We report the results of an [O III] λ5007 spectroscopic survey for planetary nebulae (PNe) located within the star clusters of M31. By examining R ~ 5000 spectra taken with the WIYN+Hydra spectrograph, we identify 3 PN candidates in a sample of 274 likely globular clusters, 2 candidates in objects which may be globular clusters, and 5 candidates in a set of 85 younger systems. The possible PNe are all faint, between ~2.5 and ~6.8 mag down the PN luminosity function, and, partly as a consequence of our selection criteria, have high excitation, with [O III] λ5007 to Hβ ratios ranging from 2 to ≳ 12. We discuss the individual candidates, their likelihood of cluster membership, and the possibility that they were formed via binary interactions w...
The study of Planetary Nebulae (PNe) provides vital clues for understanding late stage stellar evolu...
Context.During an analysis of optical spectra of 80 young star clusters in several nearby spiral ga...
We present a detailed study of a bipolar, possible Type I planetary nebula (PN), PHR1315-6555 (PN G3...
The occurrence of planetary nebulae (PNe) in globular clusters (GCs) provides an excellent chance to...
International audienceThe occurrence of planetary nebulae (PNe) in globular clusters (GCs) provides ...
International audienceThe occurrence of planetary nebulae (PNe) in globular clusters (GCs) provides ...
International audienceThe occurrence of planetary nebulae (PNe) in globular clusters (GCs) provides ...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context. During an analysis of optical spectra of 80 young star clusters in several nearby spiral ga...
As spectroscopic samples of extragalactic globular clusters (GCs) have grown, so have the number of ...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context.During an analysis of optical spectra of 80 young star clusters in several nearby spiral ga...
The study of Planetary Nebulae (PNe) provides vital clues for understanding late stage stellar evolu...
Context.During an analysis of optical spectra of 80 young star clusters in several nearby spiral ga...
We present a detailed study of a bipolar, possible Type I planetary nebula (PN), PHR1315-6555 (PN G3...
The occurrence of planetary nebulae (PNe) in globular clusters (GCs) provides an excellent chance to...
International audienceThe occurrence of planetary nebulae (PNe) in globular clusters (GCs) provides ...
International audienceThe occurrence of planetary nebulae (PNe) in globular clusters (GCs) provides ...
International audienceThe occurrence of planetary nebulae (PNe) in globular clusters (GCs) provides ...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context. During an analysis of optical spectra of 80 young star clusters in several nearby spiral ga...
As spectroscopic samples of extragalactic globular clusters (GCs) have grown, so have the number of ...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context. Fundamental parameters characterizing the end-state of intermediate-mass stars may be const...
Context.During an analysis of optical spectra of 80 young star clusters in several nearby spiral ga...
The study of Planetary Nebulae (PNe) provides vital clues for understanding late stage stellar evolu...
Context.During an analysis of optical spectra of 80 young star clusters in several nearby spiral ga...
We present a detailed study of a bipolar, possible Type I planetary nebula (PN), PHR1315-6555 (PN G3...