Sultanate of Oman | The chances of rain will improve on the Hajar Mountains and the surrounding areas during the coming days.. Details of the areas covered

Arab Weather - After local formations have receded over the past few days in narrow geographic ranges, the latest weather updates dealing with Arab weather indicate an expected improvement in the extent and intensity of local formations on the Hajar Mountains on Monday, while the improvement will be more evident on Tuesday and Wednesday, God willing, and following are the details :

The intensity of the rain and the areas covered by it in the coming days

Heavy rain sometimes accompanied by heavy hail

In the details, moist air currents rush towards the Sultanate’s airspace on Monday, to continue opportunities for local formations in narrow geographic ranges of the Hajar Mountains with their concentration on the middle stone, and as of Tuesday, the severity and patchiness of unstable weather conditions, to include large parts of the Hajar Mountains with the concentration of Thunder clouds and their intensity over the governorates of Al Dhahirah and Al Dakhiliyah and to a lesser extent Al Buraimi , extending during the afternoon and evening hours towards the surrounding areas and desert areas, and the rains will be of varying intensity, sometimes heavy and accompanied by hail and thunder at times.

On the other hand, the Dhofar Autumn activity is expected to continue, and the autumn clouds intensify on the coasts of Dhofar and the city of Salalah in the coming days, coinciding with the continuation of temperatures below their normal levels, God willing.

And Arabia Weather warns during the impact of thunderclouds:

• Intensity of thunderstorms.
• The danger of torrential rains.
• Intensity of downward winds associated with thunderstorms.
• Danger of reduced horizontal visibility due to dust waves caused by downward winds.

Arab Weather advises everyone to follow up on updates to find out what's new about the rainy situation, and we also put in your hands a link to satellite images to follow the development of thunder clouds, moment by moment.