![eWaterCycle Banner](figures/ewc_banner.png)

# eWaterCycle Projects

Welcome to the eWaterCycle projects repository. This repository collects projects that showcase how [eWaterCycle](https://ewatercycle.readthedocs.io/en/latest/index.html) works, including student projects.

We have projects from different levels of education, including:
- Bachelor of Science (BSc) projects
- Master of Science (MSc) projects
- PhD/PostDoc/Research projects

## SAFE4ALL Workshop

For the workshop use the GitHub Logo on the top right ![launch](figures/jupyterHub_launch.png) (which will pop up in the [tutorial](https://www.ewatercycle.org/projects/main/tutorials_examples/1_HBV_Caravan_ERA5/example_model_run_HBV.html) itself, first go there) and click on JupyterHub.
Go into folder: projects/book/tutorials_examples.
This will take you to a server on the Surf Research Cloud, where we have eWaterCycle installed and all the required data on hand.

## Table of Contents
- [Bachelor of Science (BSc) Projects](https://www.ewatercycle.org/projects/main/thesis_projects/BSc/overview_BSc_thesis_projects.html)
- [Master of Science (MSc) Projects](https://www.ewatercycle.org/projects/main/thesis_projects/MSc/overview_MSc_thesis_projects.html)
- [Research Projects](https://www.ewatercycle.org/projects/main/thesis_projects/Research/overview_research_projects.html)
- [Tutorials](https://www.ewatercycle.org/projects/main/tutorials_examples/intro_tutorials_examples.html)
- [References](https://www.ewatercycle.org/projects/main/references.html)

Projects counter:
- BSc projects: 6
- MSc projects: 0
- PhD/PostDoc/Research projects: 1

## eWaterCycle

The [eWaterCycle](https://ewatercycle.readthedocs.io/en/latest/index.html) Python package brings together many components from the eWaterCycle project. 
An overall goal of this project is to make hydrological modelling fully reproducible, open, and FAIR.

Typically, the eWaterCycle platform is deployed on a system that can be accessed through the browser via JupyterHub, and comes preconfigured with readily available parameter sets, meteorological forcing data, model images, etcetera. 
This makes it possible for researchers to quickly run an experiment without the hassle of installing a model or creating suitable input data. 
To learn more about the system setup, read our [System setup](https://ewatercycle.readthedocs.io/en/latest/system_setup.html) page.