The sixth data release of the Radial Velocity Experiment (RAVE). I. Survey description, spectra and radial velocities

Research output: Contribution to journalArticle

Authors

  • Matthias Steinmetz
  • Gal Matijevic
  • Harry Enke
  • Tomaz Zwitter
  • Guillaume Guiglion
  • Paul J. McMillan
  • Georges Kordopatis
  • Marica Valentini
  • Cristina Chiappini
  • Luca Casagrande
  • Jennifer Wojno
  • Borja Anguiano
  • Olivier Bienayme
  • Albert Bijaoui
  • James Binney
  • Donna Burton
  • Paul Cass
  • Patrick de Laverny
  • Kristin Fiegert
  • Kenneth Freeman
  • Jon P. Fulbright
  • Brad K. Gibson
  • Gerard Gilmore
  • Eva K. Grebel
  • Amina Helmi
  • Andrea Kunder
  • Ulisse Munari
  • Julio F. Navarro
  • Quentin Parker
  • Gregory R. Ruchti
  • Alejandra Recio-Blanco
  • Warren Reid
  • George M. Seabroke
  • Alessandro Siviero
  • Arnaud Siebert
  • Milorad Stupar
  • Fred Watson
  • Mary E. K. Williams
  • Rosemary F. G. Wyse
  • Friedrich Anders
  • Teresa Antoja
  • Danijela Birko
  • Joss Bland-Hawthorn
  • Diego Bossini
  • Rafael A. Garcia
  • Ismael Carrillo
  • Benoit Famaey
  • Ortwin Gerhard
  • Paula Jofre
  • Andreas Just
  • Savita Mathur
  • Ivan Minchev
  • Giacomo Monari
  • Benoit Mosser
  • Andreas Ritter
  • Thaise S. Rodrigues
  • Ralf-Dieter Scholz
  • Sanjib Sharma
  • Kseniia Sysoliatina

Colleges, School and Institutes

Abstract

The Radial Velocity Experiment (Rave) is a magnitude-limited (9 < I < 12) spectroscopic survey of Galactic stars randomly selected in Earth's southern hemisphere. The Rave medium-resolution spectra (R ~ 7500) cover the Ca-triplet region (8410–8795 Å). The sixth and final data release (DR6) is based on 518,387 observations of 451,783 unique stars. Rave observations were taken between 2003 April 12 and 2013 April 4. Here we present the genesis, setup, and data reduction of Rave as well as wavelength-calibrated and flux-normalized spectra and error spectra for all observations in Rave DR6. Furthermore, we present derived spectral classification and radial velocities for the Rave targets, complemented by cross-matches with Gaia DR2 and other relevant catalogs. A comparison between internal error estimates, variances derived from stars with more than one observing epoch, and a comparison with radial velocities of Gaia DR2 reveals consistently that 68% of the objects have a velocity accuracy better than 1.4 km s–1, while 95% of the objects have radial velocities better than 4.0 km s–1. Stellar atmospheric parameters, abundances and distances are presented in a subsequent publication. The data can be accessed via the Rave website (http://rave-survey.org) or the Vizier database.

Bibliographic note

32 pages, 11 figures, accepted for publication to AJ

Details

Original languageEnglish
Article number82
Number of pages19
JournalThe Astronomical Journal
Volume160
Issue number2
Early online date27 Jul 2020
Publication statusPublished - Aug 2020

Keywords

  • astro-ph.SR, astro-ph.GA, astro-ph.IM