Numerous versions of this tutorial can be found in this repository's branches.
The materials and notebooks in this tutorial is published as a Jupyter book here.
This repository includes materials for tutorials such as the Community Terrestrial Systems Model (CTSM) 2022 mini-tutorial (link to agenda and resources).
These tutorials are designed as an introduction to running the Community Terrestrial Systems Model (CTSM). We will go through three configurations that include running a:
We'll also learn how to:
This video will walk you through the initial steps of the tutorial, but the steps for quick start are also summarized below.
The full set of lectures from the tutorial can be found here, and will be posted after the tutorial.
In your web browser go to the provided cloud link for the particular tutorial which you are attending.
It will automatically open up a portal to connect to the cloud:
Enter your username and password provided with your tutorial registration
This should launch a JupyterLab window in your browser.
Terminal
icon to open a terminal window.git clone https://github.com/NCAR/CTSM-Tutorial
This gives you a local copy of the material you'll need for the tutorial
Can you see a new directory on your navigation sidebar called CTSM-Tutorial
? (See the left sidebar of your JupyterLab window)
notebooks
directoryCTSM-Tutorial
directorynotebooks
directoryDay0a_GitStarted.ipynb
notebook in the sidebar of your JupyterLab window.CTSM Repository which includes the CTSM Wiki page that has lots of resources, including much of the following:
CLM5 Overview Paper Lawrence et al. 2019 JAMES
CLM5 Diagnostic plots, from the overview paper.
CLM5 ILAMB page, also from the overview paper.
For questions about running simulations, please use DiscussCESM Forums:
Containers & Cloud Platforms Forum
A number of people have been critical to this effort, including:
This material is based upon work supported by the National Center for Atmospheric Research (NCAR), which is a major facility sponsored by the National Science Foundation (NSF) under Cooperative Agreement No. 1852977. Staff time on this project was also supported by NSF award numbers 2039932, 2031238, 1926413, and 2120804.