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This image provided by NOAA. taken Oct. 7, 2016, shows Hurricane Matthew over the Southeastern part of the U.S. A new study finds wind and water shifts during busy hurricane seasons seem to provide a somewhat protective barrier for the U.S. coast. Last year’s Hurricane Matthew, which was a major storm and hit Haiti with 145 mph winds but fizzled as it neared the American mainland, is a good example.This Oct. 7, 2016 satellite image shows Matthew as it threatens Florida, but it later hit South Carolina as a minimal hurricane with 75 mph winds. (NOAA via AP)

This image provided by NOAA. taken Oct. 7, 2016, shows Hurricane Matthew over the Southeastern part of the U.S. A new study finds wind and water shifts during busy hurricane seasons seem to provide a somewhat protective barrier for the U.S. coast. Last year’s Hurricane Matthew, which was a major storm and hit Haiti with 145 mph winds but fizzled as it neared the American mainland, is a good example.This Oct. 7, 2016 satellite image shows Matthew as it threatens Florida, but it later hit South Carolina as a minimal hurricane with 75 mph winds. (NOAA via AP)

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