2004
DOI: 10.4031/002533204787522424
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Development of a Real-Time Regional Ocean Forecast System with Application to a Domain off the U.S. East Coast

Abstract: A B S T R A C TThis paper discusses the needs to establish a capability to provide real-time regional ocean forecasts and the feasibility of producing them on an operational basis. Specifically, the development of a Regional Ocean Forecast System using the Princeton Ocean Model (POM) as a prototype and its application to the East Coast of the U.S. are presented. The ocean forecasts are produced using surface forcing from the Eta model, the operational mesoscale weather prediction model at the National Centers … Show more

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Cited by 6 publications
(2 citation statements)
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“…If point values were unavailable, we obtained values from within a 13.75 km 2 area around the point position to be within the length of a survey transect piece or average dis-tance traveled over a haul. We obtained surface salinity (parts per thousands) from either the real time ocean forecast system (RTOFS) model (May 2006 to present) (Mehra & Rivin 2010) or the regional ocean forecast system (ROFS) model (pre-May 2006) (Breaker et al 2004), using a tool developed at the NEFSC (Brick Builder, Version 1.0). We obtained surface salinity for each haul or transect start location from the nearest ocean model grid point, up to 14 km 2 from the point location.…”
Section: Environmental Variablesmentioning
confidence: 99%
“…If point values were unavailable, we obtained values from within a 13.75 km 2 area around the point position to be within the length of a survey transect piece or average dis-tance traveled over a haul. We obtained surface salinity (parts per thousands) from either the real time ocean forecast system (RTOFS) model (May 2006 to present) (Mehra & Rivin 2010) or the regional ocean forecast system (ROFS) model (pre-May 2006) (Breaker et al 2004), using a tool developed at the NEFSC (Brick Builder, Version 1.0). We obtained surface salinity for each haul or transect start location from the nearest ocean model grid point, up to 14 km 2 from the point location.…”
Section: Environmental Variablesmentioning
confidence: 99%
“…Short-term ocean "weather" forecasting was initiated as a core activity at National Centers for Environmental Prediction/National Weather Service (NCEP/NWS) in 1994 with the development of EC-ROFS (East Coast-Regional Ocean Forecast System) (Breaker et al 2004). It was a prototype ocean forecast system based on the Princeton Ocean Model (Blumberg and Mellor 1987) which was implemented operationally at NCEP in March 2002.…”
Section: Introductionmentioning
confidence: 99%