| Paper Title |
Page |
Authors |
| Cover |
| |
| Volume 353 Cover |
|
Lamers, H.J.G.L.M.; Langer, N.; Nugis, T.; Annuk, K. |
| Front Matter |
| |
| Volume 353 Front Matter |
1 |
Lamers, H.J.G.L.M.; Langer, N.; Nugis, T.; Annuk, K. |
Part 1.
Introduction |
| |
| Mass Loss from Massive Stars - What We Don't Know |
3 |
Lamers, H.J.G.L.M. |
| Massive Star Evolution at Low Metallicity – What We Don't Know |
15 |
Langer, N. |
Part 2.
The Effect of Metallicity on Early
Evolution Phases |
| |
| Massive Stars in the SMC |
29 |
Lennon, D.J.; Evans, C.J.; Trundle, C. |
| VLT-FLAMES Observations of Young Stellar Clusters in the Magellanic Clouds |
41 |
Evans, C.J.; Lennon, D.J.; Smartt, S.J. |
| Evolution of rotating stars at very low metallicity |
49 |
Meynet, G.; Hirschi, R.; Ekstroem, S.; Maeder, A. |
| Evolution of Gamma-Ray Burst Progenitors at Low Metallicity |
63 |
Yoon, S.-C.; Langer, N. |
| The Luminous Blue Variable Phase — do Low Metallicity Stars go through it? |
71 |
Weis, K. |
| The role of non-gray model atmospheres in the evolution of low mass metal poor stars |
83 |
Harris, G.J.; Lynas-Gray, A.E.; Tennyson, J.; Miller, S. |
| Testing Binary Evolution at SMC Metallicity |
91 |
de Mink, S.E.; Pols, O.R. |
| Part 2 – General Discussion: The Effect of Metallicity on Early Evolution Phases |
93 |
various participants |
Part 3.
The Effect of Metallicity on Mass Loss During Early Evolution Phases |
| |
| The Observed Metallicity Dependence of the Mass Loss of O and Early-B Stars |
99 |
de Koter, A. |
| Massive Star Feedback – from the First Stars to the Present |
113 |
Vink, J.S |
| SMC B-type Supergiants: Stellar Winds in a Low Metallicity Environment |
127 |
Trundle, C.; Lennon, D.J.; Puls, J.; Dufton, P.L.; Evans, C.J. |
| Mass Loss from Massive Zero–Metallicity Stars |
133 |
Krticka, J.; Kubat, J. |
| Effects of Rotation on Mass Loss for Population III stars |
141 |
Ekstroem, S.; Meynet, G.; Maeder, A. |
| NLTE Wind Models for SMC stars |
147 |
Krticka, J. |
| On the Peculiarities of Evolution History of EHB Objects in Binary Systems with Hot Subdwarf Companions |
149 |
Pustynski, V.-V.; Pustylnik, I. |
| Part 3 – General Discussion |
152 |
various participants |
Part 4.
The Effect of Metallicity on Mass Loss During Advanced Evolutionary Phases |
| |
| Observed Metallicity Dependence of Winds from WR Stars |
157 |
Crowther, P.A. |
| The Metallicity Dependence of WR Wind Models |
171 |
Graefener, G.; Hamann, W.-R. |
| The Galactic WN Stars: Line-Blanketed Analyses versus Evolutionary Models |
185 |
Hamann, W.-R.; Graefener, G.; Liermann, A. |
| Optically thick Wind Models of WNE Stars: the Dependence of Mass Loss on Metallicity |
191 |
Nugis, T. |
| The Wolf-Rayet Hydrogen Puzzle – an Observational Point of View |
197 |
Foellmi, C.; Marchenko, S.V.; Moffat, A.F.J. |
| Observational Evidences for the Dependence of WNE-star Mass Loss on metallicity |
203 |
Nugis, T.; Annuk, K.; Hirv, A. |
| Part 4 – General Discussion |
206 |
various participants |
Part 5.
The Effect of Metallicity on Advanced Evolutionary Phases and Endpoints |
| |
| On the Metallicity Dependence of the Winds from Red Supergiants and Asymptotic Giant Branch Stars |
211 |
van Loon, J.Th. |
| Circumstellar Dust in the Large Magellanic Cloud |
225 |
Dijkstra, C.; Speck, A.K.; Reid, R.B.; Markwick-Kemper, C.; Leisenring, J. |
| Carbon-enhanced metal-poor stars – effects of binary evolution at low metallicity |
233 |
Pols, O.R.; Izzard, R.G. |
| Spitzer Mid-IR Spectroscopy of Wolf-Rayet Stars: the Frequent Detection of Circumstellar Dust |
241 |
Barniske, A.; Oskinova, L.; Hamann, W.-R.; Graefener, G. |
| Wolf-Rayet stars of the carbon sequence |
243 |
Barniske, A.; Hamann, W.-R.; Graefener, G. |
| LBVs in M33: Their Environments and Ages |
245 |
Burggraf, B.; Weis, K.; Bomans, D.J. |
| How Extreme are the WR Clusters in NGC 3125? |
247 |
Hadfield, L.J; Crowther, P.A. |
| Part 5 – General Discussion |
249 |
various participants |
Part 6.
Extremely Low Metallicity Stars |
| |
| The Lowest Metallicities: What Do They Tell Us? |
253 |
Oey, M.S. |
| Formation of the First and Second Generation Stars |
263 |
Omukai, K. |
| The most Metal-Poor Stars of the Galaxy: Surveys, Abundances, an Implications |
271 |
Christlieb, N. |
| The Early Generations of Low-metallicity Stars |
285 |
Bromm, V. |
| Dust Production in the High-Redshift Universe |
299 |
Marchenko, S.V. |
| Investigating Zero-Metallicity Low Mass Stars |
307 |
Lau, H.B.; Tout, C.A. |
| Part 6 – General Discussion |
309 |
various participants |
Part 7.
Cosmological Consequences of Low Metallicity Stars |
| |
| The Role of Primordial (possibly Massive) Stars in Reionization |
315 |
Ciardi, B. |
| The End of the Dark Age and The Formation of the Structure of the Universe |
329 |
Einasto, J.; Saar, E. |
| Gamma Ray Bursts from Proto-Globular Clusters? |
339 |
Zinnecker, H. |
| Low Metallicity Galaxies at Low Redshifts |
349 |
Izotov, Y.I. |
| Low (and High) Metallicity Galaxies at High Redshift |
363 |
Pettini, M. |
| Stellar Feedback in Dwarf Galaxies: the Case of IC 5152 |
379 |
Bomans, D.J. |
| Light-Cone Simulations: Evolution of Dark Matter Haloes |
381 |
Heinaemaeki, P.; Suhhonenko, I.; Saar, E.; Einasto, M.; Einasto, J.; Virtanen, H. |
| Part 7 – General Discussion |
383 |
various participants |
Part 8.
Outlook: The Gaia and Planck Emissions |
| |
| Gaia and Metal-Poor Stars |
387 |
Gustafsson, B. |
| Estimation of Stellar Astrophysical Parameters with the Gaia Baseline Photometric System |
401 |
Malyuto, V. |
| The Planck Mission and Beyond |
403 |
Heinaemaeki, P. |
Part 9.
Summary |
| |
| Concluding Remarks: The Ingredients for Understanding the First Stars in the Universe |
415 |
Maeder, A. |
| Back Matter |
| |
| Volume 353 Back Matter |
427 |
Lamers, H.J.G.L.M.; Langer, N.; Nugis, T.; Annuk, K. |
| Photographs |
| |
| Volume 353 Photographs |
999 |
Lamers, H.J.G.L.M.; Langer, N.; Nugis, T.; Annuk, K. |
