This repository contains code, scripts, and resources for hands-on sessions covering Land, Marine, and Atmosphere monitoring using data and services from Copernicus.
This workshop series is designed to be beginner-friendly, with a focus on practical applications of Copernicus data. Each session includes morning presentations followed by afternoon coding and demo sessions. Participants will get hands-on experience using pre-prepared scripts and notebooks, which they can adapt for their own needs.
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Land Monitoring Service
- Morning: Overview of Copernicus Land Monitoring Services and user cases
- Afternoon: Hands-on session using adjusted scripts from the EEA repository to explore land monitoring datasets and workflows.
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Marine Monitoring Service
- Morning: Overview of Copernicus Marine Monitoring Services
- Afternoon: Hands-on session exploring marine datasets.
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Atmosphere Monitoring Service
- Morning: Overview of Copernicus Atmosphere Monitoring Services
- Afternoon: Hands-on session exploring atmospheric datasets and tools for air quality assessment.
In this session, we will use pre-adjusted scripts derived from the EEA Land Monitoring Repository, with additional functionality that we’ve added to enhance the workflows. Participants will learn to about ARLINE data, snow and ice monitoring, and assess data using various Copernicus Land Monitoring datasets.
Land/: Contains notebooks for the hands-on session for Copernicus Land monitroing service./clms-hrsi-arlie_demo-iceland/: Contains examples and exercisse of how to download and process ARLIE data./land_use/: Contains notebooks for download and processing data from WEkEO such is Urban Atlas and Corine lulc in the near future.
In this session, we will use pre-adjusted scripts derived from the Mercator Ocean International - Copernicus Marine, with additional functionality that we’ve added to enhance the workflows. Participants will learn to about biogeochemical data, marine heat wave, and assess data using various Copernicus Marine Monitoring datasets.
Marine/: Contains the folders for the hands-on session for Copernicus Marine monitroing service./Biogeochemical/: Contains the biogeochemical notebooks for the hands-on session for Copernicus Marine monitroing service./out/: Contains the output from the notebook results.
/Marine_Heat_Wave/: Contains the marine heat wave notebooks for the hands-on session for Copernicus Marine monitroing service./out/: Contains the output from the notebook results./img/: Contains images to fully display the notebook.
In this session, we will use pre-adjusted scripts derived from the ****, with additional functionality that we’ve added to enhance the workflows. Participants will learn to about ....
Atmosphere/: Contains notebook for the hands-on session for Copernicus Atmosphere monitroing service./img/: Contains images to fully display the notebook.
- Basic Python knowledge is useful but not required.
- A modern web browser and internet connection for accessing Copernicus services.
- Participants should have Jupyter Notebook installed or use online platform (e.g. WEkEO, Kaggle, Google Colab or Copernicus )
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Clone the repository:
git clone https://github.com/lmi/copernicus.git cd copernicus -
Install required dependencies (if any):
pip install -r requirements.txt
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Launch Jupyter Notebook:
jupyter notebook
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Navigate to the relevant hands-on session folder (e.g.,
LAND) to start exploring the scripts.
This repository is licensed under the MIT License.