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Download any data from https://cds.climate.copernicus.eu/datasets faster using parallel processing. Climate Data Store/ Copernicus website/ Climate change service dataset. This article introduces a parallelized Python workflow that allows you to download ERA5 data significantly faster and HPC-compatible.

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Downloading-ERA5-Data-Faster-Using-Parallel-Processing-in-Python

Download any data from https://cds.climate.copernicus.eu/datasets faster using parallel processing. Climate Data Store/ Copernicus website/ Climate change service dataset. This article introduces a parallelized Python workflow that allows you to download ERA5 data significantly faster and HPC-compatible.

Find the scrip here parallel-ERA5-data-download.ipynb

Find the same and more articles on my Medium https://medium.com/@akash.pathaikara

Contact me on Linkdin https://www.linkedin.com/in/akash-pathaikara-752b0bb1/

Why This Repository?

Downloading ERA5 data serially can be extremely slow when working with:

  • Long time periods
  • Multiple variables
  • Large spatial domains

This workflow solves that problem by:

  • Parallelizing independent CDS API requests
  • Maximizing I/O throughput
  • Maintaining a clean, reproducible research workflow

Key Features

  • 🚀 Faster downloads using parallel processing
  • 🔁 Multiple CDS requests sent simultaneously
  • 🖥️ HPC-compatible (SLURM / PBS / compute nodes)
  • ⚙️ Uses the official CDS API
  • 📦 Modular, readable, and easy to extend

About

Download any data from https://cds.climate.copernicus.eu/datasets faster using parallel processing. Climate Data Store/ Copernicus website/ Climate change service dataset. This article introduces a parallelized Python workflow that allows you to download ERA5 data significantly faster and HPC-compatible.

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