VESPA / Tutorials
Main tutorials on github
| VESPA github | Markdown versions of VESPA tutorials and more |
Other tutorials
| Tuto_TopCat_VEx.pdf | Imaging spectroscopy from Venus-Express |
| Tuto_CASSIS_VESPA.pdf | Using CASSIS with VESPA spectroscopy data services |
| Tuto_Titan_TopCat.pdf | Atmospheric profiles from Cassini/CIRS |
| Matching HRSC & OMEGA files | Searching for overlapping files in spatially extended datasets (based on Mars-Express) |
| Mapping in TOPCAT | Mapping sparse spatial data with TOPCAT (based on VIRTIS/Rosetta) |
| Tuto_Spectro_VESPA.pdf | Accessing spectral data (observations) |
| Exoplanets access | EPN-TAP API to the exoplanet.eu catalogue |
|
Simple plots Advanced plots |
Plotting exoplanets with TOPCAT and Aladin |
| APIS Tutorial | APIS tutorial (translated) - Original French version here (old) |
| 3DView and AMDA tutorials | Study of the magnetosphere of Saturn with Cassini data - From the Astrophysics doctoral school in Paris, in French |
| Miriade and Vision tutorials | Preparing nighttime observations - From the Astrophysics doctoral school in Paris, in French |
| FormationDoc_2017.pdf | Exercises from VO doctoral training in Paris, 2017 (using two tutorials above, in French) |
| VO vs QGIS | VO-GIS connection example tutorial, with video here |
| SSHADE | SSHADE docs and tutorials |
Use cases
| Granada 2017 | Comparing Mars atmospheric profiles with simulations (MCD vs SPICAM) |
| Tuto_TopCat.pdf | EPN-TAP services: Using TOPCAT as a client (old) |
| Use cases on planetary surfaces with Aladin | Using Aladin for planetary surfaces (see also next pages) |
Astronomy VO tutorials
| EuroVO tutorials | Repository of scientific tutorials for VO usage |
| EuroVO for education | Other tutorials at various levels |
| GAVO / getting started | Selected tutorial lists |
| Virtual Observatory Text Treasures | Other tutorials at various levels |
| Astropy tutorials | Python VO procedures in Astronomy |
| CDS-VO services in Jupyter notebooks | Examples of access to CDS services in python |
| Python in Heliophysics Community | Python VO procedures in heliophysics |
Context
• VESPA description• Glossary
• Participants
• Legacy activity
• Links and external services
Infrastructure
• Activity• Data services (for data providers)
• Tools
• Developments
• AOs and workshops
Data access / Content
• VESPA query interface• Science themes
• Data services
• Tutorials, use cases
• Publications & presentations
Credits
If your research benefits from the use of VESPA, we would appreciate if you could include the following acknowledgement and reference in your publication:
"This research has made use of the VESPA portal and services (https://vespa.obspm.fr) funded by European Union's under grant agreement No 871149"
VESPA: A community-driven Virtual Observatory in Planetary Science. Erard S et al., 2018. doi: 10.1016/j.pss.2017.05.013
Please also acknowledge the original data providers.
Except where explicitly mentioned, data are distributed under Etalab Open License 2.0 (compliant with CC-BY 2.0 license).
The Europlanet 2024 Research Infrastructure project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 871149.
The Europlanet 2020 Research Infrastructure project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 654208.
This work used the EGI Infrastructure with the dedicated support of IN2P3-IRES and CESNET-MCC.
VESPA has first been designed in the frame of Europlanet-RI JRA4 work package (IDIS activity).
Additional funding was provided in France by the Action Spécifique Observatoire Virtuel and Programme National de Planétologie / INSU.
 |
|  |
 |