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WEKU
WEKU
Bill Chappell

Hurricane Lee, now very large, raises wind and flood dangers as it heads toward Maine

A satellite image from around daybreak Wednesday shows Hurricane Lee spinning over open water between Puerto Rico and Bermuda. The storm is expected to head increasingly to the north. (NOAA/NESDIS/STAR)

Hurricane Lee will bring perilous rip currents and surf conditions at beaches along the U.S. East Coast this week. And while the strong storm has yet to make landfall anywhere, forecasters are warning people along its path to be ready for potential floods and high winds.

Lee is currently a Category 3 hurricane, according to the National Hurricane Center. It's also much larger than it was just a few days ago: Lee's hurricane-force winds now extend up to 115 miles from its center, with tropical storm-force winds extending for some 240 miles. Compare that to last Friday, when its hurricane-force winds extended 35 miles out.

The current forecast track shows Lee's center moving toward Maine's north coast near New Brunswick, Canada — but along the way, its winds are expected to hit shores as far south as New York. It's forecast to be much weaker by then, but the threat of flooding and wind damage will persist.

Here are key things to know about Hurricane Lee, as it starts to move north along the U.S. coast:

The precise path and impact are coming into focus

Hurricane Lee is currently moving at a very slow forward pace, but the storm is expected to turn more to the north and gradually accelerate later this week. (National Hurricane Center)

As of early Wednesday morning, Lee was packing 115 mph winds and moving northwest at a virtual crawl of just 6 mph. It's expected to keep turning more northward this week — and the timing of that move will influence how it affects the U.S. Northeast and Atlantic Canada. As things stand now, the chances for storm conditions on land have been rising.

"There is an increasing risk of wind, coastal flooding, and rain impacts from Lee in portions of New England and Atlantic Canada beginning on Friday and continuing through the weekend," the NHC said.

The good news is that the storm will likely show "significant weakening" by this weekend as it runs into unfavorable conditions, including cooler waters north of the Gulf Stream.

As it loses steam, Lee is expected to complete an extratropical transition "before the cyclone's center reaches the coast of Maine, New Brunswick, or Nova Scotia in about 4 days," the NHC said.

But even as it noted that welcome development, the center cautioned, "Lee's expected post-tropical transition will not diminish potential wind, rain, and coastal flooding impacts in New England and Atlantic Canada due to the system's broad wind field."

Even a glancing blow from Lee is dangerous

With such a massive storm, Lee's eyewall doesn't have to make landfall — or come within 100 miles of the shore — to make an impact on land.

Even in areas that remain far from the storm's core, the NHC said "since wind and rainfall hazards will extend well away from the center as Lee grows in size, users should continue to monitor updates to Lee's forecast during the next several days."

Bermuda is under a tropical storm watch

Lee's forecast track sees the storm staying west of Bermuda. But its huge wind field is still expected to affect the island.

The Bermuda Weather Service issued a tropical storm watch on Tuesday, warning that people on and around the island could see average wind speeds from 34 to 63 knots (39 to 72.5 mph), along with "significant waves & swell."

Local conditions are expected to start to improve by Friday, the agency said.

The storm rapidly intensified last week

Lee has now been a major hurricane for nearly a week, having vaulted to Category 4 status last Thursday.

Just one day after Lee became a named storm last week, it became a hurricane and intensified at a startlingly rapid pace, quickly becoming a Category 5 storm. It later lost some of that strength — but the storm also got bigger, as it slowed down.

The frequency of intense and damaging tropical storms and hurricanes have been linked to climate change. As NOAA has stated, "Warming of the surface ocean from human-induced climate change is likely fueling more powerful tropical cyclones."

The storms' destructive power is then magnified by other factors related to global warming, from rising sea levels to more intense rainfall totals.


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