Saudi Arabia - Update 5:00 PM | Increasing chances of thunderstorms over Al-Qassim region The time is coming, God willing

Written By محمد عوينة on 2022/04/23

This article was written originally in Arabic and is translated using a 3rd party automated service. ArabiaWeather is not responsible for any grammatical errors whatsoever.

Arab weather - the rain radar shows the movement of quantities of thunderclouds eastward towards the Qassim region, and it is expected to directly affect large parts of the Qassim region, including Buraidah and Unayzah.

 

These thunderclouds are accompanied by rainfall of varying intensity, which is heavy in several periods, and as a result, it is feared that torrential rains and the flow of valleys will form in some areas, in addition to the activity of downward winds and the accompanying decrease in the range of horizontal visibility.

This article was written originally in Arabic and is translated using a 3rd party automated service. ArabiaWeather is not responsible for any grammatical errors whatsoever.


Browse on the official website



A cold air mass affects the north of the Kingdom, and there will be very cold nights in those areas in the coming days.A high pressure system will cause successive increases in temperatures in several Saudi regions in the coming days.A strong high pressure system continues to affect large parts of Europe, with temperatures warmer than average.Polar Vortex Strengthens, Bringing Cold Wave to US, Temperatures Drop to 50 Below ZeroHeavy snow covers the highlands of the Maghreb, and the continuation of the low pressure system is met with stability in the Arab LevantDeep air depression and snow at the end of the week in the Maghreb and stable weather in the eastern MediterraneanA series of polar depressions and increasing activity in Atlantic storms in the coming periodSnowstorms continue in several US states while California witnesses the hell of firesThe absence of low pressure systems in the eastern Mediterranean affects the temperature of the water surface. How is that?