Customize graphics and create animations from the front page using Jupyter notebooks
These notebooks are listed below and can be run in a Google Colaboratory environment.
Direct questions about the notebooks to webmaster-co2o2-sio@ucsd.edu
Running and modifying Jupyter notebooks with Google Colaboratory
This page explains how to run and save Jupyter notebooks to create graphics and animations of the graphics found on the front page of this website. These notebooks are henceforth referred to as Keeling Curve notebooks.
The Keeling Curve notebooks listed below use Google Colaboratory (Colab) to run in. Google Colab is a service provided by Google that enables users to run Jupyter notebooks (written in python) in a browser without installing python. More information about Google Colab can be found here.
To run Keeling Curve notebooks using Google Colab, a Google account and being logged into it is required. Without being logged into a Google account, you can only view the notebooks and not edit them.
Keeling Curve Notebooks listing
Graphics of the Mauna Loa CO2 record
- Full Mauna Loa record
- Mauna Loa record one week previous
- Mauna Loa record one month previous
- Mauna Loa record six months previous
- Mauna Loa record one year previous
- Mauna Loa record two years previous
Graphics of the combined Mauna Loa and ice-core CO2 record
- Ice-core and MLO records from 1700 to the present()
- Mauna Loa and ice-core records back 2000 years from the present
- Mauna Loa and ice-core records back 10K years from the present
- Mauna Loa and ice-core records back 800K years from the present
Animations of the Mauna Loa CO2 record
Animations of the Mauna Loa and ice-core CO2 record
Overview
- Overview of the notebooks
- How to run the notebooks
- How to modify the graphics and animations
- Overview of python