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Realtime CAM Data
CAM Verification
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13 Jun 2024: The daily MPAS-NSSL and WRF-NSSL runs have resumed on their normal schedule. The WRF-NSSL 1km run availability is still in flux due to HPC maintenance/issues. We apologize for any inconvenience.
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More Information
  • CAM daily run schedules
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    Each CAM displayed on this site is run on a separate schedule. As of 16 Nov 2023, NSSL is currently running CAMs initialized at 0000, 0600, and 1200 UTC daily. The HRRR and RRFS CAMs provided by NCEP/EMC are run daily at 0000 and 1200 UTC out to 48 (beginning 12/01/22) and 60 hrs, respectively.

    Model0000/1200 UTC run
    HRRRAvailable ~0130/1330 UTC
    MPAS-HT-NSSLAvailable ~0330/1530 UTC
    MPAS-HN-NSSLAvailable ~0330/1530 UTC
    MPAS-RT-NSSLAvailable ~0730/1930 UTC
    RRFS-EMCAvailable ~0230/1430 UTC
    WRF-NSSLAvailable ~0400 UTC
    WRF-NSSL 1-kmAvailable ~1200 UTC

    NOTE: after you switch models, the most recent run for the new model may not be displayed by default. The default behavior upon switching models is to use the same date and run you were viewing for the previous model, if available (or the closest run, if not available). If you wish to view the most recent run of the new model, check the calendar and the date dropdown menu to verify which runs are available.

  • MPAS at NSSL run configuration
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    The Model for Prediction Across Scales (MPAS) runs began at NSSL in early January 2023.

    The MPAS, developed by the National Center for Atmospheric Research (NCAR) uses an unstructured centroidal Voronoi mesh and C-grid staggering of the state variables coupled with a subset of the Advanced Research WRF (ARW) model atmospheric physics. More information on the MPAS can be found here.

    The current MPAS-NSSL runs are initialized at 0000 and 1200 UTC and employ a 3-km CONUS grid with commonality in most of their physics suite. All use the RUC (NOAH prior to late March 2023) land surface model, the MYNN PBL and surface layer schemes, the RRTMG scheme for longwave and shortwave radiation parameterization, the Xu-Randall scheme for the cloud fraction for radiation parameterization, and the YSU schme for gravity wave drag by orography.

    Differences between the MPAS-NSSL runs are found in their initialization and microphysics (MP) schemes. The MPAS-HT-NSSL and MPAS-HN-NSSL runs are both initialized from the 0000 and 1200 UTC operational HRRR forecast, but use the the Thompson MP and NSSL-2 Moment MP schemes, respectively. The MPAS-RT-NSSL run is initalized from the experimental 0000 and 1200 UTC deterministic Rapid Refresh Forecast System (RRFS) run provided by EMC and uses the Thompson MP scheme.

    The MPAS-NSSL runs are a collaborative project between NSSL, the Global Systems Laboratory (GSL), and the NCAR. Runs are completed on the NOAA Jet HPC system.

  • NSSL-WRF 1-km run configuration
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    The current NSSL-WRF 1-km run began in late April 2023 with its grid expanded to full 2/3 CONUS on 1 Feb 2024.

    The NSSL-WRF 1-km run is initialized at 0600 UTC daily from the 6-hr forecast of the 0000 UTC operational HRRR. The HRRR forecast supplies the initial atmospheric, lateral boundary, and soil condition data. Physical parameterizations include the NSSL 2-moment microphysics scheme, the MYNN PBL and surface layer schemes, the RUC land surface model, and the RRTMG scheme for longwave and shortwave radiation. Forecasts are run for 30 hours.

    Runs are completed on the Mississippi State Univ./NOAA Hercules HPC system.

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