Forecast systems are fundamental assets for emergency response and everyday management of coastal regions
The OPENCoastS service assembles on-demand circulation forecast systems for selected coastal areas and keeps them running operationally for a period defined by the user. This service generates daily forecasts of water levels, vertically averaged velocities and wave parameters over the region of interest for 48 or 72 hours, based on numerical simulations of all relevant physical processes.
Presently, all forecasts are made with the SCHISM model.
Forcings are provided by NOAA / GFS, MétéoFrance, PRISM2017 and FES2014.
Tide gauge data are provided by EMODnet Physics.
You can find a sample grid file to test the service here.
The coordinate reference system of this grid is EPSG: 4326 | WGS84 / World Geodetic System 1984, and the vertical displacement relative to mean sea level is 0.
You can access the user manual here.
You can access several podcasts on coastal processes, the SCHISM model, grid generation, forecast systems and OPENCoastS itself here.
Provide tools for emergency agents and civil protection agents antecipating natural disasters (such as: flooding, storms, algae blooms), antecipating the impacts of anthropogenic accidents on the coast and helping in search and rescue operations.
Provide all coastal managers the predictions on water conditions timely and accurately, supporting multiple uses such navigation aid, water monitoring harbour activities, dredging works and building works on the coast.
Forecast systems are also useful for the scientific community, supporting, for instance, field work and helping to understand the physical, biogeochemical and ecosystemic dynamics in the estuarine and coastal areas.
The platform provides a Configuration Assistant for the assembly of the forecast systems. The following steps are part of the Configuration Assistant for forecasts based on the SCHISM Model:
Forecast Systems Management
The platform provides an area for the management of the forecast systems created by the user where, among other features, it is possible to review the system's configuration and current status.
The platform includes an interactive map to allow the visualization of the model outputs and the comparison with sensor data for physical variables.