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Navy GOFS Surface Elevation
The Global Ocean Forecast System (GOFS 3.1) is an operational global ocean/ice nowcasting and forecasting system that runs daily at the Naval Oceanographic Office. GOFS is based... -
Navy GOFS Water Level
The Global Ocean Forecast System (GOFS 3.1) is an operational global ocean/ice nowcasting and forecasting system that runs daily at the Naval Oceanographic Office. GOFS is based... -
Navy GOFS Currents
The Global Ocean Forecast System (GOFS 3.1) is an operational global ocean/ice nowcasting and forecasting system that runs daily at the Naval Oceanographic Office. GOFS is based... -
Navy GOFS Salinity
The Global Ocean Forecast System (GOFS 3.1) is an operational global ocean/ice nowcasting and forecasting system that runs daily at the Naval Oceanographic Office. GOFS is based... -
NOAA Tampa Bay Wave Height (NWPS)
The Nearshore Wave Prediction System (NWPS) provides on-demand, high-resolution nearshore wave model guidance to U.S. coastal WFOs, triggered in real time by forecast wind grids... -
NOAA Tampa Bay Wave Direction (NWPS)
The Nearshore Wave Prediction System (NWPS) provides on-demand, high-resolution nearshore wave model guidance to U.S. coastal WFOs, triggered in real time by forecast wind grids... -
NOAA Tampa Bay Wave Period (NWPS)
The Nearshore Wave Prediction System (NWPS) provides on-demand, high-resolution nearshore wave model guidance to U.S. coastal WFOs, triggered in real time by forecast wind grids... -
NOAA GFS Air Pressure
The GFS is a global spectral data assimilation and forecast model system. GFS forecasts are produced every six hours at 00, 06, 12 and 18 UTC. The GFS graphics are based on 70... -
NOAA GFS Air Temperature
The GFS is a global spectral data assimilation and forecast model system. GFS forecasts are produced every six hours at 00, 06, 12 and 18 UTC. The GFS graphics are based on 70... -
NOAA GFS Winds
The GFS is a global spectral data assimilation and forecast model system. GFS forecasts are produced every six hours at 00, 06, 12 and 18 UTC. The GFS graphics are based on 70... -
NOAA RTOFS (Strided)
HYCOM (Bleck, 2002) is the hybrid coordinate version of MICOM. While still primarily isopycnic in character, HYCOM allows coordinate surfaces to locally deviate from isopycnals... -
Florida STPS Currents 6 km
University of Connecticut (UCONN) developed a Short-Term Predictive System (STPS) that used CODAR data to make surface current predictions 24 hours into the future (O’Donnell et... -
Gulf Coast STPS Currents 6 km
University of Connecticut (UCONN) developed a Short-Term Predictive System (STPS) that used CODAR data to make surface current predictions 24 hours into the future (O’Donnell et... -
TAMU TX-LA Salinity
The Texas-Louisiana regional ocean forecast system (TXLA ROFS) has been developed by a research group at Texas A&M University. The aim is to provide near-real time ocean... -
TAMU TX-LA Water Elevation
The Texas-Louisiana regional ocean forecast system (TXLA ROFS) has been developed by a research group at Texas A&M University. The aim is to provide near-real time ocean... -
TAMU TX-LA Water Temperature
The Texas-Louisiana regional ocean forecast system (TXLA ROFS) has been developed by a research group at Texas A&M University. The aim is to provide near-real time ocean... -
NOAA RTOFS Currents
The US National Centers for Environmental Prediction (NCEP) Key details has implemented the Global HYCOM (Hybrid Coordinate Ocean Model) NCEP. This ocean model is based on the... -
TAMU/TGLO TXLA ROFS Winds
The Texas-Louisiana regional ocean forecast system (TXLA ROFS) has been developed by a research group at Texas A&M University. The aim is to provide near-real time ocean... -
TAMU/TGLO TXLA ROFS Currents
The Texas-Louisiana regional ocean forecast system (TXLA ROFS) has been developed by a research group at Texas A&M University. The aim is to provide near-real time ocean... -
TWDB/TGLO TxBlend Sabine Lake Currents
Texas Water Development Board (TWDB), in partnership with the Texas General Land Office (TGLO) Oil Spill Prevention and Response effort, maintains near real-time and forecast...