The coastal heights data combines two datasets: the land-sea mask of the gridded EMODnet bathymetry and the height of high-water (HAT) relative to chart datum (LAT) as computed with the GTSM tide model. Near the coast a diffusion scheme is applied to make the heights consistent with the land-sea mask. Finally, only grid cells that are classified as sea, but neighbor a land cell are selected. The main assumption in this approach is that the height of the topography near the coastline is close to the high-water mark. The main purpose of this dataset is to improve extrapolation towards the coast. In many areas around Europe there is a (small) gap between the point closest to the coast for which a survey is available and the coastline. In this way interpolation from coarser background data is avoided.

Monthly time series of Total Phosphorous [mg/l] from model data

Annual time series of Total Phosphorous/Phosphates [mg/l] from in situ and model data

Annual time series of Total Suspended Matter (TSM) from satellite data [mg/l]

Monthly time series of Total Suspended Matter (TSM) from satellite data [mg/l]

Annual time series of Total Nitrogen/Nitrates [mg/l] from in situ and model data

Annual time series of Water Discharge (Qw) [m3/s] from in situ and model data

Monthly time series of Water Discharge (Qw) [m3/s] from in situ and model data

Monthly time series of Total Nitrogen [mg/l] from model data

Conversion into the EMODnet format of the published grid for the Capbreton Canyon in 2007: http://dx.doi.org/10.12770/72e2f750-c255-11df-a9b6-005056987263