National Oceanic and Atmospheric Administration (NOAA)
National Weather Service (NWS)
National Center for Environmental Prediction (NCEP)
Ocean Prediction Center (OPC)
|About Ocean Prediction Center
Ocean Application Branch
Problems with our products
If you are having a problem with our products not being current please verify that your "cache"
is not causing the problem (further
Another potential problem is with printing our products our products. The B/W gif charts are too large for
printing. If you need to print a chart the TIFF format may be used (TIFF Viewer).
A common problem with the loops available on our web site it that you must ensure Java is enabled in your browser.
If you are seeing a big 'X' or an error message such as'Applet AniS...' instead of a loop then it is
likely that Java has not been enabled or installed (test whether Java is enabled).
Receiving Our Products through E-mail
Radiofacsimile Broadcast Schedules For Our Products
Ships at sea receive analysis and forecast graphical products issued by our office. The products are transmitted by the U.S.C.G. through High Frequency (HF) single side band (SSB) shortwave
signals which are decoded by Weather FAX receivers aboard vessels at sea.
HF-SSB Radiofacsimile Schedules
World Radiofacsimile Broadcast Schedules
Broadcast Schedules Of Coastal/Offshore/High Seas Voice Products
Guides To Using Our Products
Outline of Ocean Prediction Center Products
- Marine Weather
The analysis and forecast of marine weather are created for several areas. The offshore products
includes the coastal and offshore waters close to the mainland of the U.S.A. and
the High Seas for areas well offshore and the offshore areas north of roughly 30N in the North
Atlantic and North Pacific.
- Ocean Products
In addition ocean analysis and forecast products cover a larger areal
extent than the marine weather. The products available include Sea Surface Temperatures (SST) and currents over much of the
the Atlantic and Pacific basins.
Other National Weather Service Offices that provide similar
"marine weather" products as the Ocean Prediction Center include:
- National Hurricane Center
- National Weather Service Honolulu Forecast Office
- High Seas
- High Seas
Atlantic & Pacific
- Briefing list of latest text and graphical products
NWS text forecasts with coastal, offshore, and high
seas areas. Also includes International text forecasts
Use the link below to get text messages, maps of forecast
areas, and the issuing forecast office which includes international offices.
- Text forecasts
- Atlantic & Pacific
Unified Surface Analysis
The Unified Surface Analysis sphere includes the Atlantic and
Pacific oceans, and includes North and South America, Europe, Africa and Asia
continents by combining weather analyses from the National Weather Service Offices of
the Ocean Prediction Center (OPC), Hydrometeorlogical Prediction Center (HPC),
National Hurricane Center (NHC), and the Honolulu Forecast Office (HFO).
- Unified Analyses
Extratropical Storm Surge model produces numerical storm surge guidance for
extratropical weather systems out to day 4 along the United States coastline. The model uses
real time output of wind and pressure from the NCEP Global Forecast System (GFS).
Composite analysis images of satellite-derived sea surface
temperatures (SST) and forecast SST & currents which includes the Atlantic
Archived Versions Of Products
- Marine weather loops are available for the past 14 days.
- Archived marine weather charts are available online from
NCDC for the past year.
- NCDC for official certified copies of the latest and
past marine weather products more than 1 year ago.
- Archived OPC text products
Link to archived graphics & text
The experimental products are not yet operational, but are planned to be
operational in the future.
Satellite imagery for oceanic areas that encompass the Ocean
Prediction Center areas of responsibility and include outside regions.
Quality Control Of Marine Observations
Real-time interactive quality control of worldwide surface marine
meteorological data is performed by meteorologist at our office
prior to being assimilated into numerical model guidance.