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Although the scale shows wind speeds in continuous speed ranges, the US National Hurricane Center and the Central Pacific Hurricane Center assign tropical cyclone intensities in 5-knot (kn) increments (e.g., 100, 105, 110, 115 kn, etc.) because of the inherent uncertainty in estimating the strength of tropical cyclones. Wind speeds in knots are ...
Hurricane John, the most recent Category 3 hurricane in the Eastern Pacific, on September 23, 2024.. Category 3 is the third-highest classification on the Saffir–Simpson hurricane wind scale, and categorizes tropical cyclones with 1-minute maximum sustained winds between 96 and 112 knots (110 and 129 mph; 178 and 207 km/h; 49 and 58 m/s).
The scale used for a particular tropical cyclone depends on what basin the system is located in; with for example the Saffir–Simpson hurricane wind scale and the Australian tropical cyclone intensity scales both used in the Western Hemisphere. All of the scales rank tropical cyclones using their maximum sustained winds, which are either ...
The National Hurricane Center's new experimental cone graphic shows both coastal and inland watches and warnings along Tropical Storm Francine's forecast path. Warm water vs. wind shear
The hurricane center and the National Weather Service typically advise residents in the path of a storm to plan for one category higher than forecast, and for now Helene is forecast to be a ...
Tropical cyclone symbols used by the National Hurricane Center A JTWC image of the track of Cyclone Quang from April 2015 Track of Hurricane Irma from 2017 with colored dots representing Saffir-Simpson scale intensities. Symbols used within the charts vary by basin, by center, and by individual preference.
He said there is the potential that this storm could further strengthen into a major hurricane, which is a Category 3 on the Saffir-Simpson Hurricane Wind Scale with maximum sustained winds of 111 ...
The ACE index is an offshoot of Hurricane Destruction Potential (HDP), an index created in 1988 by William Gray and his associates at Colorado State University [4] who argued the destructiveness of a hurricane's wind and storm surge is better related to the square of the maximum wind speed () than simply to the maximum wind speed (). [4]
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