration will be based on traffic assessment rather than a uniform lane formula.
For traffic up to 15,000 PCU, the guideline provides for a four-lane highway with four-lane structures and a 60-metre Right of Way (ROW). Between 15,000 and 25,000 PCU, it provides a four-lane highway but six-lane structures, with a 70-metre ROW. For 25,000–40,000 PCU, both the highway and structures are to be six-lane, again with a 70-metre ROW.
PCU, or Passenger Car Unit, converts different types of vehicles into a common equivalent unit so that mixed traffic can be assessed more consistently.
Importantly, planners must consider not just existing traffic but also generated, induced and diverted traffic. Freight projections are to be linked with economic development and validated using sources such as toll transactions and, where relevant, GST and mining data.
Building six-lane structures even where the initial road is four-lane can also make future expansion easier by avoiding costly reconstruction of bridges and other structures.
ROW, Safety and Technology
Right of Way (ROW) is the total land width reserved for a road corridor, including the carriageway and associated infrastructure such as shoulders, medians, drainage, service facilities and safety provisions.
Protecting this land is especially important for high-speed roads. Encroachments and uncontrolled roadside access can undermine both road capacity and safety.
The guidelines therefore go beyond simply adding lanes. They include improved drainage and rainwater management, landscaping and plantation, advance exit-entry information, access control and technology-enabled construction.
This is important because high-speed road infrastructure must simultaneously address mobility, road safety and environmental sustainability rather than treating speed as the sole objective.
What Is Multi-Lane Free Flow Tolling?
Another major technological shift is Multi-Lane Free Flow (MLFF) tolling.
Unlike conventional toll plazas, MLFF does not require vehicles to stop at physical barriers. Gantries equipped with RFID/FASTag readers and Automatic Number Plate Recognition (ANPR) cameras identify vehicles and process toll transactions as traffic continues moving.
India's first MLFF system became operational at Choryasi on the Surat-Bharuch section of NH-48 in Gujarat on May 1, 2026. NHAI says the system can reduce toll-plaza congestion, travel time, fuel consumption and emissions caused by vehicle idling.
The government has also amended the National Highways Fee Rules in 2026 to create an electronic notice and enforcement mechanism for unpaid tolls, including integration with the VAHAN database.
IIT Delhi researchers build home grown graphics chip for low-cost devices
Researchers at IIT-Delhi claimed to have developed a programmable micro-graphics processing unit (GPU) designed in India, a step they say could eventually enable locally designed graphics hardware for low-cost embedded devices.
The processor is designed for graphics and display applications rather than high-end AI computing, with potential uses ranging from industrial control displays and e-rickshaw navigation systems to educational devices and navigation terminals for small boats.
Currently, all GPUs are imported.
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