Sea Surface Elevation TimeSeries - Belgian Coastal Zone - Coherens V1. This dataset contains the operational 3D baroclinic hydrodynamical COHERENS forecasts for the Belgian part of the North Sea. The domain covers the latitudes 51 to 51.9 and the longitudes 2.1 to 4.2 The grid has a resolution of 1.2e-2 deg in longitude and 6.9e-3 deg in latitude. The data is provided every 10 minutes. The sea surface is forced by the 6-hourly meteo forecasts provided by the United Kingdom Meteorology Office (UKMO)

This dataset is part of the MSFD D7 2017 cycle. It aims at assessing the impact of the windmills on the hydrodynamical conditions and hydrodynamical climate in their neighbourhood. The impcat is measured by comparing a domain with and without the presence of windmills. This particular dataset gathers the 3D fields of the reference (no windmills) simulation.

Average Zero-upcrossing Frequency Timeseries - North Sea - HYPAS wave forecasts. The domain is a stereograhic projection, the x-axis is parallel to phi_0 = 56.787 deg N. The projection ranges from [0.711 W to 4.326W] and [49.904 N to 52.174 N]. The grid has a resolution of 10 km by 10 km. The spectral analysis is provided every 30 minutes. The sea surface is forced by the 6-hourly meteo forecasts provided by the UKMO

Average Zero-upcrossing Period for the Windsea Timeseries - North Sea - The domain is a lon/lat grid that covers the range [48.5, 57.033] in latitude and the range [-4.05, 9.25] in longitude. The latitude increment is 0.066 degrees, the longitude increment is 0.1 degrees. The spectral analysis is provided every hour. The sea surface is forced by the 1-hourly meteo forecasts provided by the ECMWF

Significant Wave Height of the Swell Timeseries - North Sea - HYPAS wave forecasts. The domain is a stereograhic projection, the x-axis is parallel to phi_0 = 56.787 deg N. The projection ranges from [0.711 W to 4.326W] and [49.904 N to 52.174 N]. The grid has a resolution of 10 km by 10 km. The spectral analysis is provided every 30 minutes. The sea surface is forced by the 6-hourly meteo forecasts provided by the UKMO

Average Period Timeseries - North Sea - The domain is a lon/lat grid that covers the range [48.5, 57.033] in latitude and the range [-4.05, 9.25] in longitude. The latitude increment is 0.066 degrees, the longitude increment is 0.1 degrees. The spectral analysis is provided every hour. The sea surface is forced by the 1-hourly meteo forecasts provided by the ECMWF

Sea surface salinity TimeSeries - Belgian Coastal Zone - Coherens V1. This dataset contains the operational 3D baroclinic hydrodynamical COHERENS forecasts for the Belgian part of the North Sea. The domain covers the latitudes 51 to 51.9 and the longitudes 2.1 to 4.2 The grid has a resolution of 1.2e-2 deg in longitude and 6.9e-3 deg in latitude. The data is provided every 10 minutes. The sea surface is forced by the 6-hourly meteo forecasts provided by the United Kingdom Meteorology Office (UKMO)

Average Zero-upcrossing Period for the Swell Timeseries - North Sea - The domain is a lon/lat grid that covers the range [48.5, 57.033] in latitude and the range [-4.05, 9.25] in longitude. The latitude increment is 0.066 degrees, the longitude increment is 0.1 degrees. The spectral analysis is provided every hour. The sea surface is forced by the 1-hourly meteo forecasts provided by the ECMWF

Average Wave Direction for the Swell Timeseries - North Sea - The domain is a lon/lat grid that covers the range [48.5, 57.033] in latitude and the range [-4.05, 9.25] in longitude. The latitude increment is 0.066 degrees, the longitude increment is 0.1 degrees. The spectral analysis is provided every hour. The sea surface is forced by the 1-hourly meteo forecasts provided by the ECMWF

Direction of Low Frequency Waves Timeseries - North Sea - HYPAS wave forecasts. The domain is a stereograhic projection, the x-axis is parallel to phi_0 = 56.787 deg N. The projection ranges from [0.711 W to 4.326W] and [49.904 N to 52.174 N]. The grid has a resolution of 10 km by 10 km. The spectral analysis is provided every 30 minutes. The sea surface is forced by the 6-hourly meteo forecasts provided by the UKMO