Global Storm and Tide Operational Forecast System - STOFS-2D-Global (Development)

An ADCIRC-Based Global Storm Surge and Tide Forecasting System

Operated at the University of Notre Dame in the Computational Hydraulics Laboratory

View NOAA's Official Operational Modelling Results Here

Forecast Cycle: 2024-09-21

Maximum Water Elevation Forecasted Over Next 7 Days

Maximum Water Elevation GIF

Forecast Cycle: 2024-09-21

Observed, nowcasted, and forecasted water levels stored in HDF5 files below. The reader is suggested to use Pandas' read_hdf function.

2024-09-16_archive.h5
2024-09-17_archive.h5
2024-09-18_archive.h5
2024-09-19_archive.h5
2024-09-20_archive.h5
2024-09-21_archive.h5

Archived hydrographs in ZIP format.

2024-08-31_archive.zip
2024-09-02_archive.zip
2024-09-03_archive.zip
2024-09-07_archive.zip
2024-09-09_archive.zip
2024-09-10_archive.zip
2024-09-11_archive.zip
2024-09-12_archive.zip
2024-09-13_archive.zip
2024-09-14_archive.zip
2024-09-15_archive.zip
2024-09-16_archive.zip
2024-09-17_archive.zip
2024-09-18_archive.zip
2024-09-19_archive.zip
2024-09-20_archive.zip
2024-09-21_archive.zip
Station ID Station Name MAE MSE MAXE R2

STOFS-2D-Global - Notre Dame Development Version

DISCLAIMER: This model is under experimental development. The results should not be used for navigational purposes or emergency planning under any circumstances. Please do not duplicate and use the result figures from this website without permission.

OVERVIEW: The Global STOFS model is being continuously developed by NOAA and Notre Dame. The Global version of ESTOFS was launched in 2020 as Global ESTOFS and upgraded over two annual upgrade cycles and is now run as Global STOFS 2D at NOAA NCEP on a four times per day forecast cycle (https://polar.ncep.noaa.gov/estofs/). Internal tides are driven with a 10-year mean ocean climatology.