About Research Forecasting MetOcean Studies Software Current Marine Data  
50 Year North Atlantic Hindcast Baja Metocean Study Caribbean Sea Meteorological and Oceanographic Study Caspian Sea Meteorological and Oceanographic Study Beaufort Sea Ocean Response Extremes Dedicated Studies Gulf of Mexico Oceanographic Study Nile Delta Oceanographic Study Ness User's Group North Sea Climatology South Sea Asia Meteorological and Oceanographic Study Russian Arctic Seas Meteorological and Oceanographic Study Sakhalin Island Meteorological and Oceanographic Study Tow Simulator West Africa Normals and Extremes SEAMOS South Fine Grid Hindcast PERGOS Brazil Offshore Meteorological and Oceanographic Study

 

 


GROW couples Oceanweather's proven global wave model, tropical boundary layer model, and its vast experience in developing marine surface wind fields to produce a revolutionary global wave hindcast.

The result is a first-of-its-kind long term analysis of the global wave climate which can be applied to offshore structure design, tow-analysis, operability, and other applications where wind and wave data are required.

  • Time series of wind and wave parameters (including sea/swell partitions) in ASCII or OSMOSIS format
  • Return period extremes for wind speed, wave height (significant, maximum and crest) and wave period
  • Operability statistics expressed as frequency-of-occurence tables and persistence/duration statistics
  • Directional wave spectra
 

 

For more information please contact oceanwx@oceanweather.com

 


Copyright 2001 Oceanweather, Inc. | Privacy Policy | Legal Terms and Conditions
Oceanweather Home MetOcean Studies Main Page About Oceanweather, Inc. Research Forecasting MetOcean Studies Software Current Marine Data