000006887 001__ 6887
000006887 005__ 20240308101312.0
000006887 037__ $$aCTALK-2024-0087
000006887 100__ $$aVansintjan, Robbe 
000006887 245__ $$aThe SOLARNET Virtual Observatory (SVO) - Making Solar physics data findable and accessible 
000006887 260__ $$c2023
000006887 269__ $$c2023-11-23
000006887 520__ $$aThe SOLARNET Virtual Observatory (SVO) aims at making solar physics data more findable and accessible to the solar physics community. The SVO lets you search across multiple datasets as well as the Heliophysics Event Database (HEK) and it lets you search for data that overlaps with events from the HEK. It is designed so that other event databases may also be linked to the SVO in the future. Once a data selection has been made you get an ftp link, which can easily be shared with colleagues, to download your data. These capabilities will help researchers in discovering and accessing solar datasets from synoptic observations as well as solar data taken during short observation campaigns. At the heart of the SVO lies a database populated with meta-data from datasets taken by space- and ground-based telescopes. It is designed to be easily interoperable with external tools and is accessible through a web interface as well as python and IDL clients.
000006887 594__ $$aNO
000006887 6531_ $$aVirtual Observatory
000006887 6531_ $$aFAIR
000006887 6531_ $$aSOLARNET
000006887 700__ $$aMampaey, Benjamin
000006887 700__ $$aDelouille, Veronique
000006887 773__ $$tEuropean Space-Weather Week 2023 Toulouse France
000006887 8560_ $$frobbe.vansintjan@ksb-orb.be
000006887 85642 $$ahttps://esww2023.org/parallel-sessions#1684227123022-eb903b92-68e2
000006887 8564_ $$s19333190$$uhttp://publi2-as.oma.be/record/6887/files/SVO_ESWW23_presentation.pptx
000006887 906__ $$aContributed
000006887 980__ $$aCTALKCONT