Update (1) on orbital turbulence in the West Arabian Sea

2020-05-28 2020-05-28T10:18:24Z
وداد السعودي
وداد السعودي
محرر أخبار جوية- قسم التواصل الاجتماعي

Arab Weather - Satellite imagery indicates the spread of large quantities of cumulative clouds accompanying the tropical situation in the western Arabian Sea over the Omani Dhofar Governorate and eastern Yemen, where these clouds are causing heavy rain showers that raise the water level in the streets and also cause the valleys to run

 

Also read:

Arab Sea The expected paths of the tropical state that started to affect the coasts of Dhofar and eastern Yemen

Indicators for the formation of a tropical state in the Arabian Sea ... These are factors of its development and its weakness

What is the probability that tropical turbulence in the Arabian Sea will develop into a hurricane?

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
The Arabian Gulf: Thunderstorms will affect these countries on Tuesday, July 15.

The Arabian Gulf: Thunderstorms will affect these countries on Tuesday, July 15.

Amid scorching weather, 50 degrees Celsius is the highest temperature recorded in the UAE today, Monday, in this region.

Amid scorching weather, 50 degrees Celsius is the highest temperature recorded in the UAE today, Monday, in this region.

Subtropical storms may affect Arab countries in the fall, and there are fears of a repeat of the famous Derna storm, in light of the boiling Mediterranean Sea.

Subtropical storms may affect Arab countries in the fall, and there are fears of a repeat of the famous Derna storm, in light of the boiling Mediterranean Sea.

See pictures of a huge iceberg breaking away and drifting towards a village in Greenland as a result of accelerated melting due to global warming.

See pictures of a huge iceberg breaking away and drifting towards a village in Greenland as a result of accelerated melting due to global warming.