Verified GCC Intelligence EN / العربية
Gulf Pulse Verified GCC Intelligence
Climate

Civil Defense urges caution as thunderstorms forecast in a number of Saudi regions through Monday

Saudi Arabia's General Directorate of Civil Defense has advised the public to remain cautious and stay away from valleys, floodwaters, and swimming areas, as thunderstorms and varied rainfall are expected across several regions of the Kingdom through Monday.

AI-generated editorial illustration for GulfPulse News coverage of Civil Defense urges caution as thunderstorms forecast in a number of Saudi regions through Monday.
AI-generated editorial illustration for GulfPulse News. Not a documentary photograph. · AI-generated editorial illustration / Gulf Pulse
Saudi Arabia 1 min read

How this article was produced

Sources checked
1
Last verified
Not available
Editorial status
Published · Human approved

The General Directorate of Civil Defense has warned residents in Saudi Arabia to exercise vigilance and prioritize safety due to anticipated thunderstorms across several areas of the country from Wednesday until Monday. Officials have advised the public to stay in secure locations, avoid valleys and water-accumulation zones, and refrain from swimming in floodwaters. Additionally, the public is urged to closely follow safety guidelines distributed through media and social networks.

According to predictions from the National Center for Meteorology, the Makkah region is set to experience moderate to heavy rains, potentially leading to floods, hail, and dusty winds. Areas such as Taif, Maysan, Adham, and Al-Ardiyat are included in this heavy rain warning, while Makkah city, Al-Kamil, Al-Jumum, Bahrah, Allith, and Qunfudhah expect lighter showers. Similar conditions of heavy rainfall, hail, and dust-inducing winds are forecast for Al-Baha, Jazan, and Asir. Meanwhile, the regions of Madinah and Najran are anticipated to experience light to moderate precipitation.

Sources

Original sources

1
Saudi Gazette - Saudi Arabia
saudigazette.com.sa
Reviewed source
Open original source
Report an error