A record heatwave swept across France in late May 2024, with temperatures topping 44°C in some regions [1].

The extreme weather forced major tourist landmarks to alter operations and raised public health concerns. The intensity of the heat recalled the 2003 European heatwave, which caused an estimated 22,000 deaths [2].

In the southwestern town of Pissos, officials recorded a maximum temperature of 44.3°C [1]. The heat extended into the capital, where temperatures in Paris reached approximately 40°C [1]. In other parts of the region, such as Mora, Portugal, temperatures hit 40.3°C on May 27, 2024 [3].

The surge in temperature disrupted the city of Paris. The Eiffel Tower saw temperatures reach 42.1°C [1]. In response to the conditions, authorities shortened the opening hours for the Eiffel Tower, and the Louvre [1]. Some reports indicated that the Eiffel Tower faced emergency closures [4].

Tourists expressed surprise at the intensity of the weather. A couple on their honeymoon from Japan said it was much hotter than Japan and that they had expected it to be cooler [1].

Bloomberg reported that the 2024 heatwave resulted in multiple deaths in France [5]. The extreme weather was driven by a persistent high-pressure system over Western Europe, which produced unprecedented heat and prompted emergency warnings [3, 6].

While some reports highlighted the extreme peaks, other data showed variability. For instance, Paris recorded 33°C on May 28, 2024 [3].

“The intensity of the heat recalled the 2003 European heatwave, which caused an estimated 22,000 deaths.”

The recurrence of extreme temperature peaks in France suggests a pattern of increasing climate volatility in Western Europe. By triggering emergency measures at global landmarks and resulting in reported fatalities, these events demonstrate that existing urban infrastructure and public health protocols may still be insufficient to handle the scale of modern heatwaves, especially when compared to the catastrophic benchmarks of 2003.