In order to join virtual sessions, you must be registered and logged-in(Were you registered for the in-person meeting in Denver? if yes, just log in.) 
Note: All session times are in Mountain Daylight Time.

Climatology and Spatiotemporal Analysis of North Atlantic Rapidly Intensifying Hurricanes

Authors: Kathleen Benedetto*, , Jill Trepanier, Louisiana State University
Topics: Physical Geography, Climatology and Meteorology, Hazards, Risks, and Disasters
Keywords: hurricanes, hurricane hazards, rapid intensification
Session Type: Paper
Presentation File: No File Uploaded


In recent decades, the scientific ability to project tropical cyclone (TC) intensities and tracks has improved. Hurricanes undergoing the process of rapid intensification (RI) have created new barriers in formulating predictions of TC paths and peak velocities. Current research suggests the warming climate may produce more intense TCs with a higher probability of undergoing RI during their life cycle. The increased likelihood of rapidly intensifying TCs necessitates the development of an RI climatology spanning the current North Atlantic record. A time series count analysis suggests a significant increasing trend of RI events in the Atlantic basin by 48.3% (36–61%) for the entirety of the record and 29.1% (17–45%) from the year 1900 to present. For the entire basin, the peak frequency occurs in September, followed by August, then October. Gulf of Mexico events tend to occur more regularly over June, July, August, and September while Atlantic storms peak in August, September, and October. The onset of RI typically begins in the Western Caribbean and Gulf of Mexico, west of 85ºW. The lifetime maximum intensity typically occurs in the Gulf of Mexico basin. Density analysis suggests the locations of LMIs in rapidly intensifying TCs are clustered through space. This research is necessary in order to find substantive trends in RI events that may aid future predictions of tropical cyclones; therefore, potentially decreasing the lives lost and the cost of damage that these storms are known to cause.

Abstract Information

This abstract is already part of a session. View the session here.

To access contact information login