Jordan - updated at 6:40 pm | Monitoring thunderclouds in the vicinity of the city of Aqaba and high chances of thunderstorms in the coming time

2023-01-03 2023-01-03T15:56:31Z
هشام جمال
هشام جمال
كاتب مُحتوى جوّي

Weather of Arabia - Weather monitoring systems in the Arab Regional Weather Center monitor the formation of thunderclouds in the areas surrounding the city of Aqaba, including the southern part of the Aqaba district in the border region, in addition to parts of the southern coast, accompanied by showers of rain of varying intensity.

In the coming hours, it is expected that thunderclouds will extend towards the city, accompanied by rainfall of varying intensity, with an alert of a rise in the water level in some areas.

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.
See More
Related News
Pleasant spring weather for outdoor activities this weekend. Check out a list of temperatures for the most important tourist destinations.

Pleasant spring weather for outdoor activities this weekend. Check out a list of temperatures for the most important tourist destinations.

The Kingdom will be affected by a mild air mass during the rest of the week, with spring weather during the day and cold weather at night.

The Kingdom will be affected by a mild air mass during the rest of the week, with spring weather during the day and cold weather at night.

The continued high activity of the Khamaseen depressions in the region, which portends more weather and temperature fluctuations.

The continued high activity of the Khamaseen depressions in the region, which portends more weather and temperature fluctuations.

With the arrival of spring, the Siberian high pressure system, one of the main causes of the severe cold waves in recent months, begins to collapse.

With the arrival of spring, the Siberian high pressure system, one of the main causes of the severe cold waves in recent months, begins to collapse.