• storm97         --------                   KML        KML_AutoUpdate
  • storm98         --------                   KML        KML_AutoUpdate
  • storm99         --------                   KML        KML_AutoUpdate
  • storm50         --------                   KML        KML_AutoUpdate

  • All Storms    KML        KML_AutoUpdate



    NOTE:
    - National Hurricane Center advisories and County Emergency Management statements supersede the spaghetti plots referenced on this page.
    - The products are intended to complement National Hurricane Center discussions, not replace them.
    - These are automated products that have not been quality checked.
    - If anything on these products causes confusion, ignore the entire product.

    The model tracks depicted on these products are derived from products from the US National Hurricane Center, the US National Weather Service, the United Kingdom Meteorological Office and the European Centre for Medium-Range Weather Forecast..
    Text versions of these products can be found at these links:
    NHC
    HWRF
    UKMET
    AAL
    ECMWF HRES
    ECMWF Ensemble

    The naming conventions for the spaghetti plot products come mainly from the text products referenced above.
    - Tropical cyclones for which the National Hurricane Center issues advisories utilize numbers sequentially from 1 to 49 (Atlantic) and 101 to 149 (eastern Pacific).
    - The "_ens" versions of the spaghetti plots include the ensemble members of the GFS and ECMWF models when available.
    - Test messages and tropical disturbances which may require the National Hurricane Center to initiate advisories utilize numbers between 80 and 99 (Atlantic) and between 180 and 199 (eastern Pacific).
    - Tropical cyclones which are forecast to develop by the UK Met Office model and the ECMWF model utilize the number 50. The tracks of these systems appear on the spaghetti plots for storm 50 as well as all storms between 80 and 99 and between 180 and 199.

    These spaghetti plots are intended for use by individuals with proper training and expertise.
    There are multiple potential causes of misinterpretation that include, but are not limited to, the following:
    - Each model utilizes different assumptions and different calculations which leads to different models performing better in different situations.
    - All models have unique biases.
    - Some models utilize statistics, some utilize physics formulas, some utilize a combination of both.
    - Some models perform best with weaker systems, others perform best with well-developed, purely tropical systems.
    - The spread of the various model solutions can give a sense of the uncertainty associated with a particular storm track. However, some of the models are interrelated as they share the same initial analyses or the same global forecast fields. Therefore, clustering of model solutions does not necessarily indicate truely independent agreement.
    - Poor model analyses of initial conditions can lead to even worse model solutions.
    - The National Hurricane Center has access to many other models and data not included in these products. At times, these other models and data have a significant impact on the forecast track issued by the National Hurricane Center.
    - Further information on some of the models used by the National Hurricane Center can be found at the National Hurricane Center website, the Hurricane Research Division website, and the University of Wisconsin website.


    Sources of Hurricane Models Plotted by SFWMD:

    XTRP - Extrapolation using past 12-hr motion (NHC)
    TVCN - Consensus of interpolated prior runs of GFS, UKMET, ECMWF, HWRF, & COAMPS models
    TVCX - Consensus of interpolated prior runs of GFS, UKMET, ECMWF (x2), & HWRF models
    NHC - National Hurricane Center official forecast

    CLP5 - CLImatology-PERsistance (CLIPER) model 5-day (NHC)
    TABD - Trajectory And Beta model, deep (NHC)
    TABM - Trajectory And Beta model, medium (NHC)
    TABS - Trajectory And Beta model, shallow (NHC)

    HMON - NOAA Hurricanes in a Multi-scale Ocean-coupled Non-hydrostatic model (HMON)
    HWRF - NOAA Hurricane Weather and Research Forecast (HWRF) model
    UKM - United Kingdom Meteorological Office (UKMET) model
    COTC - NRL COAMPS-TC model (Navy Regional Hurricane Model)

    AVNO - NOAA Global Forecast System (GFS) model (formerly known as the AVN/MRF)
    AEMN - NOAA GFS Ensemble Mean
    APxx - NOAA GFS ensemble members
    CMC - Canadian Meteorological Centre (CMC) model

    ECMF - European Centre for Medium-range Weather Forecasts (ECMWF) HRES Model Forecast
    EECF - ECMWF Ensemble Control Forecast
    EEMN - ECMWF Ensemble MeaN (calculated locally by SFWMD)
    EExx - ECMWF Ensemble members
    CEMN - Canadian model Ensemble MeaN


    Additional Models Included in Google Earth KML Files
    NVGM - NAVy Global Environmental Model (NAVGEM)
    NAM - NOAA North American Mesoscale model
    NGPS - United States Navy Global Atmospheric Prediction System (NOGAPS) model
    JGSM - Japanese Global Sprectral Model