1 Dataset description In ocean model or Earth System model applications, the riverine freshwater inflow is an important flux affecting salinity and marine stratification in coastal areas. However, in climate
We utilized the global hydrology model HydroPy (Stacke and Hagemann 2021) to simulate daily time series of surface and subsurface runoff at global 0.5 degree resolution. Daily data of the atmospheric dataset
We utilized the global hydrology model HydroPy (Stacke and Hagemann 2021) to simulate daily time series of surface and subsurface runoff at global 0.5 degree resolution. Daily data of the atmospheric dataset
The Hydrological Discharge (HD) model (Vs. 5.2, Hagemann et al. 2023) was used to simulate daily discharge time series over the European domain at 1/12° horizontal resolution. Daily data of surface and
We bias-corrected the original discharge time series simulated by the Hydrological Discharge (HD) model (see respective dataset of this experiment) to generate daily bias-corrected discharges at coastal
The Hydrological Discharge (HD) model (Vs. 5.2, Hagemann et al. 2023) was used to simulate daily discharge time series over the European domain at 1/12° horizontal resolution. Daily data of surface and