India heatwave death toll disputed as activists challenge official figures
With 98 of the world’s 100 hottest cities located in India in late April, the country faces a dual crisis of lethal heat and acute water shortages, raising concerns over governance and public health infrastructure.

India is grappling with severe climatic conditions that have placed immense strain on its population and infrastructure. From mid-April to May 2026, daily maximum temperatures exceeded 46°C across large parts of the country, creating hazardous living and working conditions. The scale of the heat event was underscored in late April, when 98 of the world’s 100 hottest cities were located within India’s borders.
The extreme heat has been compounded by acute water shortages in several regions, further destabilising access to essential resources. In the world’s most populous country, the lack of access to cooling during such extreme weather events can be a matter of life and death, particularly for those without adequate housing or employment protections.
Official government data places the heatwave death toll at 37. However, this figure has been challenged by social activists who argue that the official statistics significantly understate the reality faced by individuals forced to work in scorching temperatures. The discrepancy suggests a potential gap between recorded mortality data and the actual impact on vulnerable populations engaged in outdoor labour.
The convergence of lethal heat and water scarcity highlights systemic vulnerabilities in public health and urban planning. With temperatures remaining dangerously high, the ability of local and national authorities to manage resource distribution and protect workers remains a critical governance issue.
Reporting on the crisis was provided by FRANCE 24 correspondents Navodita Kumari and Fantine Dantzer, who documented the struggle for survival amid the extreme weather conditions. The ongoing dispute over the death toll underscores the difficulty in accurately assessing the human cost of climate-related disasters in densely populated regions.


