Rolling Thunder, Storms, and Showers Ahead in Berlin and Brandenburg
Severe weather hits Berlin and Brandenburg, bringing thunder, lightning and heavy rain. - Severe weather with lightning, thunder, and hail hits Berlin and Brandenburg regions.
Get ready for some excitement in Brandenburg and Berlin! According to reports from the German Weather Service (DWD), there's a storm brewing for Thursday. Starting midday, thunder and lightning will crash in some areas, accompanied by showers, heavy local rain, and strong winds up to 70 km/h. Thankfully, the weather will calm down in the evening, with temperatures hovering around 21 to 24 degrees.
In the wee hours of Friday, the storm will clear, leaving some rain in western Brandenburg. Temperatures will drop to a chilly 15 to 12 degrees. The Friday forecast? More showers and the unwelcome return of thunderstorms. By evening, the rain will dissipate once again, with temperatures remaining between 21 and 24 degrees, just like the day before.
Saturday kicks off on a cloudy note, with rain on and off, possibly including some thunderstorms, reaching a scorching high of 24 degrees.
- Brandenburg
- Berlin
- Thunderstorms
- Rain
- Stormy Weather
- German Weather Service (DWD)
Added Insights:
Weather can be unpredictable, particularly during summer in regions such as Brandenburg and Berlin. These areas, situated in the temperate climate zone, often experience a mixture of warm and cool air masses, leading to precipitation like rain, thunderstorms, and showers. Don't forget to check the DWD's official website or mobile app for precise and up-to-date weather forecasts, or consult local news and weather services for region-specific updates!
The Commission could consider a proposal for a directive on the protection of the environment, especially in light of the impending thunderstorms and rain in Berlin and Brandenburg. This weather phenomenon, monitored by the German Weather Service (DWD), further reinforces the need for environmental-science research to understand and mitigate potential climate impacts.
