You can find the session at this vGU link.
Contributors: Riccardo Rigon, Giuseppe Formetta, Marialaura Bancheri, Michele Bottazzi, Niccolò Tubini, Concetta D'Amato, Shima Azimi, Christian Massari, Silvia Barbetta.
- meteorological data interpolation (Bancheri et al., 2018);
- terrain analysis (Abera et al., 2014, please see also the recent Horton Machine Toolbox);
- calibration tools (Formetta et al., 2011; Formetta et al., 2014);
- rainfall-runoff models (Bancheri et al., 2020; Formetta et al., 2014);
- and runoff propagation;
- evaporation and transpiration models (Bottazzi, 2020; Bottazzi, 2021);
- snow models (Formetta et al., 2014);
- Richards’ equations solvers in WHETGEO model (paper for GM in preparation, but you can give a look to Github for it);
- Freezing soil (without water flow), Tubini et al. 2021;
The modelling solution components are executed in parallel by the OMS3/CSIP engine. Besides, a further parallelization is made thanks to the spatial discretisation of the catchments in hydrological response units. GEOframe has been applied to catchments from few thousands of square meters to two hundred thousand square kilometers, and it is also used for operational forecasting in the Basilicata region in Italy.
The short course introduces the system using some case studies already prepared and show how to join components, set the parameters, run the calibration and obtain results. The course will be based on the material already prepared for various Winter Schools on the topic, which allows the participants to use independently the system.
The material provided at the vEGU session is the following:
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