After careful re-analysis of Ca II triplet calibration at low-metallicity, the classical satellites around the Milky Way are found not to be devoided of extremely low-metallicity stars and their (extremely) metal-poor tails are predicted to be much more in agreement with the Milky Way halo. A first follow-up study of 7 extremely metal-poor candidates within the Sculptor dwarf galaxy with X-shooter on ESO/VLT has further confirmed the new metallicity calibration for the Ca IT triplet at low metallicities and provides abundances for many other elements in these stars. We will discuss the results of this study and show a comparison with the Galactic extremely metal-poor stars.</p
The NIR Ca II triplet absorption lines have proven to be an important tool for quantitative spectros...
International audienceAs part of the Dwarf galaxies Abundances and Radial-velocities Team (DART) pro...
As part of the Dwarf galaxies Abundances and Radial-velocities Team (DART) program, we have measured...
After careful re-analysis of Ca II triplet calibration at low-metallicity, the classical satellites ...
We present abundances for seven stars in the (extremely) low-metallicity tail of the Sculptor dwarf ...
The NIR Ca II triplet absorption lines have proven to be an important tool for quantitative spectros...
The NIR Ca II triplet has proven to be an important tool for quantitative spectroscopy. Here we pres...
The NIR Ca II triplet has proven to be an important tool for quantitative spectroscopy. Here we pres...
International audienceThe advent of 8 m class telescopes has allowed the detailed spectroscopic stud...
The NIR Ca II triplet absorption lines have proven to be an important tool for quantitative spectros...
International audienceAs part of the Dwarf galaxies Abundances and Radial-velocities Team (DART) pro...
As part of the Dwarf galaxies Abundances and Radial-velocities Team (DART) program, we have measured...
After careful re-analysis of Ca II triplet calibration at low-metallicity, the classical satellites ...
We present abundances for seven stars in the (extremely) low-metallicity tail of the Sculptor dwarf ...
The NIR Ca II triplet absorption lines have proven to be an important tool for quantitative spectros...
The NIR Ca II triplet has proven to be an important tool for quantitative spectroscopy. Here we pres...
The NIR Ca II triplet has proven to be an important tool for quantitative spectroscopy. Here we pres...
International audienceThe advent of 8 m class telescopes has allowed the detailed spectroscopic stud...
The NIR Ca II triplet absorption lines have proven to be an important tool for quantitative spectros...
International audienceAs part of the Dwarf galaxies Abundances and Radial-velocities Team (DART) pro...
As part of the Dwarf galaxies Abundances and Radial-velocities Team (DART) program, we have measured...