About Research Forecasting MetOcean Studies Software Current Marine Data
Brazil Offshore Meteorological and Oceanographic Study Global Reanalysis of Ocean Waves Caspian Sea Meteorological and Oceanographic Study Dedicated Studies Gulf of Mexico Oceanographic Study Sakhalin Island Meteorological and Oceanographic Study Tow Simulator West Africa Normals and Extremes
N Sea and Norwegian Sea Long Term Metocean Hindcast
Baha Metocean Study PERGOS North Slope of Beaufort Sea Fine Atlantic Basin East Coast 28km Black Sea Arctic Sea Caribbean Sea China Seas

 

 

SEAFINE (SEAMOS-South Fine Grid Hindcast) is an Oceanweather JIP (Joint Industry Project) for development of wind and wave hindcast on a fine grid of the southern part of the South China Seas. 

In 1992, Oceanweather Inc produced the JIP known as SEAMOS (South East Asia Meteorological and Oceanographic Hindcast Study) designed to provide definitive data on meteorological and oceanographic extreme and operational conditions, to be used in aid of design of offshore structures and planning and offshore operations in the general area of the South China Sea (SCS) and the immediately contiguous basins. The complexity of the bathymetry and the relative sparseness of tropical cyclones in this part of the basin present some special problems that may be addressed in this new proposed update and extension of SEAMOS, which we have dubbed SEAFINE. This new project not only provides a new, updated, and greatly expanded (in terms of the historical period addresses) of the entire southern half of the SEAMOS domain but also very high resolution metocean hindcasts carried out with fine mesh nested grid(s) covering the offshore and coastal resource development areas of interest to the participants of SEAFINE.

SEAFINE is based on a uniform grid of 25-km at extremely high resolution embedded with very-high resolution fine grid nests
each with grid spacing of about 6-km. The hindcast will cover a continuous 50-year period (1956-2005).  Total storm population included in the hindcast is predicted to be about 100 storms.

Time series of wave spectra at up to 300 grid points in total (25-km and Fine nest) will be archived, exclusive of the grid points at which spectra are archived as boundary conditions.



Southern S. China Sea, Makassar Strait, Java Sea

View Larger Image

View Larger Image

Resources

Related Products

  • Time series of wind and wave parameters in ASCII or OSMOSIS format
  • Time series of surge height and integrated current for storm events
  • Return period extremes for wind speed, wave height (significant, maximum and crest) and wave period
  • Operability statistics expressed as monthly and annual frequency-of-occurence tables and persistence/duration statistics
  • Directional wave spectra
  • Optional 3D HYCOM Current hindcast to complement the wind and wave hindcast

 

 

 

For more information please contact oceanwx@oceanweather.com

 

 

Oceanweather Home MetOcean Studies Main Page

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