This collection gathers all datasets available of Voyager 1 and 2 Planetary Radio Astronomy (PRA) instrument. It mirrors datasets available at NASA Planetary Data System, NSSDC (National Space Science Data Centre) and other places, with various metadata quality. This repository gathers all available datasets. Additional access methods and metadata are provided.

This dataset is the digitised version of Table 1 of Leblanc et al. (1983) paper. This version has been curated by B. Cecconi and L. Debisschop. They used an online OCR (Optical Character Recognition) tool (available at: https://www.onlineocr.net) for the initial conversion of the ADS provided scanned pages of the paper. They reformatted the table and validated the content.

This dataset is the digitised version of the Catalogue of Leblanc et al. (1993). This version has been curated by B. Cecconi and L. Debisschop. They used an online OCR (Optical Character Recognition) tool (available at: https://www.onlineocr.net) for the initial conversion of the ADS provided scanned pages of the paper. They reformatted the table and validated the content.

This dataset provides public access to polar projections of the Juno spacecraft magnetic footprint during perijoves (PJ) ±5h computed with 3 different magnetic field models, from mid 2016 (PJ1) to mid 2018 (PJ14).

This collection is composed of Cassini/RPWS/NHFR (Radio and Plasma Waves Science / High Frequency Receiver) hourly N2 (Level 2) files.

This collection contains a series of published Jovian radio emission probability and occurrence maps.

This collection is composed of the Southern and Northern SKR phase systems derived from Cassini/RPWS/HFR (Radio and Plasma Waves Science / High Frequency Receiver) measurements, as described in Lamy (2011).

The data set contains the catalogue of Faraday Rotation patches identified in Saturn Kilometric Radiation (SKR) observations by Cassini/RPWS/HFR, and published in Taubenschuss et al. (2021).

Le guide du DMP à l’Observatoire de Paris complète le modèle de DMP proposé par le Groupe de Travail Science ouverte. Il donne davantage de détails, renvoie vers des liens utiles pour celles et ceux qui n’auraient pas eu toutes les réponses à leurs questions avec le seul modèle de DMP.

This collection is contains the Saturn narrow band radio emission catalogue derived from Cassini RPWS data. The collection supplements: Wu et al. (2021), Statistical Study of Spatial Distribution and Polarization for Saturn Narrowband Emissions, submitted to ApJ.

This document describes the electronic system calibration of the Nançay Decameter Array (NDA)

This document describes the DESPA contribution to the WAVES experiment on board the WIND spacecraft.

This collection is contains the daily calibrated Level 2 datasets for the Waves/LFR and Waves/HFR receivers onboard the STEREO-A and STEREO-B spacecraft.

This collection is contains all the Cassini/RPWS/HFR data products (from raw data to added-value products).

This paper describes what is available in BASS2000 database and how to use it the best possible way. It details access to all kinds of observations, in various ways, as well as use of specific tools, and use of Heliophysics Feature Catalogue (HFC) from HELIO

This collection is composed of pre-computed simulation runs of the ExPRES code, with a fixed set of parameters, and for various observers.

This document describes the use of Digital Object Identifiers (DOI) within the VESPA activity.

Decametric radio observation from Nançay Decameter Array (NDA). The NDA at the Station de Radioastronomie de Nancay (SRN) is a phased array of 144 "Teepee" helicoidal antenna, half of which being Right Handed (RH) polarized and the other half being Left Handed (LH) polarized. Four receivers are currently connected to the NDA, sampling data in spectral ranges within 5 to 80 MHz. This collection contains the Solar observation data products, in raw and CDF formats.

This collection is composed of Cassini/RPWS/HFR (Radio and Plasma Waves Science / High Frequency Receiver) hourly N3d (Level 3d) files.

This dataset supplements: Cecconi et al. (2022), Effect of an interplanetary coronal mass ejection on Saturn’s radio emission. Frontiers in Astronomy and Space Sciences, 9(800279). https://doi.org/10.3389/fspas.2022.800279

This document describes the on-boarding process for new data providers in VESPA.

This dataset contains the natural planetary low frequency radio emission spectra for the Sun, the Earth, Jupiter, Saturn, Uranus and Neptune