Will Tropical Cyclone Shakti affect Oman?

Arab Weather App - The latest satellite images indicate that the tropical system is currently centered in the northeastern Arabian Sea, accompanied by thunderstorms and strong winds reaching 81 km/h. The images show a clear condensation of thunderstorms in the center of the storm, with most of the rain falling on sea surfaces.

Does the tropical condition affect the Sultanate of Oman?

According to weather maps issued by the Arab Weather Center, the tropical storm is expected to move southwestward to west-southwestward over the next 48 hours, heading toward the central part of the Arabian Sea. The Sultanate of Oman is not expected to be directly affected by this tropical storm, which is expected to gradually weaken in the central sea, God willing.

Scientific factors that control the movement of orbital states

Orbital states move according to several influences, the most prominent of which are:

Scientific factors that control the movement of orbital states:

Steering Winds:
Winds in the deep atmosphere, particularly in the troposphere, are the primary factor determining the path of a tropical storm. To put it simply, a storm moves like a "cork in a river of wind," meaning it follows the flow of winds in the upper and middle layers of the atmosphere when they are strong, and the flow of winds in the lower layers of the atmosphere when they are weak.

Surrounding Pressure Systems:
The presence of high-pressure systems or low-pressure systems close to a storm can direct its path. For example, a strong high-pressure system north of the Arabian Sea may push the storm south or west, while a nearby low-pressure system may pull it toward it.

Vertical Wind Shear:
The difference in wind direction and speed between the upper and lower layers of the atmosphere can alter a storm's path or weaken it. Strong vertical shear tends to break up a storm, while weak vertical shear allows it to maintain a regular path.

Interactions with Other Atmospheric Systems:
Sometimes other tropical waves or nearby storms influence a storm's path, causing sudden changes in motion or wrapping it around nearby low-pressure areas.

And God knows best.