Climatologie à la résolution spatiale de 500 m recalculée à partir des archives de séries temporelles (2010-2015) issues du rejeu hydrodynamique (MARS 3D) et de la librairie AGRIF. Le paramètre proposé est la TEMPERATURE selon 3 niveaux (surface, fond et moyenne verticale sur la colonne d'eau) et 3 intensités de valeurs : les plus faibles (P10 i.e. moyenne des percentiles 10 annuels), les valeurs médianes (P50 i.e. moyenne des médianes annuelles) et les plus fortes (P90 i.e. moyenne des percentiles 90 annuels).

Climatologie à la résolution spatiale de 500 m recalculée à partir des archives de séries temporelles (2010-2015) issues du rejeu hydrodynamique (MARS 3D) et de la librairie AGRIF. Le paramètre proposé est le paramètre "énergie cinétique" (représentative des courants) selon 3 niveaux (surface, fond et moyenne verticale sur la colonne d'eau) et 3 intensités de valeurs : les plus faibles (P10 i.e. moyenne des percentiles 10 annuels), les valeurs médianes (P50 i.e. moyenne des médianes annuelles) et les plus fortes (P90 i.e. moyenne des percentiles 90 annuels).

This annual statistics at 500m horizontal resolution was produced from the archived time series of MARS 3D physics model hindcast runs along French Atlantic Coast. The variable that is available here is the Temperature. Values are expressed in Celsius Degrees. The vertical level is the sea surface.

This annual statistics at 500m horizontal resolution was produced from the archived time series of MARS 3D physics model hindcast runs along French Atlantic Coast. The variable that is available here is Temperature. Values are expressed in Celsius degrees. In each pixel the value is an average of the values of the 40 vertical levels that are considered in the model.

This annual statistics at 500m horizontal resolution was produced from the archived time series of MARS 3D physics model hindcast runs along French Atlantic Coast. The variable that is available here is the Kinetic Energy induced by currents caused by tide, water density gradients and action of winds. The formula used for the Kinetic Energy calculation is 0.5mv², where m is the density of seawater (1027 kg.m-3) and v is the current-induced velocity. Values are expressed in N.m-2 (Newton per square meter). The vertical level is the seabed.

This annual statistics at 500m horizontal resolution was produced from the archived time series of MARS 3D physics model hindcast runs along French Atlantic Coast. The variable that is available here is the Kinetic Energy induced by currents caused by tide, water density gradients and action of winds. The formula used for the Kinetic Energy calculation is 0.5mv², where m is the density of seawater (1027 kg.m-3) and v is the current-induced velocity. Values are expressed in N.m-2 (Newton per square meter). In each pixel the value is an average of the values of the 40 vertical levels that are considered in the model.

This annual statistics at 500m horizontal resolution was produced from the archived time series of MARS 3D physics model hindcast runs along French Atlantic Coast. The variable that is available here is the Kinetic Energy induced by currents caused by tide, water density gradients and action of winds. The formula used for the Kinetic Energy calculation is 0.5mv², where m is the density of seawater (1027 kg.m-3) and v is the current-induced velocity. Values are expressed in N.m-2 (Newton per square meter). The vertical level is the sea surface.

This annual statistics at 500m horizontal resolution was produced from the archived time series of MARS 3D physics model hindcast runs along French Atlantic Coast. The variable that is available here is Salinity. Values are expressed in psu. In each pixel the value is an average of the values of the 40 vertical levels that are considered in the model.

This annual statistics at 500m horizontal resolution was produced from the archived time series of MARS 3D physics model hindcast runs along French Atlantic Coast. The variable that is available here is the Temperature. Values are expressed in Celcius degrees. The vertical level is the seabed.

This annual statistics at 500m horizontal resolution was produced from the archived time series of MARS 3D physics model hindcast runs along French Atlantic Coast. The variable that is available here is the Salinity. Values are expressed in psu. The vertical level is the sea surface.