Ocean Science special issue
Coastal modelling and uncertainties based on CMEMS products
Papers are accessible at Ocean Science web
Editor(s): J. M. Huthnance, A. Sánchez-Arcilla, J. Staneva, and M. Espino Infantes
This special issue deals with physical coastal oceanography, involving modelling, in situ observations, and satellite data. This is the aim of the H2020 CEASELESS project from which the papers stem. The aim of the special issue is to achieve, based on CMEMS products, a high-grade set of coastal oceanography predictions suitable for dealing with the increases in pressures and conflicting uses typical of the narrow land–water border.
Editor(s): J. M. Huthnance, A. Sánchez-Arcilla, J. Staneva, and M. Espino Infantes
This special issue deals with physical coastal oceanography, involving modelling, in situ observations, and satellite data. This is the aim of the H2020 CEASELESS project from which the papers stem. The aim of the special issue is to achieve, based on CMEMS products, a high-grade set of coastal oceanography predictions suitable for dealing with the increases in pressures and conflicting uses typical of the narrow land–water border.