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SD ID: Switching on the EOSC for Reproducible Computational Hydrology by FAIRifying eWaterCycle and SWITCH-ON
Organisations & contacts Dr Berit Arheimer - SMHI Michael R. Crusoe - Common Workflow Language Dr Axel Berg - SURFsara Dr Sergio Andreozzi - EGI Foundation Dr Lukasz Dutka - CYFRONET Dr Anton Frank - Leibniz Supercomputing Centre (LRZ), Bavarian Academy of Sciences and Humanities Prof dr. ir. Nick van de Giesen - Delft University of Technology |
OVERVIEW: Central to the science of hydrology is the localized nature of the medium through which water flows. The science demonstrator proposal seeks to integrate the top-down approach of the eWaterCycle project with the bottom-up approach of the SWITCH-ON one.
SCIENTIFIC OBJECTIVES:
Central to the science of hydrology is the localised nature of the medium through which water flows. This science demonstrator seeks to create a fully FAIR Hydrological forecasting system, combining local and global models.
- FAIR Output Forecast dataset
- Fair Software for Hydrological Modelling
- Fair Workflows for Hydrological modelling on EOSC
- Community and Outreach
FAIR DATA CHALLENGES
- create FAIR versions of data required for running the hydrological models
- FAIR software (source code and