[M-GI31] Open and FAIR Science: Data Sharing, e-Infrastructure, Data Citation and Reproducibility

[MGI31-09] Publishing FAIR Data for Solar System Radio Astronomy

*Baptiste Cecconi¹, Cyril Chauvin¹ (1.Observatoire de Paris, CNRS, PSL Research University)

Keywords:Radio Astronomy, Interoperability, FAIR

Solar System Radio Astronomy is a scientific topic spanning across several communities: Heliophysics (Solar physics, Solar Wind, Earth and planetary magnetospheres), Planetary sciences, Astronomy. Making such data collections FAIR implies they are Findable, Accessible, Interoperable and Reusable through the tools and frameworks of those communities. The MASER project (Measurement, Analysis, Simulation of Emissions in the Radio range) focusses on low frequency radio astronomy, covering solar and planetary radio observations and models. The data collections are all registered with a DOI (through datacite). Their landing page include semantic annotations (following the schema.org model). They also have to be registered in the SPASE (Space Physics Archive Search and Extract) registry, as well as in the VESPA (Virtual European Solar and planetary Access) network. In this paper, we describe how we build (and map) the metadata between metadata systems, ensuring their consistency across topical domains.