The numbers that confirm this feeling are now part of the record. In April 2026, 98 of the world’s 100 hottest cities were located in India. Akola in Maharashtra’s Vidarbha region recorded 46.9°C on April 26. Banda in Uttar Pradesh hit 48°C. Temperatures consistently exceeded 45°C across Madhya Pradesh, Rajasthan, and Haryana for days on end, with daily maximum temperatures above 46°C in many cities. Census workers have died. Voters who stepped out to cast their ballots in the recently concluded West Bengal election have died. A man who boarded a bus to attend a wedding died before he reached his destination.²
The India Meteorological Department (IMD) has warned that east, central, and northwest India are likely to face above-normal heatwave days through at least June. A heatwave in India is officially declared when maximum temperatures reach at least 40°C in the plains and 30°C in hilly regions, and are 4.5°C to 6.4°C above normal, or touch 45°C outright. A severe heatwave is declared when the departure from normal exceeds 6.4°C, or when actual maximum temperature reaches 47°C or above. By those measures, India has not been experiencing a heatwave this season. It has been experiencing a sustained national emergency.³
India’s average temperature has already risen by approximately 0.9°C between 1901 and 2024. The year 2024 was officially the hottest ever recorded, both globally and in India. The 2025 global mean temperature registered 1.43°C above pre-industrial levels – the second warmest on record. The World Weather Attribution network, which has undertaken multiple attribution studies on South Asian heat events since 2016, confirms a well-established and robust link between anthropogenic climate change and the increasing frequency, intensity, and duration of extreme heat events in this region. Each year’s record is not an anomaly. It is the new baseline from which the next record will be set.⁴
Heat rarely reaches a death certificate. Its victims are logged mostly as heart attacks, kidney failure, or old age. A 30-year-old migrant textile worker named Anujkumar Shah collapsed in Surat on his way home from the unit where he worked and died shortly afterwards at a nearby hospital, severely dehydrated from prolonged exposure to direct sunlight. Two schoolteachers in Odisha died of heatstroke while carrying out Census-related work. Four deaths were reported during polling in West Bengal. A 20-year-old man in Bidar district and a 35-year-old government officer in Belagavi – both in Karnataka – are suspected to have died from heatstroke in March. These are only the cases that made it to the news.⁵
The official numbers, assembled from three separate and incompatible government systems, tell a story of institutional confusion as much as of heat. The National Centre for Disease Control recorded 3,812 heatstroke deaths between 2015 and 2020. For the same period, the National Crime Records Bureau put the figure at 8,171. The India Meteorological Department’s own annual reports recorded 3,436 deaths from heatwave during those years. Three agencies. Three methodologies. Three wildly different counts – differing from each other by a factor of more than two.⁶
The Union Health Ministry recorded approximately 360 heatstroke deaths between March and July 2023; independent trackers combing news reports counted 733 for the same period – more than double the official figure. In 2024, India reported over 40,000 suspected heatstroke cases and 110 confirmed deaths. Over the entire period from 2015 to 2020, the NCDC tracked 3,812 deaths. The NCRB tracked 8,171 for the same years. The gap between what the government records and what is actually happening on the ground is not a data problem. It is a policy choice.⁷
There is growing and pointed criticism from scientists, journalists, and public health experts that India’s heat data systems are fragmented, inconsistent, slow, and deliberately opaque. The IMD itself faced acute scrutiny in 2024 when it blamed a ‘faulty sensor’ for an erroneous temperature recording of 52.9°C on May 29 – a reading that, had it been accurate, would have placed Indian cities beyond the threshold of human physiological survival. The credibility of the system that is supposed to warn and protect the public is being undermined by the same institutional culture of deflection that prevents accurate counting of the dead.⁸
* Piyush Narang and Ashok Gadgil, India Energy and Climate Centre, UC Berkeley – Frontiers in Environmental Health, 2026
THE NUMBERS INDIA IS NOT OFFICIALLY COUNTING
The most important new data in understanding India’s heat mortality was published in May 2026 in the journal Frontiers in Environmental Health. Researchers Piyush Narang and Ashok Gadgil of the India Energy and Climate Centre at the University of California, Berkeley, adapted heat-mortality risk measured across 10 Indian cities and extended it to all 765 districts — the first India-wide picture of heat mortality at district resolution ever produced. Their central findings reframe the entire policy conversation.⁹
A single day of extreme heat causes approximately 3,400 excess deaths nationally. A five-day heatwave causes nearly 30,000. Uttar Pradesh alone accounts for more than 8,000 of those deaths in a single five-day event – more than any other state. Bihar follows at approximately 3,600. Then Madhya Pradesh (2,960), Rajasthan (2,660), and Gujarat (2,350). Together, these five states bear approximately 66 percent of the national toll, while holding 43 percent of India’s population and producing just 29 percent of its GDP. That 2.3-fold disproportion between mortality burden and economic capacity is not a demographic accident. It is the structural signature of a crisis that falls hardest on those with the least capacity to absorb it.¹⁰
At the district level, the concentration is sharper still. Ahmedabad tops the ranking with an estimated 307 excess deaths in a single five-day heatwave, ahead of Jaipur (265) and Surat (261). Prayagraj, Patna, Lucknow, and Kanpur Nagar each exceed 190. A single district can lose more people in five days than several states report from heat in an entire year. The top 100 most-exposed districts – home to roughly one-third of India’s population – account for 44 percent of projected five-day heatwave excess deaths.¹¹
The researchers are explicit about what this demands: federal adaptation investment under the National Disaster Management Authority and the National Action Plan on Climate Change should be weighted toward high-burden, low-GDP states rather than allocated in proportion to population or administrative capacity. India built its heat defences city by city – Ahmedabad’s heat action plan, drawn up after a lethal 2010 wave, became the national model – but this approach skips the rural, low-income districts that the numbers identify as most exposed. The map of where the next heatwave will be deadliest now exists. Whether India’s defences follow it is the harder question.¹²
The health consequences of prolonged extreme heat extend far beyond heatstroke. Rapid rises in heat gain compromise the body’s ability to regulate temperature, producing a cascade of conditions: heat cramps, heat exhaustion, heatstroke, and hyperthermia. Deaths and hospitalisations can occur on the same day, or carry a lagged effect of several days. Even small departures from seasonal average temperatures are associated with increased illness and death. And the consequences compound: temperature extremes worsen cardiovascular disease, respiratory conditions, cerebrovascular disease, and diabetes – the top causes of death globally.¹³
Harvard’s South Asia Institute identified a physiological threshold that frames the entire crisis. The human body can only handle so much heat before it can no longer cool itself. That limit is a wet-bulb temperature of 35°C – the point above which even a young, healthy person resting in shade with ample water and skin coated in sweat would experience a continual rise in core temperature, leading to death from heatstroke within hours. Nearly 380 million Indians already live in conditions that approach or exceed this threshold. As the climate warms further, that number will grow.¹⁴
The indirect consequences compound the direct. Heat alters human behaviour, changes the transmission of infectious diseases, degrades air quality, and disrupts critical infrastructure – energy, transport, and water – precisely when demand for all three is highest. In 2026, record-high electricity demand surged across India as cooling needs peaked, straining the grid. Power cuts followed. The air conditioning that insulates the wealthy from the heat consumes the power that the system cannot supply, and when the grid fails, the heat becomes lethal even in the homes of those who could otherwise afford escape. Agricultural drought conditions in 2026 affected over one million square kilometres, pushing food production and livelihoods under simultaneous pressure from both ends.¹⁵
In the southern states of Andhra Pradesh and Telangana, more than 100 people died within three days of an intense heatwave. Andhra Pradesh alone reported 325 suspected heatstroke cases between March 1 and May 19, with roughly a third reported in the first three weeks of May alone. Hospitals in parts of India saw patients with diarrhoea and dehydration line up in queues. Water shortages emerged in Gujarat. Two critical heatstroke patients were admitted to a state-run hospital in Delhi. These are the visible surface of a crisis whose true depth the official data systems are structurally incapable of measuring.¹⁶
The heat pummelling India’s megacities is not experienced equally. It is reinforcing longstanding inequalities of caste, class, and gender with the blunt force of physics. One India moves from an air-conditioned bedroom to an air-conditioned car to an air-conditioned office. For this India, heat is a weather notification – an inconvenience discussed over iced coffee. For the other India, heat is a wage cut, a fever, a fainting spell, a dead crop, a medical emergency arrived without warning and without insurance.¹⁷
It is the delivery rider waiting at a red light with sweat running into his eyes, unable to wipe his face because his hands are on the handlebars. It is the construction worker tying steel rods under a white sky, losing water faster than he can drink. It is the woman in a tin-roofed room trying to cook lunch while the roof cooks her from above. It is the street dog digging beneath a parked car for one cool patch of dust. It is the bird sitting with its beak open, too tired to sing. These are not metaphors. They are the population that a five-day heatwave kills 30,000 of, unreported.
The International Labour Organisation estimates that by 2030, India could lose the equivalent of 35 million full-time jobs because of heat stress. The World Bank has found that 75 percent of India’s workforce – approximately 380 million people – depends on heat-exposed labour, at times working in potentially life-threatening temperatures. Lost labour productivity from rising heat and humidity could put up to 4.5 percent of India’s GDP at risk by the end of this decade. Falling productivity from extreme temperatures may already be costing India 5.4 percent of its GDP annually, according to the Climate Transparency Report. The economy and the body are being depleted simultaneously.¹⁸
The 16th Finance Commission has recommended that heatwaves be notified as national disasters – a long-overdue recognition. But getting funds out of this government to mitigate heat deaths, or to compensate the families of victims, involves red tape that can reduce experienced administrators to despair. Heat Action Plans exist in 23 states. The plans acknowledge the problem. What they frequently lack is the funding, the enforcement, and the political urgency to act on it before the next wave arrives.¹⁹
Extreme heat does not arrive in a vacuum. It arrives into cities that have replaced trees with glass towers, wetlands with concrete, shaded footpaths with open asphalt, and lakes with parking lots. Every such substitution raises the local surface temperature. Glass towers reflect and concentrate radiant heat. Concrete stores it through the night, preventing the cooling that would otherwise arrive after sundown. Cities that strip their green cover are manufacturing heat as much as they are experiencing it. The Urban Heat Island (UHI) effect – in which urban areas run 3 to 5°C hotter than surrounding rural zones – is no longer a theoretical phenomenon in India. It is the daily lived reality of its largest cities.²⁰
The rest of the world, facing the same warming trend, has turned to green cover – trees, wetlands, biodiversity – as central to mitigating an increasingly hot planet. In India, the trajectory runs in the opposite direction. In Nashik, heritage banyan trees that have stood for decades are being cut down despite public protests. In Pune, old trees are making way for a four-lane highway. In Bengaluru, trees are being removed for a metro line. In Kashmir – which has never in living memory experienced such heat – mulberry, walnut, and chinar trees are being felled for wider roads and ‘smarter’ cities. These are not isolated decisions. They are a policy direction, and its consequences are measured in temperature.²¹
The railway system is not immune. In Uttar Pradesh in April 2026, the intersection of record-breaking heat with ageing infrastructure produced a cluster of serious incidents. On April 6, smoke detected aboard the Okha-Guwahati Express near Kanpur caused passengers to panic and jump onto adjacent tracks, where they were struck by an oncoming train. On April 9, fire broke out in two AC coaches of the Rajdhani Express near Mathura Junction — detected in time to prevent casualties, but a warning of what dry vegetation alongside tracks, extreme ambient heat, and ageing rolling stock produce in combination. These are climate-linked infrastructure failures, not random accidents.²²
*Al Jazeera opinion, May 22, 2026 – ‘India is being left to die in the heat’
In 2014, when Prime Minister Narendra Modi came to power, he alarmed India’s scientific and research community by denying climate change with a candour that was unusual even by the standards of climate scepticism. ‘Climate has not changed,’ he told students. ‘We have changed. Our habits have changed.’ A prime minister who does not believe in climate change will not be an ally in the fight against extreme weather events. Twelve years on, that prophecy has been fulfilled with grim precision.²³
The Modi administration has done nothing to transparently record annual heat-related deaths. It has implemented Heat Action Plans only after temperatures have remained above 40°C for 40 consecutive days – well past the point at which preventive action remains possible. When the action plan finally arrived, it arrived as a branding exercise: government officials were filmed forcefully wiping citizens’ faces with towels of unknown provenance, and the newly unveiled ‘cooling points’ across the national capital were plastered with the Prime Minister’s face. The taxpayer-funded heatwave action plan joined demonetisation, the abrogation of Article 370, and COVID-19 vaccine certificates as the latest addition to a loyalty programme that expects the public to remain grateful for its own survival.²⁴
The data accountability failure is inseparable from the political accountability failure. India does not maintain a nationally representative source for data on heatstroke and heat-related deaths. The NCRB, NCDC, and IMD each maintain separate and incompatible datasets whose figures for the same period diverge by a factor of more than two. The country’s heat defences were built city by city – Ahmedabad’s plan, drafted after 2010, became the national model – but the approach leaves unprotected precisely the rural, low-income districts where the mortality burden is heaviest. This is not bureaucratic inertia. It is structural neglect, optimised for a political economy that finds it easier to manage the optics of a crisis than to address its causes.²⁵
The heatwave dominating India’s headlines this summer is concentrated in the north and centre. But in Northeast India – in Assam and the Brahmaputra Valley – the climate emergency takes a different and in some ways more alarming form. It is not the furnace of Banda or Jaipur. It is a state being squeezed from both ends of the thermometer simultaneously: warming temperatures, accelerating glacial melt upstream, and more violent, more erratic flooding downstream. The communities absorbing this convergence are the indigenous peoples of the valley – the Mising, Bodo, Karbi, Dimasa, and dozens of others — who have spent centuries developing adaptive systems for living with the Brahmaputra, and who are now watching those systems pushed beyond their operational limits.²⁶
The engine of Assam’s crisis lies in the Eastern Himalayas – the Third Pole – where glaciers are warming at approximately 0.3°C per decade, consistently faster than the global average. A 2023 ICIMOD assessment found that at 3°C of global warming, Eastern Himalayan glaciers will lose up to 75 percent of their ice volume by 2100. The Brahmaputra basin has warmed by approximately 0.90°C between 1986 and 2015 alone. Accelerated spring glacier melt is now coinciding with early monsoon arrivals, producing synchronous peak flows – compound hydraulic surges for which no embankment was designed. The state loses approximately 8,000 hectares of fertile agricultural land to riverbank erosion every single year, and over seven decades has permanently lost more than 4.27 lakh hectares to the river. An estimated 7,000 families are uprooted annually.²⁷
The indigenous communities of the valley built their resilience into the landscape over generations. The Mising people’s Chang Ghar – a stilt house whose modular bamboo construction allows floodwaters to pass beneath and the entire structure to be relocated within days – is among the most sophisticated vernacular responses to flood risk ever engineered. The Bodo’s Dong-Bandh irrigation network, governed by community committees that ensure equitable water distribution, is a working model of what Nobel laureate Elinor Ostrom called polycentric governance of common-pool resources. The Karbi’s traditional Jhum cycle, operating on a 15 to 20-year rotation, was effectively carbon-neutral – a long-fallow agroforestry system that sequestered carbon, maintained biodiversity, and preserved food sovereignty simultaneously.²⁸
These systems are now under simultaneous pressure from climate change and from the land alienation and territorial compression that prevent communities from practising them. The Jhum cycle has been forced down to 3 to 5 years in many areas – too short for forest regeneration. The Chang Ghar’s flood elevations are being regularly breached by unprecedented peak flows. The Dong-Bandh canals are fed by hill streams that are drying in winter and flooding destructively in summer. Cotton cultivation among the Mising has declined by 85 percent since the mid-twentieth century. The dye plants used by Dimasa weavers are shifting northward with warming temperatures, taking with them colours that encode kinship systems and historical memory.²⁹
In February 2026, the Asian Development Bank approved $182 million in additional financing for the Climate Resilient Brahmaputra Integrated Flood and Riverbank Erosion Risk Management Project in Assam – supplementing a $200 million investment approved in October 2023. The project will construct 63.5 kilometres of riverbank protection structures, introduce pro-siltation engineering, and strengthen flood forecasting and early warning systems. This is a meaningful shift from pure embankment logic toward risk-informed management. But it remains primarily an engineering response to what is also a governance and cultural crisis – one that requires the formal recognition of indigenous territorial rights, the integration of traditional ecological knowledge into state flood management, and the land security without which adaptive communities cannot practise the systems that have sustained them.³⁰
The architecture of a rational response to India’s heatwave emergency is not mysterious. The science is not ambiguous. What is missing is the political will to build it, and the institutional honesty to acknowledge what it will cost.
Count the dead accurately
India requires a single, unified, nationally representative heat mortality tracking system that classifies heat-related deaths correctly at the point of medical certification – not a patchwork of three incompatible datasets maintained by separate agencies using different methodologies. The gap between 3,812 deaths and 8,171 deaths for the same five-year period is not a statistical margin of error. It is the difference between a government that knows what is happening and one that has chosen not to.
Weight adaptation funding toward the most exposed
The UC Berkeley study’s central policy recommendation is straightforward: federal adaptation investment – under the NDMA and the National Action Plan on Climate Change – must be weighted toward high-burden, low-GDP states rather than distributed by population or administrative capacity alone. The five states that bear 66 percent of excess heatwave deaths produce only 29 percent of India’s GDP. They cannot self-fund the cooling shelters, water points, hospital capacity, and early warning systems that would keep their populations alive. This is the arithmetic of climate justice.
Plant trees – and stop cutting them
Every tree felled in Nashik, Pune, Bengaluru, or Srinagar is a measurable increase in local temperature. The Khasi sacred groves of Meghalaya store up to 200 tonnes of carbon per hectare and stabilise hill terrain against intensifying monsoon erosion. The Bodo’s wetland management of Deepor Beel near Guwahati maintains the city’s natural water retention. These are not cultural artefacts. They are functioning climate infrastructure. The replacement of this infrastructure with asphalt and glass is a policy choice with a body count, and it can be reversed.
Protect outdoor workers
With 380 million Indians working in heat-exposed conditions, enforceable protections for outdoor workers -mandatory rest periods, shade requirements at work sites, hydration provisions, and heat emergency protocols – are the single intervention with the most direct and immediate effect on the communities bearing the highest mortality burden. These protections exist in other heat-affected countries. Their absence in India is not an oversight. It is a political choice.
Treat indigenous knowledge as climate infrastructure In the Brahmaputra Valley and across Northeast India, the adaptive systems of indigenous communities – stilt architecture, polycentric water governance, long-cycle agroforestry – represent centuries of empirical climate intelligence. They need land security to function, legal recognition to be protected, and integration into state climate adaptation planning to be scaled. The ADB’s $382 million investment in Assam is welcome. It becomes transformative only when it is paired with the governance reforms that allow the communities who understand the river best to participate in managing it.
India did not arrive at this point by accident. It arrived here by a sequence of decisions: trees felled for roads, lakes filled for construction, data systems designed to undercount inconvenient deaths, a political culture that treats climate adaptation as a branding opportunity rather than a governance obligation, and a decade of leadership by a prime minister who told students that climate has not changed.
The country now has a UC Berkeley study that maps where the next heatwave will be deadliest. It has a Finance Commission recommendation that heatwaves be classified as national disasters. It has 23 state Heat Action Plans. It has ICIMOD projections that show what will happen to the Brahmaputra if the Eastern Himalayan glaciers lose 75 percent of their volume. It has communities in the Brahmaputra Valley who have practised climate adaptation for centuries and need only land rights and recognition to continue doing so. What it does not yet have is a government willing to treat any of this as more urgent than the next camera opportunity.
The collective wisdom India has accumulated from surviving demonetisation, the abrogation of Article 370, and the COVID-19 lockdowns has converged on a single, grim conclusion: we are on our own. For the delivery rider at the red light, the construction worker under the white sky, the Mising family watching their stilt house floor fill with sand, and Anujkumar Shah’s family in Surat – they always were.
The grill was built. The question now is whether enough people with enough power are willing to dismantle it – or whether the country continues to adjust to the smoke until adjusting is no longer an option.
REFERENCES
[1] ‘Barbecue Nation’ – original essay on India’s 2026 heatwave. Author’s observation. Al Jazeera Opinion, May 22, 2026: ‘India is being left to die in the heat.’
[2] India Meteorological Department (IMD), April–May 2026 heatwave bulletins. Al Jazeera, 2026. Times of India, April 2026: daily maximum temperatures above 46°C across multiple cities.
[3] IMD official criteria for heatwave and severe heatwave declaration (plains and hilly regions). IMD seasonal outlook, May 2026.
[4] IMD: India’s average temperature rise, 1901–2024 (0.9°C). WMO State of the Global Climate 2025: 1.43°C above pre-industrial levels. World Weather Attribution network: attribution studies on South Asian heat events (2016, 2022, 2023, 2024). Van Oldenborgh et al. (2018), peer-reviewed attribution study.
[5] Reuters dispatch on heatstroke cases and deaths: Anujkumar Shah, Surat; Odisha Census workers; West Bengal election deaths; Karnataka heatstroke deaths. ‘India records over 300 suspected heatstroke cases as summer temperatures spike.’
[6] India’s fragmented heat mortality data systems: NCDC (3,812 deaths, 2015–2020, obtained under RTI Act); NCRB (8,171 deaths, same period, cited in Parliament by Union Earth Sciences Minister Jitendra Singh); IMD annual reports (3,436 deaths, same period). ‘Why Can’t India Get its Heatwave Mortality Data Right?’ investigative report.
[7] Union Health Ministry: 360 heatstroke deaths, March–July 2023 (official). Independent trackers (news reports): 733 deaths, same period. 2024 data: 40,000+ suspected cases; 110 confirmed deaths (official).
[8] IMD ‘faulty sensor’ controversy: 52.9°C reading, May 29, 2024. Al Jazeera Opinion, May 22, 2026. Public health experts’ criticism of fragmented, opaque heat data systems.
[9] Narang, P. & Gadgil, A. (2026). ‘Estimating heatwave-induced excess mortality in India’s districts.’ Frontiers in Environmental Health, 5: 1789071. DOI: 10.3389/fenvh.2026.1789071. India Energy and Climate Centre, UC Berkeley.
[10] Narang & Gadgil (2026), ibid. District-level mortality risk mapping: UP (8,056 excess deaths per five-day event), Bihar (3,600), MP (2,960), Rajasthan (2,660), Gujarat (2,350). Five-state share: 66% of national toll, 29% of GDP.
[11] Narang & Gadgil (2026), ibid. Top district rankings: Ahmedabad (307), Jaipur (265), Surat (261), Prayagraj, Patna, Lucknow, Kanpur Nagar (each exceeding 190 excess deaths per five-day event).
[12] Narang & Gadgil (2026), ibid. Policy recommendation: federal adaptation investment weighted toward high-burden, low-GDP states. Ahmedabad Heat Action Plan (post-2010) as national model.
[13] WHO: Heat and Health (health impacts of extreme heat). IPCC AR6, Working Group II: health impacts of extreme heat events in South Asia. Seneviratne et al. (2021), cited in IPCC AR6.
[14] Harvard South Asia Institute white paper: wet-bulb temperature threshold (35°C); 380 million Indians approaching or exceeding physiological limits.
[15] The Wire, 2026: record electricity demand surge during India heatwave. GDACS, 2026: agricultural drought conditions affecting over 1 million sq km. ILO: projected loss of 35 million full-time jobs by 2030 from heat stress.
[16] Khaleej Times: 100+ deaths in Andhra Pradesh and Telangana within three days. Andhra Pradesh Health Department: 325 suspected heatstroke cases, March 1–May 19. Delhi state-run hospital: two critical heatstroke admissions. Gujarat water shortages: ANI visuals.
[17] ‘Barbecue Nation’ – original essay. Al Jazeera Opinion, May 22, 2026.
[18] ILO: 35 million full-time job losses projected by 2030 (heat stress). World Bank: 75% of India’s workforce (380 million) in heat-exposed labour; 4.5% GDP at risk by 2030. Climate Transparency Report: 5.4% GDP already being lost annually to heat-related productivity decline.
[19] 16th Finance Commission: recommendation to notify heatwaves as national disasters. NDMA: 23 states with Heat Action Plans.
[20] Urban Heat Island effect: 3–5°C differential between urban and rural areas. Climate Central: UHI mitigation data. Mumbai: 15 additional warm nights per decade; Bengaluru: 11; Delhi: 6 (NTV English / IMD data).
[21] Al Jazeera Opinion, May 22, 2026: tree-felling in Nashik (banyan trees), Pune (highway), Bengaluru (metro), Kashmir (road widening).
[22] Railway incidents, Uttar Pradesh, April 2026: Okha-Guwahati Express, Kanpur (April 6); Rajdhani Express fire, Mathura Junction (April 9). UP ATS terror plot foiled (April 8). Advisory on heat and fire risk along rail corridors.
[23] Prime Minister Modi, 2014: ‘Climate has not changed. We have changed. Our habits have changed.’ – widely reported speech to students. Al Jazeera Opinion, May 22, 2026.
[24] Al Jazeera Opinion, May 22, 2026: Heat Action Plan branding, cooling points plastered with PM’s face, face-wiping cameras. Pattern: COVID certificates, demonetisation, Article 370.
[25] Fragmented data systems: NCRB, NCDC, IMD (see note 6). Ahmedabad model as national template: Narang & Gadgil (2026).
[26] Assam Climate Change Management Society (ACCMS): State Action Plan on Climate Change. Author’s Assam material and indigenous knowledge documents.
[27] ICIMOD (2023): Eastern Himalayan glaciers, 75% ice volume loss at 3°C warming. ACCMS: Brahmaputra basin warming 0.90°C, 1986–2015. Assam Water Resources Department: 8,000 ha lost annually; 4.27 lakh ha total loss. Parliamentary records (Lok Sabha): 7,000 families uprooted annually.
[28] Das, D. & Gogoi, G. (2021): Chang Ghar / Mising adaptive architecture. Asian Ethnicity, 22(3). Bora, P.K. & Das, A.K. (2019): Dong-Bandh system. Journal of Ethnobiology and Ethnomedicine. Ostrom, E. (1990): Governing the Commons. Phukan, U. (2020): Jhum cultivation, Karbi Anglong. Economic and Political Weekly, 55(14).
[29] Mising Ba:né Kébang (1956/2024): Agricultural protocols. Cotton cultivation decline: 85% reduction (Census of India / Mising community records). Albrecht, G. et al. (2007): Solastalgia. Australasian Psychiatry, 15(S1).
[30] Asian Development Bank (February 10, 2026): $182 million additional financing, Climate Resilient Brahmaputra Integrated Flood and Riverbank Erosion Risk Management Project. https://www.adb.org/news/adb-approves-182-million-loan-scale-flood-and-erosion-management-along-brahmaputra-assam
[31] Headline photo: NDTV
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