Galactic and extragalactic abundance studies of H II regions, planetary nebulae, and supernova remnants are compiled and their implications briefly reviewed. Galaxy global metallicity appears to be related directly to total mass and morphology, while gradient slopes are uncorrelated with these parameters, although barred spirals tend to have flatter profiles than non-barred spirals. N/O behavior is consistent with primary, then secondary, production of N as metallicity increases, and empirical evidence for a metallicity-sensitive C yield is seen. Metallicity-invariant primary production mechanisms are suggested for S, Ne, Ar, and O
Context: Spectra of planetary nebulae show numerous fine structure emission lines from ionic species...
In these lectures I present a highly opinionated review of the observed patterns of metallicity and ...
International audienceUsing ab-initio photoionization models of giant H ii regions, we test methods ...
Context. The study of the integrated properties of star-forming galaxies is central to understand th...
The analysis of metal-rich HII regions has a profound impact on the calibration of abundance diagnos...
The exploration of the spatial distribution of chemical abundances in star-forming regions of galac...
The O/H metallicity distribution of different samples of planetary nebulae in the bulge of the Milky...
This review recaps significant results as they apply to non-dwarf galaxies, including the Milky Way,...
Context. The study of the integrated properties of star-forming galaxies is central to understand th...
We present the largest and most homogeneous catalog of H ii regions and associations compiled so far...
This paper presents a homogeneous study of abundances in a sample of 79 northern galactic planetary ...
We present an analysis of the chemical abundance properties of ≈650 star-forming galaxies at z ≈ 0.6...
We present the results of nitrogen and oxygen abundance measurements for 185 HII regions spanning a ...
Based on a simple, but fairly successful, model of the chemical evolution of the Milky Way disk, we ...
9 pages, 7 figures (Appendix not available in the current version), accepted for publication on A&A....
Context: Spectra of planetary nebulae show numerous fine structure emission lines from ionic species...
In these lectures I present a highly opinionated review of the observed patterns of metallicity and ...
International audienceUsing ab-initio photoionization models of giant H ii regions, we test methods ...
Context. The study of the integrated properties of star-forming galaxies is central to understand th...
The analysis of metal-rich HII regions has a profound impact on the calibration of abundance diagnos...
The exploration of the spatial distribution of chemical abundances in star-forming regions of galac...
The O/H metallicity distribution of different samples of planetary nebulae in the bulge of the Milky...
This review recaps significant results as they apply to non-dwarf galaxies, including the Milky Way,...
Context. The study of the integrated properties of star-forming galaxies is central to understand th...
We present the largest and most homogeneous catalog of H ii regions and associations compiled so far...
This paper presents a homogeneous study of abundances in a sample of 79 northern galactic planetary ...
We present an analysis of the chemical abundance properties of ≈650 star-forming galaxies at z ≈ 0.6...
We present the results of nitrogen and oxygen abundance measurements for 185 HII regions spanning a ...
Based on a simple, but fairly successful, model of the chemical evolution of the Milky Way disk, we ...
9 pages, 7 figures (Appendix not available in the current version), accepted for publication on A&A....
Context: Spectra of planetary nebulae show numerous fine structure emission lines from ionic species...
In these lectures I present a highly opinionated review of the observed patterns of metallicity and ...
International audienceUsing ab-initio photoionization models of giant H ii regions, we test methods ...