Satellites are watching Hurricane Lee swirl above the Atlantic Ocean because it makes its method towards the Canadian coast for a Saturday (Sept. 16) landfall.
The storm, at present a Class 1 hurricane packing winds of 80 mph (130 km/h), will probably trigger energy outages, storm surge flooding and flash floods alongside the coast of Maine, New England, Brunswick and Nova Scotia within the subsequent 24 to 48 hours, in keeping with NOAA and AccuWeather. Happily, by the point Lee hits the coast, it’s going to have weakened right into a post-tropical storm.
Hurricanes and their remnants do not usually make it as far north as Canada, however scientists think that the continuing development of local weather change will make these harmful climate phenomena extra frequent alongside the northeastern coast of the American continent.
Associated: Hurricane Lee appears to be like completely terrifying on this footage from inside its eye (video)
Final yr, Fiona, which peaked as a strong Class 4 Hurricane, reached the Atlantic coast of Canada as a post-tropical storm, inflicting wide-spread destruction. Actually, the size of the injury made Fiona the most costly storm in Canada’s historical past, according to CBC.
Lee is predicted to be considerably milder, in keeping with the WeatherNetwork. On the time of landfall, the storm will pack sustained winds of at 30 mph (50 km/h) with gusts as much as 50 mph (80 km/h). Fiona, alternatively, struck with sustained winds of 60 mph (100 km/h) and gusts as much as 87 mph (140 km/h).
Along with Lee, tropical storm Margot and tropical melancholy 15 at present hover above the Atlantic Ocean, however neither of these is predicted to pose any threat to inhabited areas.
The Atlantic season formally peaked earlier this week. However in August, the U.S. Nationwide Oceanic and Atmospheric Administration (NOAA) increased its prediction of the depth of this yr’s season from near-normal to above-normal ranges.
NOAA up to date the forecast as a result of unexpectedly heat floor water temperatures which have been reported throughout the Atlantic Ocean all through this yr’s spring and summer season season.
