Storms in Gnesau: Dramatic flooding and mudslides!

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Severe storms in Gnesau: flooding and mudslides required the deployment of 60 firefighters on June 15, 2025.

Schwere Unwetter in Gnesau: Überflutungen und Murenabgänge erforderten den Einsatz von 60 Feuerwehrkräften am 15. Juni 2025.
Severe storms in Gnesau: flooding and mudslides required the deployment of 60 firefighters on June 15, 2025.

Storms in Gnesau: Dramatic flooding and mudslides!

On June 15, 2025, a violent regional thunderstorm occurred in the municipality of Gnesau, Carinthia, which had a significant impact on the town center. Loud Click Carinthia The storm lasted around 50 minutes and led to flooding on Turracher Straße (B 95), which had to be temporarily closed. Cellars were full of water and the fire department was called upon to repair the damage.

Several fire departments, including Gnesau, Himmelberg and Zedlitzdorf, were deployed with a total of 12 vehicles and 60 emergency services to deal with the consequences of the storm. The mudflow in the Kircherbach, south of Gnesau, was particularly serious. Fortunately, there were no injuries, but the situation required quick action by rescue workers. The Sattendorf/Ossiacher See water rescue service also had to rescue a surfer from a stormy situation.

Weather forecasts and extreme weather

For the day after the storm, June 16th, meteorologists are forecasting rainy weather and the coldest day of the week with maximum temperatures of up to 25 degrees crown reported. These extreme weather conditions are related to current knowledge about climate change.

Loud DWD Experts are working on the classification of meteorological extreme events in order to improve risk prevention against heavy rain. The climate projections show that extreme weather events, particularly heavy rainfall, will increase in the coming years. These changes represent increasing challenges for civil protection as well as urban and spatial planning.

The results of the “Classification of extreme meteorological events” project make it clear that precipitation in warmer environments increasingly occurs in the form of small-scale heavy rain, which can potentially cause greater damage. In particular, locally varying factors such as topography and the degree of urbanization are crucial for how severely those affected are affected by such weather phenomena. Therefore, further development of the collection of operational data is essential for the future.

Overall, the event in Gnesau shows how urgent measures are to improve disaster preparedness and civil protection, especially with regard to the upcoming extreme weather events.