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The analysis built off the scientific framework of a separate analysis from the group released Wednesday and found 84% of hurricanes between 2019 and 2023 were more intense than they would have ...
Secondly, a warmer atmosphere can hold more moisture, leading to more intense rainfall. Climate change made the extreme rainfall from Hurricane Harvey in 2017 around three times more likely ...
Hurricanes have become more intense, with stronger winds and heavier rainfall. ... that the most intense storms are becoming more intense because of climate change,” Wehner said. “It's not ...
Smaller tropical cyclones are more likely to undergo quick intensity changes, including rapid intensification, potentially due to a greater sensitivity to their surrounding environments. [13] Hurricane Patricia experienced a 54 m/s (190 km/h; 120 mph) increase in its maximum sustained winds over 24 hours in 2015, setting a global record for 24 ...
A 2011 study linked increased activity of intense hurricanes in the North Atlantic with a northward shift and amplification of convective activities from the African easterly waves (AEWs). [53] In addition to cyclone intensity, both size and translation speed have been shown to be substantial contributors to the impacts resulting from hurricane ...
Climate change is making hurricanes like Hurricane Helene more intense, scientific research shows. Helene has unleashed high winds, heavy rain and a dangerous storm surge in the Southeast after ...
Hurricane Milton is set to make landfall late Wednesday or early Thursday in the Tampa, Fla., region after undergoing a rapid intensification this week that saw it become the third-fastest storm ...
Normally, as a tropical cyclone intensifies, its heavier rainfall rates become more concentrated around its center. [4] Rainfall is found to be heaviest in tropical cyclone's inner core, whether it be the eyewall or central dense overcast , within a degree latitude of the center, with lesser amounts farther away from the center. [ 5 ]