storm erin atlantic ocean

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Atlantic, Hurricane Erin

Hurricane Erin is one of the fastest rapidly intensifying storms in Atlantic history

Even more hurricanes are rapidly intensifying in the Atlantic as the oceans and atmosphere warm in response to fossil fuel pollution and the global warming it causes.

· 6h · on MSN

Hurricane Erin, first of Atlantic season, weakens slightly to Cat 4

· 18h · on MSN

Erin becomes first hurricane of the Atlantic season; direct hit on US not expected

· 21h

Hurricane Erin Explosively Strengthening - Close To Category 5

Hurricane Erin is currently at Category 4 hurricane with sustained wind speeds of 145 mph and gusting to even higher levels.

· 11m

Hurricane Erin winds decrease to Category 3, but storm growing in size. Florida impact?

· 21h

Category 4 hurricane Erin continues to intensify, NHC says

· 18h

Erin rapidly intensifies to category five hurricane

Erin is expected to pass north of the Leeward Islands, the Virgin Islands and Puerto Rico over the weekend, bringing up to 6in (15cm) of rain, with the potential for flash flooding and mudslides.

· 1d

Erin Strengthens Into First Atlantic Hurricane Of The Season—What We Know

· 1d

Erin To Become 1st Hurricane Of The Season. Will It Affect The U.S.?

NOLA.com9h

Forecasters tracking new disturbance in Atlantic as Cat 5 Erin expected to triple in size

Forecasters are tracking a new disturbance in the Atlantic Ocean as Hurricane Erin, a Category 5 storm, undergoes an eyewall replacement cycle, according to a Saturday night update from the National Hurricane Center.

23mon MSN

Powerful Hurricane Erin could mimic damage from earlier hurricanes that stayed offshore

Hurricane Erin is forecast to remain well offshore but still bring hazardous currents and possible erosion like previous offshore hurricanes before it.

Space.com on MSN3d

Satellites watch Tropical Storm Erin take shape over the Atlantic Ocean (video)

Erin developed in the eastern Atlantic, moving westward from the Cabo Verde Islands at about 20 mph (32 km/h). Infrared sensors on NOAA's GOES-19 satellite reveal colder cloud tops and deep convection near the center — signs of a strengthening system feeding on warm ocean waters.