Numerical model data underlying the publication: The evolution of plume fronts in the Rhine region of freshwater influence ...

This data set presents numerical model data that has been used in the study "the evolution of plume fronts in the Rhine region of freshwater influence". We used the numerical FLOW module of Delft3D. The model domain covers the southern North Sea by using four nested grids: course, intermediate, fine, extra-fine. This model is an adjusted version of the ZUNO-DD model created by Deltares. The two selected model periods, a calm neap and spring period, coincide with the STRAINS experiment off the Dutch coast in September 2014. The model output contains waterlevel, salinity, temperature, four trace... Mehr ...

Verfasser: Rijnsburger, Sabine
Raul Flores, R.P. Raúl
Pietrzak, J.D. Julie
Horner-Devine, A.R. Alexander
Souza, A.J. Alejandro
Zijl, Firmijn
Dokumenttyp: dataset
Erscheinungsdatum: 2021
Verlag/Hrsg.: 4TU.ResearchData
Schlagwörter: Geophysics / FOS: Earth and related environmental sciences / Physical Geography and Environmental Geoscience / Oceanography / tidal plume fronts / Rhine ROFI / Flow module Delft3D / Dutch coast / Time: 2014-09-16/2014-10-01
Sprache: unknown
Permalink: https://search.fid-benelux.de/Record/base-28980271
Datenquelle: BASE; Originalkatalog
Powered By: BASE
Link(s) : https://dx.doi.org/10.4121/13664471

This data set presents numerical model data that has been used in the study "the evolution of plume fronts in the Rhine region of freshwater influence". We used the numerical FLOW module of Delft3D. The model domain covers the southern North Sea by using four nested grids: course, intermediate, fine, extra-fine. This model is an adjusted version of the ZUNO-DD model created by Deltares. The two selected model periods, a calm neap and spring period, coincide with the STRAINS experiment off the Dutch coast in September 2014. The model output contains waterlevel, salinity, temperature, four tracer concentrations, vertical eddy viscosity, horizontal and vertical velocities. The model data is in the time zone UTC+1 and the coordinates are in the Rijks-Driehoek (RD) system, which is a Dutch coordinate system. The vertical grid consists of twenty non-equidistant sigma layers. Additionally, front trajectories and frontogenesis terms are uploaded too (corresponding to Figures 11, 14 and 15). ...