Hurricane Erin, a strong Category 2 storm, poses a rip current risk along the East Coast, impacting beach safety from Miami to Maine. Despite the storm's eye remaining distant from the mainland U.S., life-threatening rip currents are likely, necessitating caution for swimmers. Rip currents are caused by breaking waves and can occur independently of hurricanes, impacting swimming conditions significantly. Each year, rip currents cause around 100 drownings in the U.S., emphasizing the need for awareness and strict adherence to local beach safety guidelines.
Rip currents are strong seaward currents caused by breaking waves and can last from a few minutes to several hours, moving faster than an Olympic swimmer.
Rip current risk is heightened during hurricanes, impacting swimming conditions along most of the East Coast, from Miami to Maine, with life-threatening rip currents likely.
Rip currents are responsible for around 100 fatal drownings yearly in the U.S., illustrating their danger and the importance of heeding local beach patrol advice.
Waves moving toward the shoreline generate rip currents, a phenomenon that occurs frequently and can arise even in the absence of hurricanes.
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