Is A Category 6 Hurricane Possible?

 Floridians suck, there's no arguing that. Less Floridians equal a better world and there is no arguing that either. Florida is about to get the shit kicked out of it the massive Hurricane Ian. So when the treasonous Trump trash are shouting let's go Brandon, we humans should be shouting LET'S GO IAN! America and the world would be a better place with Florida under the waves. All humans know this. COVID hit Florida and all the red states really hard but not hard enough. A few Cat 5 hurricanes in one season could pretty much finish Florida but one super strong slow moving category 6 storm could put Florida down for the count. 9 Insurance companies in Florida have become insolvent and have filed for bankruptcy and have canceled policies! Floridians are fucked so fuck them! Now if those cocksuckers build the insurance companies will fuck them extra hard.

Hurricane Ian Looks Like A Giant Dick About to FUCK Florida

A recent blog post by Dr. Jeff Masters got the entire weather community thinking: Could there be a Category 6 hurricane?

The Saffir-Simpson Hurricane Wind Scale currently runs from Category 1 through Category 5, and Category 5 is classified as 157-plus mph. But how far above 157 mph could the winds go while still being considered Category 5 wind speeds?

Last year, Hurricane Patricia reached maximum sustained winds of 215 mph in the eastern Pacific Ocean. It was the most intense tropical cyclone ever recorded in the Western Hemisphere, based on those 1-minute maximum sustained surface winds on Oct. 23, 2015.

(MORE: A Streak Not Seen Since 1900)

The storm set records for maximum strength, rate of intensification and rate of weakening. It recorded the second-lowest minimum central surface pressure on record, bottoming out at 872 millibars, just shy of Typhoon Tip in 1979, which reached 870 millibars.

On Oct. 23, 2005, a GOES satellite captured this image of both Hurricane Wilma and Tropical Storm Alpha.

(NASA/NOAA)

While not quite as strong as Patricia, Hurricane Wilma in the Atlantic Ocean and Gulf of Mexico in October 2005 reached maximum sustained winds of 185 mph. The storm's central pressure dropped to 882 millibars, still a record low in the Atlantic Basin.

(MORE: The Record-Breaking 2005 Atlantic Hurricane Season)

Hurricanes Patricia and Wilma featured winds well above the 157-mph criteria of a Category 5 hurricane. But should either of those storms be considered a Category 6?

The only way that is possible is if the National Hurricane Center (NHC) decides in the future to adjust its Saffir-Simpson Scale.

(MORE: Does the Saffir-Simpson Scale Need an Improvement?)

Future Category 6 Hurricanes?

In his blog post, Masters analyzes research that was published in Nature Climate Change in 2015 by Kerry Emanuel of MIT and Ning Lin of Princeton University.

The scientists ran hurricane models within six different global climate models, and the results were mind-boggling.

The results showed that three vulnerable areas of the world are at risk for a "high-end" Category 5 tropical cyclone by the end of the 21st century due to the Earth's changing climate: Tampa, Florida; Cairns, Australia; and the Persian Gulf.

These potential Category 6 hurricanes may be up to 14 times more likely by 2100, according to the study.

The worst-case potential future hurricane put out by the climate models for the Tampa Bay area is unlike anything ever seen – maximum sustained winds of 233 mph with a minimum central pressure of 830 millibars, traveling parallel along Florida's Gulf Coast, producing a devastating 36-foot storm surge.

Those wind speeds are comparable to the EF5 tornado that destroyed Joplin, Missouri, in May 2011, except the damage would be along a swath 22 miles wide rather than only a few hundred yards.

(MORE: Joplin, Missouri, Five Years After the May 22, 2011, EF5 Tornado: Before and After Imagery)

While this seems unfathomable now, with continued unchecked planetary warming leading to warmer ocean water, it's not out of the question a hurricane this intense could form later in the century, potentially landfalling in a heavily-populated, storm-surge vulernable city.