Recording and resources
Section outline
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We will demonstrate two Jupyter Notebooks during the practical parts of the demonstration. These notebooks can be cloned from our ocean-case-study repository, which can be found in the ocean training group of our GitLab page (eumetlab)
We will focus on the Sea surface temperature anomalies in the Northern Atlantic and Mediterranean Sea in 2023 and Marine heatwaves in the Mediterranean Sea in 2023 notebooks, both of which can be accessed via the Index notebook at the URL above.Attendees may also be interested in our learn-slstr and learn-osi-saf-winds repositories, which contains information on working with EUMETSAT Copernicus and OSI SAFE SST products:
- https://gitlab.eumetsat.int/eumetlab/oceans/ocean-training/sensors/learn-slstr
- https://gitlab.eumetsat.int/eumetlab/oceans/ocean-training/sensors/learn-osi-saf-sst
Presentations:
- Introductory presentation, H. Evers-King, EUMETSAT
- SST at EUMETSAT: selecting appropriate product, O. Membrive, Météo France/EUMETSAT OSI SAF
- NOAA Ocean Heat Content product, W. Skirving, NOAA
- Ocean Heat Contents and Cyclogenesis, I. Al Abdulsalam, CAA Oman
- Marine Heat Waves case study: NOAA Coral Reef Watch, W. Skirving, NOAA
- Response of the sea surface temperature to heatwaves during the France 2022 meteorological summer, T. Guinaldo, Météo France
- CAREHeat: detection and threats of marine heatwaves, A. Oliveira, +ATLANTIC CoLAB
video by +ATLANTIC CoLAB, shown during the presentation
Recording:
- https://gitlab.eumetsat.int/eumetlab/oceans/ocean-training/sensors/learn-slstr