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"10.13039/501100007601"; "Horizon 2020"; a . ; "https://c-scale.eu/towards-automated-ensemble-discharge-forecasts-for-any-river-in-the-world-on-a-federated-compute-and-data-infrastructure/"; ; "2023-04-14 08:02:17.087465+00:00"; "2023-04-14 08:02:17.997581+00:00"; ; "C-SCALE workflow description"; "2023-04-14 08:02:17.087465+00:00"; a , , . ; "https://github.com/c-scale-community/workflow-automated-river-forecasts"; ; "2023-04-14 08:00:29.970863+00:00"; "2023-04-14 08:09:22.993033+00:00"; ; "GitHub repository"; "2023-04-14 08:00:29.970863+00:00"; a , , . ; "10.13039/501100000780::101017529"; "Copernicus - eoSC AnaLytics Engine"; "Copernicus - eoSC AnaLytics Engine"; a . "ensemble"; a ; "9.787234042553191"; "9.2" . "C scale"; a ; "13.170731707317072"; "8.1" . "C scale"; a ; "9.148936170212766"; "8.6" . "solution"; a ; "9.75609756097561"; "6.0" . "Music"; a ; "Arts, culture and entertainment/Arts and entertainment/Music" . "Weather forecast"; a ; "Weather/Weather forecast" . 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"This workflow produces a monthly high resolution, ensemble river discharge forecast for a river basin of interest."; a ; "26.02495543672014"; "14.6" . "simulation"; a ; "4.468085106382978"; "4.2" . "geophysics"; a ; "100.0"; "0.7751058340072632" . "C-SCALE workflow solutions are intended to give users a template and reusable components to start building monitoring, modelling and forecasting applications"; a ; "42.42424242424242"; "23.8" . "high resolution"; a ; "8.829787234042554"; "8.3" . "discharge"; a ; "7.9787234042553195"; "7.5" . "ensemble"; a ; "13.658536585365853"; "8.4" . "re-analysis"; a ; "3.617021276595745"; "3.4" . "building monitoring"; a ; "7.8125"; "5.0" . "forecasting application"; a ; "13.4375"; "8.6" . "geosciences"; a ; "100.0"; "0.7751058340072632" . "geophysics"; a ; "100.0"; "0.6513849496841431" . ; "7c6a2a60-9839-4d63-b8bb-dc8ccba3e67d"; "POINT (4.38106119632721 51.986148773826365)"; a . 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The workflow uses the global ERA5 re-analysis product and SEAS5 seasonal meteorological forecasts from the Copernicus Climate Data Store as input for the wflow_sbm hydrological model. The input data is automatically downloaded for the model domain, resampled to the required model grid, and runs a 50-member ensemble forecast simulation. This workflow is triggered every month when new SEAS5 forecasts become available."""; "application/ld+json"; ; ; , , , , , , , ; "https://w3id.org/ro-id/f503fc7e-9e64-40d7-8d35-490a2b358bc3"; ; "C-SCALE Workflow Solution: Automated monthly river forecasts using Wflow"; ; ; "MANUAL"; , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ; ; a , , , ; "https://w3id.org/ro/terms/earth-science#WorkflowCentricResearchObjectTemplate"; "Buitink, Joost, Jaap Langemeijer, Bjorn Backeberg, and Frederiek Sperna Weiland. \"C-SCALE Workflow Solution: Automated monthly river forecasts using Wflow.\" ROHub. 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"info@deltares.nl"; "Deltares"; a . "jaaplangemeijer@gmail.com"; "Jaap Langemeijer"; a . "joost.buitink@deltares.nl"; "Joost Buitink"; a . 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