We present stellar metallicities derived from Ca II triplet spectroscopy in over 350 red giant branch stars in 13 fields distributed in different positions in the Small Magellanic Cloud, ranging from similar to 1 degrees to similar to 4 degrees from its center. In the innermost fields, the average metallicity is [Fe/H]similar to -1. This value decreases when we move away toward outermost regions. This is the first detection of a spectroscopic metallicity gradient in this galaxy. We show that the metallicity gradient is related to an age gradient, in the sense that more metal-rich stars, which are also younger, are concentrated in the central regions of the galaxy
We have obtained metallicities from near-infrared calcium triplet spectroscopy for nearly a thousand...
We have obtained metallicities from near-infrared calcium triplet spectroscopy for nearly a thousand...
none1noThe Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star f...
We present stellar metallicities derived from Ca II triplet spectroscopy in over 350 red giant branc...
We present results from the largest Ca II triplet line metallicity study of Small Magellanic Cloud (...
We present results from the largest Ca ii triplet line metallicity study of Small Magellanic Cloud (...
We present results from the largest Ca ii triplet line metallicity study of Small Magellanic Cloud (...
Ca (II) triplet spectroscopy has been used to derive stellar metallicities for individual stars in f...
Ca (II) triplet spectroscopy has been used to derive stellar metallicities for individual stars in f...
How do galaxies form? How do they evolve? These are the fundamental questions driving the current de...
The Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star formatio...
The Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star formatio...
In this paper we analyze the chemical properties of 400 red giant stars belonging to 15 areas spread...
We have obtained metallicities from near-infrared calcium triplet spectroscopy for nearly a thousand...
This paper represents a major step forward in the systematic and homogeneous study of Small Magellan...
We have obtained metallicities from near-infrared calcium triplet spectroscopy for nearly a thousand...
We have obtained metallicities from near-infrared calcium triplet spectroscopy for nearly a thousand...
none1noThe Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star f...
We present stellar metallicities derived from Ca II triplet spectroscopy in over 350 red giant branc...
We present results from the largest Ca II triplet line metallicity study of Small Magellanic Cloud (...
We present results from the largest Ca ii triplet line metallicity study of Small Magellanic Cloud (...
We present results from the largest Ca ii triplet line metallicity study of Small Magellanic Cloud (...
Ca (II) triplet spectroscopy has been used to derive stellar metallicities for individual stars in f...
Ca (II) triplet spectroscopy has been used to derive stellar metallicities for individual stars in f...
How do galaxies form? How do they evolve? These are the fundamental questions driving the current de...
The Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star formatio...
The Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star formatio...
In this paper we analyze the chemical properties of 400 red giant stars belonging to 15 areas spread...
We have obtained metallicities from near-infrared calcium triplet spectroscopy for nearly a thousand...
This paper represents a major step forward in the systematic and homogeneous study of Small Magellan...
We have obtained metallicities from near-infrared calcium triplet spectroscopy for nearly a thousand...
We have obtained metallicities from near-infrared calcium triplet spectroscopy for nearly a thousand...
none1noThe Small Magellanic Cloud is a close, irregular galaxy that has experienced a complex star f...