Oceanography
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Horizon 2020
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Efficient scheme for the shallow water equations on unstructured grids with application to the Continental Shelf
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Copernicus - eoSC AnaLytics Engine
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C-SCALE Workflow Solution: Coastal hydrodynamic and water quality modelling using Delft3D FM
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date modified: 2025-10-17 20:05:09.663096+00:00
date published: 2023-04-14 07:48:34.206641+00:00
description: C-SCALE workflow solutions are intended to give users a template and reusable components to start building monitoring, modelling and forecasting applications With the coastal hydrodynamic and water quality modelling workflow solution a user can easily produce hydrodynamic and water quality hindcasts or forecasts for the coastal ocean for a Delft3D FM model schematisation. The workflow solution has the following functionality: - Download the necessary input data for the user's Delft3D Flexible Mesh model setup. Input data include Copernicus' Global Ocean Physics Reanalysis and Global ocean biogeochemistry hindcast, ERA5 and FES2012. - Prepare the data for ingestion into the user's Delft 3D Flexible Mesh hydrodynamic and water quality model. This entails the preparation of forcings, initial conditions, and boundary condiditons. - Produce hydrodynamic and water quality hindcasts or forcasts based on the user's Delft3D Flexible Mesh hydrodynamic and water quality model setups. - Analyse the simulation outputs in an interactive Jupyter Notebook. The workflow is executed using Snakemake, a workflow management system for creating and executing reproducible and scalable data analyses. The workflow solution can be deployed on any provider part of the C-SCALE data and compute federation offering cloud container compute.
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cite-as: Backeberg, Bjorn, Sebastian Luna Valero, and Lőrinc Meszaros. "C-SCALE Workflow Solution: Coastal hydrodynamic and water quality modelling using Delft3D FM." ROHub. Apr 14 ,2023. https://w3id.org/ro-id/56c970ea-ef0c-4963-845e-1155bad0682a.

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Delft3D Flexible Mesh Website
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