And the prior 8 storms were how intense? Did they make the news?
AccuWeather.com Expert Tropical Forecaster Dan Kottlowski added, "We do see some changes in the overall pattern across the Atlantic."
Kottlowski continued, "The water temps are not nearly as warm as they were last year, and also the upper air pattern looks slightly different... than last year, so that could have an impact as to where that subtropical high, that big high pressure area that helps guide tropical storms, sets up."
"It may weaken or actually reposition itself a little bit to the northeast as we get later in the season, which would allow more of a storm track closer to Florida and also up the East Coast," Kottlowski concluded.
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The future state of the ongoing La Niña
La Niña is a phenomenon that occurs when the surface waters in the central and eastern equatorial Pacific are colder than normal. La Niña results in low wind shear, especially in the main tropical development area in the Atlantic. Shear refers to strong winds that are high in the atmosphere. Wind shear is a "hurricane killer," in that it can hinder storm development as well as break up existing storms.