Published June 18, 2025 | Version v1
Software Open

Mediterranean Summer Marine Heatwaves Triggered By Weaker Winds Under Subtropical Ridges: codes for analysis

  • 1. ROR icon CMCC Foundation - Euro-Mediterranean Center on Climate Change

Description

This directory contains codes used in the analysis for the following paper:
Bonino, G., McAdam, R. et al., 2025. Nature Geoscience.
Mediterranean Summer Marine Heatwaves Triggered By Weaker Winds Under Subtropical Ridges

This repository is licensed under the MIT License (see `LICENSE` file).

## Citation

If you use these scripts or data, please cite:

McAdam, R. & Bonino, G (2025), doi: 10.5281/zenodo.15690822.

#=======================#
123_MED_new_peak

Panda dataframe for MHW event characteristics (duration, season, date of peak etc.).
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#=======================#
yNEW.npy
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Clusters corresponding to the 123 marine heatwave events in the Mediterranean Sea.
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intmean_newcluster.npy
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Mean Intensity maps for each MHW event.
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composites_create.ipynb

Calculates mean atmospheric variables during MHW onset, and statistical significance of anomalies with a 1000-sample bootstrapping method.
#=======================#
-Scripts to recreate figures in the paper:
- Fig1.ipynb
- Fig2.ipynb
- Fig3.ipynb
- Fig4.ipynb
- ExtData_climatologies.ipynb
- ExtData_fluxcomps.ipynb

plotter.py is used to create the maps

 

Files

ExtData_climatologies.ipynb

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Additional details

Funding

European Commission
ObsSea4Clim - Ocean observations and indicators for climate and assessments. 101136548

Software

Programming language
Python