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Detection of the Canis Major galaxy at (l;b) = (244°; −8°) and in the background of Galactic open clusters

Identifieur interne : 00A942 ( Main/Exploration ); précédent : 00A941; suivant : 00A943

Detection of the Canis Major galaxy at (l;b) = (244°; −8°) and in the background of Galactic open clusters

Auteurs : M. Bellazzini [Italie] ; R. Ibata [France] ; L. Monaco [Italie] ; N. Martin [France] ; M. J. Irwin ; G. F. Lewis [Australie]

Source :

RBID : ISTEX:AF21DADFDCB3D5BE23DFED751C6140C71FA8C767

Descripteurs français

English descriptors

Abstract

We report on the detection of main‐sequence stars belonging to the recently identified Canis Major (CMa) galaxy in a field located at ≃42 from the centre of the stellar system. With main‐sequence fitting we obtain a distance modulus (m−M)0= 14.5 ± 0.3 to the dwarf, corresponding to a distance of D⊙≃ 8.0 ± 1.2 kpc, in full agreement with previous estimates based on the photometric parallax of M‐giants. From the comparison with theoretical isochrones, we constrain the age of the main population of the CMa system in the range ∼4–10 Gyr. A blue plume of likely younger stars (age <1–2 Gyr) is also identified. The available colour–magnitude diagrams of open clusters that may be projected on to the main body of CMa are also briefly analysed. The position, distance and stellar population of the old open clusters Arp‐Madore 2 and Tombaugh 2 strongly suggest that they are physically associated with the CMa galaxy. Using our own photometry and data from the Two‐Micron All‐Sky Survey and the Guide Star Catalogue 2.2 we demonstrate that the claim by Momany et al. that the CMa overdensity is entirely due to the Galactic warp is not supported by the existing observations, once all the available pieces of information are taken into account. It is shown that the CMa overdensity clearly emerges at a heliocentric distance of ∼8 kpc above any overdensity possibly produced by the Galactic warp.

Url:
DOI: 10.1111/j.1365-2966.2004.08283.x


Affiliations:


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Le document en format XML

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<term>Interstellar extinction</term>
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<term>Isochrone</term>
<term>Joint completeness factor</term>
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<term>Main population</term>
<term>Main sequence</term>
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<term>Mnras</term>
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<term>Reddening</term>
<term>Reddening differences</term>
<term>Reddening maps</term>
<term>Reddening values</term>
<term>Ring structure</term>
<term>Same area</term>
<term>Same assumptions</term>
<term>Same comparison</term>
<term>Same galactocentric distance</term>
<term>Same range</term>
<term>Same reddening</term>
<term>Schmidt telescope</term>
<term>Selection line</term>
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<term>Star experiments</term>
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<term>Tidal streams</term>
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<term>Unexpected population</term>
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<term>Upper panels</term>
<term>Upper righthand panel</term>
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<term>Vertical plume</term>
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<div type="abstract" xml:lang="en">We report on the detection of main‐sequence stars belonging to the recently identified Canis Major (CMa) galaxy in a field located at ≃42 from the centre of the stellar system. With main‐sequence fitting we obtain a distance modulus (m−M)0= 14.5 ± 0.3 to the dwarf, corresponding to a distance of D⊙≃ 8.0 ± 1.2 kpc, in full agreement with previous estimates based on the photometric parallax of M‐giants. From the comparison with theoretical isochrones, we constrain the age of the main population of the CMa system in the range ∼4–10 Gyr. A blue plume of likely younger stars (age <1–2 Gyr) is also identified. The available colour–magnitude diagrams of open clusters that may be projected on to the main body of CMa are also briefly analysed. The position, distance and stellar population of the old open clusters Arp‐Madore 2 and Tombaugh 2 strongly suggest that they are physically associated with the CMa galaxy. Using our own photometry and data from the Two‐Micron All‐Sky Survey and the Guide Star Catalogue 2.2 we demonstrate that the claim by Momany et al. that the CMa overdensity is entirely due to the Galactic warp is not supported by the existing observations, once all the available pieces of information are taken into account. It is shown that the CMa overdensity clearly emerges at a heliocentric distance of ∼8 kpc above any overdensity possibly produced by the Galactic warp.</div>
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   |wiki=    Wicri/Asie
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   |texte=   Detection of the Canis Major galaxy at (l;b) = (244°; −8°) and in the background of Galactic open clusters
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