Heatwaves in Spain Caused 1,180 Deaths in past Two Months, Ministry Says

Reuters

11:27 JST, July 15, 2025

Amends number of deaths in same period last year to 114 (not 70) in paragraph 5 following revised ministry statement

MADRID, July 14 (Reuters) – High temperatures caused 1,180 deaths in Spain in the past two months, a sharp increase from the same period last year, the Environment Ministry said on Monday.

The vast majority of people who died were over 65 and more than half were women, the data it cited showed.

The most affected regions were Galicia, La Rioja, Asturias and Cantabria – all located in the northern half of the country, where traditionally cooler summer temperatures have seen a significant rise in recent years.

Like other countries in Western Europe, Spain has been hit by extreme heat in recent weeks, with temperatures often topping 40 degrees Celsius (104 degrees Fahrenheit).

The 1,180 people who died of heat-related causes between May 16 and July 13 compared with 114 in the same period in 2024, the ministry said in a statement citing data from the Carlos III Health Institute. The number of deaths increased significantly in the first week in July.

The data shows an event “of exceptional intensity, characterized by an unprecedented increase in average temperatures and a significant increase in mortality attributable to heatwaves”, the ministry said.

In the period the data covers, there were 76 red alerts for extreme heat, compared with none a year earlier.

Last summer, 2,191 deaths were attributed to heat-related causes in Spain, according to data from the Carlos III Health Institute.

The data from Spain follows a rapid scientific analysis published on July 9 that said around 2,300 people died of heat-related causes across 12 European cities during a severe heatwave in the 10 days to July 2.

It was not immediately clear whether the study conducted by scientists at Imperial College London and the London School of Hygiene and Tropical Medicine was using the same methodology as the Spanish data.