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This repository contains a Jupyter Notebook written in R, where the Fire Weather Index (FWI) is emulated using deep learning techniques with basic climate variables as input features.

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DeepFWI

This repository contains a Jupyter Notebook (main.ipynb), where the Fire Weather Index (FWI) is emulated using deep learning techniques with basic climate variables as input features. The config_nb.yaml file provides the deep learning optimization parameters, which can be adjusted by the user as desired.

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Environment Installation

The required packages and dependencies to run the experiments are listed in environment.yaml. To set up the environment, follow these steps:

  1. Create the environment using Mamba for faster dependency resolution:
    conda create -n deep-fwi -c conda-forge mamba
  2. Activate environment
    conda activate deep-fwi
  3. Use Mamba to install the packages required
    mamba env create -f environment.yaml
    

Once the environment is installed and activated, open the Jupyter notebook and enjoy emulating! :)

The data required to run the code is available on Zenodo:

  • Mirones, Ó., Bedia Jiménez, J., & Baño-Medina, J. (2025). Toy Dataset for Emulating the Fire Weather Index (FWI) Using Deep Learning Techniques [Data set]. Zenodo. https://doi.org/10.5281/zenodo.15075367

Instructions for downloading it can be found within the notebook.

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This repository contains a Jupyter Notebook written in R, where the Fire Weather Index (FWI) is emulated using deep learning techniques with basic climate variables as input features.

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