Around the world | 3 orbital systems detected at the same time and threaten some countries

Arab Weather - Remote sensing systems at the Arab Weather Regional Center monitor the shape of weather systems around the world, where weather specialists have monitored the presence of 3 tropical/equatorial systems rotating at the same time in the Pacific and Atlantic Oceans, as a result of the warming of the water surface temperature and its reflection on the growth of such type of weather systems.

Sensors: 3 active orbital systems over ocean waters at the same time, some threatening land

Meteorologists at the Arab Weather Center said that there are 3 active tropical storms, two of which are in the Pacific Ocean and one in the Atlantic Ocean. The following are the details:

Storm Ernesto:

Storm Ernesto is a tropical storm that developed in the northwest Atlantic Ocean. Ernesto began as a tropical disturbance in the tropics and later developed into a tropical storm. Although Ernesto did not reach hurricane level, it brought heavy rains and winds to Puerto Rico. According to the computer outputs at the Arab Weather Center, the storm is expected to move across the Atlantic Ocean towards the northeast and continue to feed on the warm surface temperatures of the water, thus developing into a tropical cyclone of the second category within the next 24 hours, and later developing into more severe categories, but it remains far from land at least until Friday.

Cyclone Ampil:

In the Pacific Ocean, a tropical storm has developed into a Category 1 cyclone named Ampil. This is a tropical cyclone that originated in the western Pacific Ocean as part of that region's typhoon season. Ampil has developed from a tropical disturbance into a typhoon and is moving toward Japan, specifically Tokyo. Typhoon Ampil is expected to reach Tokyo on Friday, bringing heavy rains, strong winds, and threatening flooding and landslides.

Wukong Tropical Depression:

The latest satellite images also indicate the development of a tropical depression in the western Pacific Ocean, with wind speeds of about 65 km/h and a low pressure of 998 hPa. Wukong is expected to continue moving in the ocean waters away from land.

These storms reflect the diversity of tropical systems across the oceans, with each storm having its own impact on the regions it passes through. Despite their varying paths and strengths, they are part of global atmospheric activity that impacts weather and the environment in different parts of the world.

God knows best.

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