# June 13 and 14 ## WHETGEO-1D Richards-Richardson's equation This component contains the materials for the first two days of the school. These two days are dedicated to the mono-dimensional Richardson-Richards equation. Materials: - **Presentations** contains the .pdf of the lectures - **Basic examples** contains the Jupyter notebooks showing some test cases of WHETGEO-1D. You can find this folder and its content also in the WHETGEO-1D OMS project. - **Documentation** contains the Jupyter notebook documenting WHETGEO-1D - **OMS_project_WHETGEO-1D** is the OMS project of the WHETGEO-1D component. The reference paper of WHETGEO-1D can be found on [Geoscientific Model Development][2]. The source code of WHETGEO-1D is available on [Github][3] Below you can find the recordings of the first two days: - The forcing acting in soils, _slide_ _video_; - Introducing the Richards-Richardson (R2) equation, _slide_ _video_; - Switching seamlessly from the vadose conditions to the saturated ones, _slide_ _video_; - Three forms of the R2 equation _slide_ _video_; - Numerically solving the R2 equation _slide_ _video_; - Setting the surface boundary conditions in WHETGEO 1D, _slide_ _video_; Below you can find the tutorials on WHETGEO-1D - Example 0, _video_; - Example 1, _video_; - Example 2, _video_; - Simulating infiltration excess, _video_; - Exploring the dependece of saturated conductivity on temperature, _video_; - Calibrating WHETGEO-1D with LUCA (Let Us Calibrate) tool, _video_; - Building a simulation with WHETGEO-1D from scratch, _video_ --- _The GEOframe group_ [Blog index][100] - [Installations][101] - _Blog page_ [1]: https://github.com/GEOframeOMSProjects/OMS_Project_WHETGEO1D [2]: https://gmd.copernicus.org/articles/15/75/2022/gmd-15-75-2022.html [3]:https://github.com/geoframecomponents/WHETGEO-1D [100]: http://geoframe.blogspot.com/ [101]: https://osf.io/2a6qz/