Title The Gaia -ESO survey: preparing the ground for 4MOST and WEAVE galactic surveys :
Authors Nepal, S ; Guiglion, G ; de Jong, R. S ; Valentini, M ; Chiappini, C ; Steinmetz, M ; Ambrosch, Markus ; Pancino, E ; Jeffries, R. D ; Bensby, T ; Romano, D ; Smiljanic, R ; Dantas, M. L. L ; Gilmore, G ; Randich, S ; Bayo, A ; Bergemann, M ; Franciosini, E ; Jiménez-Esteban, F ; Jofré, P ; Morbidelli, L ; Sacco, G. G ; Tautvaišienė, Gražina ; Zaggia, S
DOI 10.1051/0004-6361/202244765
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Is Part of Astronomy & astrophysics.. Les Ulis : EDP Sciences. 2023, vol. 671, art. no. A61, p. [1-22].. ISSN 0004-6361. eISSN 1432-0746
Keywords [eng] Galaxy: stellar content ; methods: data analysis ; stars: abundances ; stars: fundamental parameters ; surveys ; techniques: spectroscopic
Abstract [eng] Context. With its origin coming from several sources (Big Bang, stars, cosmic rays) and given its strong depletion during its stellar lifetime, the lithium element is of great interest as its chemical evolution in the Milky Way is not well understood at present. To help constrain stellar and galactic chemical evolution models, numerous and precise lithium abundances are necessary for a large range of evolutionary stages, metallicities, and Galactic volume.
Published Les Ulis : EDP Sciences
Type Journal article
Language English
Publication date 2023
CC license CC license description