Code from: Centuries of global heating from Carbon Majors: dependence on future emissions pathways.
Data files
Aug 17, 2026 version files 1.92 MB
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calibrated_constrained_ensemble_FriersonHenrieRevSSP.ipynb
1.92 MB
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README.md
1.75 KB
Abstract
We perform simulations that attribute the amount of global warming due to corporations, governments and other entities into the future. We utilize the Finite Amplitude Impulse Response (FaIR) model run until 2500, and the Carbon Majors dataset, performing counterfactual experiments to calculate the warming attributable to the emitters. Tests are performed using several different future emissions scenarios. This notebook contains all simulations and analysis for the paper.
Dataset DOI: 10.5061/dryad.zcrjdfnsk
Description of the data and file structure
Files and variables
File: calibrated_constrained_ensemble_FriersonHenrieRevSSP.ipynb
Description: This Jupyter notebook branches from the calibrated_constrained_ensemble.ipynb of the FaIR simple climate model. It sets up two sets of simulations, the control simulations from FaIR (stored in FaIR dataframe f), and simulations with the Carbon Majors emissions removed (stored in FaIR dataframe f2). All variables follow the FaIR naming conventions. We additionally include all code to create the plots from the paper.
Code/software
The calibrated_constrained_ensemble.ipynb of the FaIR simple climate model is used, v2.2.2.
Access information
Other publicly accessible locations of the data:
- N/A
Data was derived from the following sources:
*The FaIR simple climate model is used. Any users of this notebook should download FaIR v2.2.2 and place our notebook in the examples directory to run it.
- Carbon Majors data is used. Any users of this notebook should login to Carbon Majors, download the High Granuality dataset, and place it in the examples/data directory in order to run the notebook.