Hurricane Matthew and Tropical Storm Nicole Just Teamed Up to Set a New Atlantic Record

Tropical Storm Nicole. (Image: NASA/NOAA/NRL)
Tropical Storm Nicole. (Image: NASA/NOAA/NRL)

At the same time that Hurricane Matthew ravages the southeastern US, a new tropical storm has appeared just south of Bermuda. Together, the two have set a new late-season record for storms in the Atlantic. Welcome to the frightening realities of a warmer world.


This latest storm, called Nicole, achieved hurricane status yesterday afternoon, setting a new record for the Atlantic Ocean. As Hurricane Matthew’s winds approached 120 miles per hour, Nicole’s winds reached 105 miles per hour. As NASA’s Goddard Space Flight Center explained, “it marked the latest in the calendar year that two storms in the North Atlantic Ocean have had winds over 105 mph simultaneously.”

Nicole was downgraded from a Category 1 hurricane to a tropical storm earlier today. It no longer features a tell-tale eye, and satellite images show clouds being pushed away from the center by vertical wind shear. By late morning, the storm was located about 345 miles (555 km) due south of Bermuda.

At the moment, this storm is barely moving, but it’s slowly migrating southwards. Nicole is expected to make an about-face on Sunday and start tracking north towards Bermuda. Another possibility is that the storm will start to drift westwards on Sunday.

Ocean swells produced by Nicole, along with rough surf conditions, will affect Bermuda for at least the next five days. Thankfully, the storm is expected to weaken over the coming days, and it may never re-attain hurricane status.


[NASA’s Goddard Space Flight Center, NOAA]

George is a senior staff reporter at Gizmodo.


Look, I’m aware that climate change exists and is man made/contributed. Can we stop having these SEE?!? articles? I mean, Western Hemisphere hurricanes have been down vs expectation for like a decade, so this seems like cherry picking. Hell, I have to imagine that only being on storm “N” on October 7 is a slower than average season.