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titleAn Extended Flight Level Dataset

Goals of this Project

This project seeks to extend the standardize all available hurricane flight level data into files using a common NetCDF format. Once standardized, data are being processed and parsed into radial legs in a similar fashion as the Willoughby-Rahn dataset (which ends in 2001). The goal is to eventually have a dataset of similar quality as the W-R dataset to facilitate many new research uses. Initially effort is being focused on completing the new extended dataset for the period 1999-2012. In time, a data rescue effort may be mounted to extend this further back in time. This initial effort (for 1999-2012) is being funded by the Risk Prediction Initiative (RPI2.0) as a component of the " Improved Database of Tropical Cyclone Size Parameters" project.

Funding

  • Risk Prediction Initiative (RPI2.0), Bermuda Institute of Ocean Sciences (BIOS)

Investigators

  • PI: Jonathan L. Vigh (NCAR/RAL/JNT)

Collaborators

  • Christopher Williams (NCAR/RAL/JNT)
  • Neal Dorst (NOAA/AOML/HRD)
  • Hugh Willoughby (Florida International University)
  • Frank Marks, Jr. (NOAA/AOML/HRD)Neal Dorst (NOAA/AOML/HRD
  • Daniel Chavas (Princeton University)
  • Russell St. Fleur (NOAA/AOML/HRD)
  • Christopher Williams (NCAR/RAL/JNT)
  • John Knaff (NOAA/NESDIS/RAMMB)
  • Daniel Stern (NSF Postdoctoral Fellow)
  • Barry Damiano (NOAA/AOC)

Dataset Users

  • Jonathan Martinez (SOARS protégé, now at University of Hawaii)
  • Michael Bell (University of Hawaii)
  • Daniel Stern (NSF Postdoctoral Fellow, soon to be Naval Research Laboratory)
  • Chris Slocum (Colorado State University)

Project Scoping and Milestones for the Extended Flight Level Dataset

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titleDevelopment of an HWRF Diagnostics Module to Evaluate Intensity and Structure Using Synthetic Flight Paths Through Tropical Cyclones

Goals of this Project

This project seeks to develop a diagnostics module for the purpose of conducting an "apples-to-apples" comparison between HWRF model simulations and the direct in situ and remote sensing observations from aircraft. The structure of the wind field at both the surface and at flight level are the primary foci of this effort, but additional evaluations are also possible using extrapolated sea level pressure, flight level temperature, and other thermodynamic variables.

Funding

  • Development Testbed Center Visitor Program (FY2012)

Investigators

  • PI: Jonathan L. Vigh (NCAR/RAL/JNT)

Collaborators

  • Ligia Bernardet (CIRES/NOAA)
  • Vijay Tallaprada (NOAA/NCEP/EMC)
  • Chanh Kieu (NOAA/NCEP/EMC)
  • Eric Uhlhorn (NOAA/AOML/HRD)
  • Neal Dorst (NOAA/AOML/HRD)
  • Robert Rogers (NOAA/AOML/HRD)

Funded Proposal (pdf)

Project Scoping and Milestones for Synthetic Flight Profiles

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titleProcessing of HRD and AFRES Flight Level Data

Summary of Flight Level Data Processing by Storm          Plots with Known Problems

Supported Data Formats

Correspondence of Variables Between Raw Data Files and the Common Data Format

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titleProject Resources, Tools, and Tips

Code Map for the Flight Level Dataset Codeset

Tools and Miscellaneous Info

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titleStrategy for Sampling HWRF Model Storms

Data locations for HWRF runs 

 

 

 

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