Artificial intelligence offers a new pioneering tool that can first detect that wind patterns become storms.
This new tool is deployed by the National Center of Storm with the arrival of the Atlantic season.
Artificial intelligence tracks the primary symptoms of storm formation in tropical Easter waves, which produce most Atlantic storms.
This means that predictors can see which of these low-pressure systems are directed to the hot water of the ocean-the main opportunity for the formation of storms.
Before achieving AI’s success, automatic prediction tools have tried to track the waves using satellite images, which may be delayed if technology fails. It is hoped that the new tool will give emergency management agencies more opportunity to prepare large storms.
“With this wave tracking tool, we have a new way to detect different patterns and a variety of systems that can grow storms,” said PhD. A student at the University of Miami explained.
“This is an important step in improving forecasts and giving more time to communities to prepare.”
Forecasts have used this tool for only a few months, so how it is effective is still seen in a busy storm season.
There will be a lack of luck. Human climate change makes the storms faster, stronger, and more recurrent, with the record -breaking waters of the ocean charging storms as they head to the Atlantic coast.
This year, forecasts predicted a season above average, which is expected to be predicted between five and nine storms.
The first major storm of the Atlantic Season, Erin Storm, was formed last week. Erin was one of the fastest Atlantic storms in the record and exploded from one category to 5 in more than 24 hours.
On Friday, Erin continued to surf the east coast and waves of life and waves, but no reports of deaths or storm injuries have been reported. Is now strangled on open waters and has not crashed in the United States
Forecasts were monitored on Friday’s two other systems in the Atlantic Ocean.
