Opportunities

 View Only

You're Invited! CPAESS Discovery Seminar: Are Forecasts of the Tropical Cyclone Radius of Maximum Wind Skillful?

  • 1.  You're Invited! CPAESS Discovery Seminar: Are Forecasts of the Tropical Cyclone Radius of Maximum Wind Skillful?

    Posted 07-22-2024 16:48

    We invite you to attend our upcoming CPAESS Discovery Seminar on Wednesday, July 24 at 11:00 AM MT (Virtual)

    Presenter: Ben Trabing, PH.D., CPAESS Associate Scientist III, National Hurricane Center (NHC)C)
    Title: Are Forecasts of the Tropical Cyclone Radius of Maximum Wind Skillful?

    In this presentation, Ben will discuss the current state of the art for RMW forecasting and how it has been motivated by storm surge modeling at the National Hurricane Center.

    When: Wednesday, July 24 at 11:00 AM MT
    (Virtual) 

    Watch the live broadcast
    All participants will access the seminar via the webcast link and utilize Slido during the seminar for questions.

    About Ben Trabing, PH.D.

     Dr. Trabing has authored and coauthored several peer-reviewed scientific journal articles. He is currently serving as an Associate Editor for the American Meteorological Society's Monthly Weather Review and Weather and Forecasting journals. He is also on the planning committee for the Weather Analysis and Forecasting / Numerical Weather Prediction Conference. He has given dozens of presentations at scientific workshops and conferences on tropical cyclones and is an active member of the American Meteorological Society.

    Description

    The radius of maximum wind (RMW) is a key structural parameter of tropical cyclones that describes how far the strongest winds are from the storm's center. The RMW is closely tied to significant hazards such as wind, storm surge, and rainfall. However, little forecast guidance is provided for the RMW resulting in forecasters using climatological estimates to help communicate hazard risk. In order to better forecast the RMW, we need to understand the performance of the few guidance techniques available. We compare RMW forecasts from the Hurricane Analysis and Forecast System (HAFS) to two statistical models and a climatological estimate. Forecasts of the RMW from HAFS are not competitive with statistical derivations of the RMW with marginally better to comparable skill for stronger tropical cyclones. The results indicate that there is a strong need for future improvements to better predict tropical cyclone structure in addition to track and intensity.

    View the Abstract

    View the flyer

    Questions? Contact Dawn Mullally



    ------------------------------
    Alex Meyer, UCP | CPAESS
    Boulder CO
    ------------------------------