According to analysis of hurricane data by the Associated Press, before this season, there were about 25 percent more rapidly intensifying storms in the Atlantic Ocean and Eastern Pacific over the last 10 years, as compared with any of the other three 10 year periods since 1982.
Rapid intensification was defined as measured wind speeds increasing by 35 mph or more in 24 hours or less.
Ian went from a high tropical stom (70 mph) to high cat 3 (155 mph) between Sunday morning at 8 AM and Tuesday morning at 8 AM.
It is the largest 48hr. rise in measured wind velocity ever measured by the NHC. Also the largest 24 hr. rise.
Hardly a "cherry picked" stat. Such rapid intensification makes prediction more difficult and reduces compliance with evacuation orders and time to execute evacuation. It is, in short, a very worrisome property.
Oddly, another factor for Ian was the lack of prior storms this year along a similar track, which would have churned up water columns and cooled water at the surface. So the blame is not all on climate change, which is increasing surface temperatures by an average of about 1C per century.
Science. It pays to think. Try it, COH.
Leading reference, of many. "How climate change is helping storms like Hurricane Ian intensify more rapidly - CBS News"
https://www.cbsnews.com/amp/news/hurricane-ian-intensifying-rapidly-climate-change/#app.