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The list below provides accurate positions and identifications for 235
late-type stars in the Coalsack classified by Westerlund (1961ArA.....2..451W).
Some years ago I scanned paper photocopies of the published charts using the
Lowell PDS machine, and the resulting positions served as a basis for finding
the stars in more recent catalogues, notably the all-sky 2MASS survey.
However, for the present list nearly all the stars were re-examined using DSS
red-light images. Most of the star positions come from 2MASS or UCAC1.
I matched the completed list against the GSC, MSX5C, IRAS (point- and
serendipitous-source catalogues), and GCVS v4.1/NSV, and did some searches
in SIMBAD (though incomplete).
I've rounded Westerlund's photographic-infrared magnitudes to 0.1 mag.
precision, and have omitted his R-I colors entirely. His magnitudes are
reasonably consistent with the far-red (IV-N plate) magnitudes in USNO-B1.0.
I obtained photo-blue magnitudes as available from USNO-B1.0, GSC-2.2, and
(in a few cases) SuperCOSMOS or other sources. A number of variable stars are
listed by Westerlund. Maximum brightnesses are shown in the 'mi' column with
a "v" suffix. The ranges of these stars are mostly less than 1.0 mag.
according to Westerlund; none of them appear in the GCVS v4.1 or NSV.
Westerlund also indicated a number of candidate early-M supergiants,
signaled by their being both bright and strongly reddened (the luminosity class
is of course indeterminate on the low-dispersion spectra). These are marked
in the spectral-type column with "I?", e.g. star S 22 is given as type M1I?.
At least one of these (R 53) has indeed been found to be luminous by others.
The remarks and notes include spectral types determined by MacConnell
(MacC) in his southern IRAS survey (VizieR catalogue III/170). A comparison
suggests the Westerlund types are on average about one spectral class earlier
relative to MacConnell, which may be due to the systematic difference between
the Case and Mount Wilson/MK systems among M stars. For a few brighter stars
types are also available from the Stockholm survey by Loden et al.
(1976A&AS...23..283L). Overall the consistency among the three sources is
good. Types derived from Vilnius photometry by Straizys et al.
(1994BaltA...3..199S) are shown in the notes in lower-case letters.
There are additional 600 red stars listed by Westerlund in the southern
part of the Coalsack in a companion paper (1961ArA.....2..429W), but the
charts are abysmal, and it will be very difficult to recover these stars.
\Brian
-------------------------------------------------------------------------------
Coordinates and identifications for late-type stars in the Coalsack
version: 29 Jun 2003
source: 1961ArA.....2..451W (Tables 2 & 3)
WESTERLUND B.
Arkiv for Astron., 2, 451-465 (1961)
An infrared survey of the southern Coalsack. II.
position sources (column 's'):
M 2MASS (20032MASS.........:, II/246)
T Tycho-2 (2000A&A...357..367H, I/259)
U UCAC1 (2000AJ....120.2131Z, I/268)
[W60] RA (J2000) Dec s GSC MSX5C IRAS mb mi spec remarks
C 1 12 47 24.68 -59 41 41.0 T 8659-1394 G302.4224+03.1741 12444-5925 14.7 5. C DY Cru
C 2 13 03 46.47 -60 32 11.0 U 8989-0844 G304.4496+02.2991 13006-6016 13.9 7.6 C CGCS 3323
C 3 12 40 50.06 -60 42 12.7 U 8988-0742 G301.6345+02.1415 12379-6025 14.4 10.2 C CGCS 3269
S 1 12 48 03.61 -59 24 13.3 M G302.4984+03.4659 19.6 10.4 M6
S 2* 12 48 05.30 -59 28 12.9 M 20.9 11.8 M6.5
S 3 12 48 14.39 -59 38 03.3 M 8659-1066 10.1 M0
S 4 12 48 08.53 -60 04 58.3 M 12.8 M
S 5 12 48 15.60 -59 36 38.8 M 8659-1226 G302.5254+03.2576 9.6 M0
S 6 12 48 14.23 -59 45 07.5 M 8659-1962 G302.5273+03.1187 9.7 M6.5
S 7 12 48 16.31 -59 27 20.1 M 8659-2786 17.8 10.0 M0
S 8 12 48 17.45 -60 06 35.9 M G302.5388+02.7602 12453-5950 11.6v M8 M9 (MacC)
S 9 12 48 19.64 -60 06 01.7 U 8988-0287 14.0 8.9 M2
S 10 12 48 24.74 -59 32 00.0 M 12.2 M8
S 11 12 48 26.66 -59 45 32.1 M 12.4 M
S 12 12 48 27.99 -60 11 21.4 U 8988-1360 G302.5623+02.6800 12454-5955 12.1 7.8 M2 M2/3 (Loden)
S 13 12 48 31.53 -59 44 49.3 U 8659-1804 G302.5641+03.1233 9.3 M0
S 14 12 48 37.53 -59 42 05.6 M G302.5751+03.1692 12457-5925 12.0v M8
S 15 12 48 35.90 -59 50 41.1 M G302.5746+03.0280 11.0 M6.5
S 16 12 48 35.23 -60 02 03.9 U 16.9 11.5 M0:
S 17 12 48 34.90 -59 14 37.2 U 17.0 12.1 M6
S 18* 12 48 45.25 -59 29 34.5 M 12.4 M5
S 19 12 48 45.32 -59 51 19.2 M 11.9 M
S 20 12 48 46.88 -59 55 55.2 M 12.7 M
S 21 12 48 50.55 -60 00 49.5 M 11.8 M4
S 22 12 48 48.70 -60 10 09.2 U G302.6045+02.7018 17.8 11.3 M1I?
S 23 12 48 48.25 -59 49 12.1 M 12.1 M
S 24 12 48 54.92 -59 44 11.7 M 8659-1135 G302.6123+03.1351 9.6 M2
S 25 12 48 59.83 -59 12 57.5 M 15.7 11.5 C CGCS 3290
S 26 12 49 11.47 -59 19 41.0 U 17.3 10.9 M5
S 27 12 49 13.50 -60 05 45.5 U 16.8 11.5 M0:
S 28 12 49 15.38 -59 15 51.7 U 8659-2735 14.3 10.1 M2
S 29 12 49 23.36 -59 55 30.3 M G302.6747+02.9473 12464-5939 10.5v M9 M9 (MacC)
S 30 12 49 27.01 -59 43 39.0 M 8659-1718 G302.6797+03.1458 12465-5927 8.6 M6 M7 (MacC)
S 31 12 49 29.61 -59 34 19.9 M 12.2 M4:
S 32 12 49 30.06 -59 33 03.2 U 8659-3055 G302.6834+03.3214 12465-5916 13.1 7.5 M5 M5 (MacC)
S 33 12 49 35.97 -59 20 48.9 M 14.7 11.4 M3: M2 (Loden)
S 34 12 49 38.88 -59 53 01.6 M G302.7072+02.9888 10.7 M6
S 35 12 49 40.07 -59 58 59.7 M 8659-0658 G302.7087+02.8896 10.4 M2
S 36 12 49 46.40 -59 21 14.5 M 8659-2458 9.2 M2 M2 (Loden)
S 37 12 49 48.21 -59 20 36.7 M 15.9 11.3 M6.5
S 38 12 49 47.77 -59 14 26.6 M G302.7169+03.6314 12468-5858 9.9v M7 M8 (MacC)
S 39 12 49 49.53 -59 49 20.1 U 8659-0854 G302.7267+03.0495 16.0 10.2 M2
S 40 12 49 54.25 -59 52 40.7 U 16.2 10.6 M3
S 41 12 49 52.50 -59 45 51.6 M 11.2 M6.5
S 42 12 49 54.84 -59 35 27.4 M 8659-1346 10.0 M1
S 43 12 50 06.10 -59 20 19.1 U G302.7571+03.5344 18.7 10.0v M7
S 44 12 50 14.22 -59 33 35.7 M 11.0 M4
S 45 12 50 18.61 -59 44 26.1 U G302.7899+03.1315 16.8 11.0 M5
S 46 12 50 20.85 -59 49 41.5 M 18.5 12.9 M
S 47 12 50 21.61 -59 12 44.1 U 16.8 11.1v M5
S 48 12 50 26.06 -59 22 30.7 U 19.8 12.4v M
S 49 12 50 31.54 -59 38 09.9 M G302.8143+03.2368 12475-5921 9.2 M7 M7 (MacC)
S 50 12 50 36.70 -60 02 01.0 M 20.6 12.5 M
S 51* 12 50 31.89 -60 05 41.1 M 13.6 M8
S 52 12 50 37.74 -59 55 32.8 U 18.5 12.2v M
S 53 12 50 40.68 -59 45 36.5 M 11.5 M4:
S 54 12 50 49.13 -60 06 32.3 U 8988-1126 G302.8541+02.7640 15.3 9.7 M0
S 55 12 51 01.89 -59 29 57.7 M 12.3v M
S 56 12 51 02.60 -59 41 03.3 M 11.6 M4
S 57 12 51 05.11 -59 34 38.4 M G302.8854+03.2954 18.1 11.9 M8
S 58 12 51 04.76 -59 44 43.6 U 8659-1155 G302.8854+03.1286 14.4 9.6 M1
S 59 12 51 14.00 -59 49 23.3 M G302.9056+03.0511 18.0 12.3 M8
S 60 12 51 18.63 -60 09 14.0 M G302.9169+02.7187 10.5 M2
S 61 12 51 17.47 -59 48 33.5 M 12.0 M6
S 62 12 51 20.99 -59 18 58.9 U 16.9 11.7 M4
S 63 12 51 22.76 -59 16 35.7 U G302.9200+03.5949 17.6 11.7 M7
S 64 12 51 33.80 -59 24 34.3 M 11.8 M7
S 65 12 51 35.09 -59 31 44.1 M 12.5 M
S 66 12 51 38.35 -59 53 01.8 U G302.9567+02.9901 17.9 10.9 M7
S 67 12 51 41.00 -59 28 46.5 U G302.9599+03.3937 12487-5912 15.7 8.4 M7 M8 (MacC)
S 68 12 51 45.36 -59 43 04.3 U 8659-1950 G302.9704+03.1551 14.5 9.4 M2
S 69 12 51 45.96 -59 28 36.0 U 16.4 11.9 M5:
S 70 12 51 50.78 -59 31 21.0 M 16.8 12.2 M5:
S 71 12 51 53.14 -59 56 42.3 U 16.5 11.6 M4
S 72 12 51 55.55 -60 00 20.9 M G302.9922+02.8671 12489-5944 16.3 10.2 M7 M9 (MacC)
S 73* 12 51 55.80 -59 33 59.7 M 15.1 13.3 M
S 74 12 52 00.11 -59 41 20.4 M 16.6 11.2 M3
S 75 12 52 00.67 -59 16 28.5 U 8659-2864 11.7 7.9 M1 M1/3 (Loden)
S 76 12 52 00.69 -59 14 07.1 U 16.9 11.4 M5
S 77 12 52 09.40 -59 54 32.4 M 8659-0916 16.0 10.6 M3
S 78 12 52 13.27 -59 41 26.8 M 8659-1588 14.2 10.1 M0
S 79 12 52 15.90 -59 22 41.9 M 18.4 12.4 M5:
S 80 12 52 19.31 -59 48 28.9 U G303.0416+03.0653 15.1 10.5 M2
S 81 12 52 21.11 -59 51 16.7 U 8659-1728 G303.0465+03.0184 13.8 9.6 M2
S 82 12 52 37.21 -59 33 28.5 M 16.4 11.3 M4
S 83 12 52 33.56 -59 23 10.3 U G303.0702+03.4866 17.9 11.4 M7
S 84 12 52 47.88 -59 24 47.2 U 18.1 12.8 M:
S 85 12 52 52.98 -59 42 19.4 M 11.9 M5
S 86 12 52 49.47 -59 20 50.1 U 8659-1992 13.2 9.4 M1 M1/2 (Loden)
S 87 12 52 54.39 -59 47 11.4 U 17.6 11.4 M5
S 88 12 52 57.88 -60 07 41.7 U G303.1217+02.7438 12499-5951 19.1 11.6v M M9 (MacC)
S 89 12 52 53.41 -59 17 27.4 U 8659-2183 G303.1139+03.5817 15.4 9.4 M5
S 90 12 52 53.47 -59 21 22.6 U 8659-2780 14.7 9.7 M4
S 91 12 52 54.26 -59 22 41.4 M 16.6 11.6 M6.5
S 92 12 52 58.38 -59 25 24.4 U 16.6 11.1 M5
S 93 12 52 59.27 -59 30 31.2 U 17.0 11.9 M4:
S 94* 12 53 04.67 -59 35 52.4 U 11.3 M5
S 95 12 53 03.03 -59 13 33.4 U 18.9 12.3 M7
S 96 12 53 09.44 -59 54 09.4 U 15.0 10.6 M3
S 97 12 53 07.18 -59 31 00.1 U 8659-2883 G303.1454+03.3530 14.8 10.0 M3
S 98 12 53 12.60 -59 35 41.3 M 16.0 11.0 M5
S 99 12 53 16.13 -60 00 15.9 U 8989-1643 14.3 9.9 M0
S 100 12 53 21.18 -59 42 06.3 U 8660-2677 14.5 10.1 M2
S 101 12 53 20.53 -59 23 01.6 M 11.8 M5
S 102 12 53 31.58 -59 22 20.7 M 18.4 12.5 M8
S 103 12 53 30.16 -59 26 20.3 M 18.6 12.5 M6.5
S 104 12 53 40.05 -60 01 18.0 M G303.2101+02.8503 12506-5945 19.8 11.9 M7 M6 (MacC)
S 105 12 53 42.85 -59 35 19.6 M 11.3 M5
S 106* 12 53 52.78 -59 44 38.2 M 15.8 12.6 M8
S 107 12 53 51.29 -60 05 22.2 M 19.4 12.8 M
S 108 12 53 51.47 -59 36 17.2 U 16.5 12.1 M:
S 109 12 53 57.73 -59 48 06.4 U G303.2490+03.0708 15.8 10.2 M6
S 110 12 54 07.35 -60 06 51.7 U G303.2663+02.7563 12511-5950 17.9 10.7 M8 M7 (MacC)
S 111 12 54 10.94 -59 13 17.1 M 10.8 M6
S 112 12 54 23.96 -60 08 29.4 M G303.3007+02.7296 17.7 11.1v M8
S 113 12 54 25.21 -59 37 06.1 M 16.9 12.0 M4:
S 114* 12 54 31.11 -59 59 02.2 M 16.2 11.3v M6
S 115 12 54 33.06 -60 06 45.1 M G303.3194+02.7575 18.7 11.9 M8
S 116 12 54 43.46 -60 03 20.6 U 15.7 10.6 M5
S 117 12 54 44.19 -59 52 07.6 M 8660-1756 G303.3458+03.0028 12517-5935 7.8v M4 M7 (MacC)
S 118 12 54 45.52 -59 45 32.7 U 19.0 10.3 M1
S 119 12 54 55.35 -59 35 13.8 U 18.1 10.9 M7
S 120 12 55 08.49 -60 04 13.9 U 8989-1820 15.3 10.1 M2
S 121 12 55 03.14 -59 15 18.5 U 15.8 12.0 M7
S 122 12 55 11.82 -59 27 23.1 M 17.2 11.6 M6.5
S 123 12 55 13.55 -59 32 28.6 U 17.5 12.2 M6.5
S 124 12 55 15.73 -59 38 52.0 U 16.6 11.5 M4:
S 125 12 55 20.55 -59 43 14.6 U 17.7 12.7 M
S 126* 12 55 25.71 -60 00 40.8 U G303.4301+02.8582 12524-5944 18.6 11.3 M7 M7 (MacC)
S 127 12 55 26.30 -59 55 07.7 M 17.0 12.3 M:
S 128 12 55 29.23 -59 53 01.7 U 8660-1830 G303.4407+02.9874 14.1 9.6 M1
S 129 12 55 23.96 -59 40 58.5 M 19.0 12.8 M
S 130 12 55 24.16 -59 16 49.5 M 18.7 12.7 M8:
S 131 12 55 39.02 -60 08 09.0 U 18.0 12.1 M6
S 132 12 55 34.43 -59 35 15.8 M 13.9 10.9 M8
S 133 12 55 35.97 -59 11 57.2 U 8660-1741 14.5 10.2 M4
S 134 12 55 44.80 -59 45 35.0 U 16.9 12.1 M2:
S 135 12 55 49.86 -59 54 04.8 U 8660-1847 G303.4828+02.9686 12528-5937 15.1 9.1 M6 M6 (MacC)
S 136 12 55 52.53 -60 06 21.1 M G303.4847+02.7630 12528-5950 18.3 11.7v M8: M4/S? (MacC)
S 137 12 55 47.02 -59 18 08.0 M 16.6 12.4 M6.5
R 1 12 50 41.05 -61 12 29.8 M G302.8413+01.6636 14.7 9.5 M5
R 2 12 50 44.39 -61 17 10.7 U G302.8489+01.5852 17.0 11.8 M0:
R 3 12 50 45.30 -61 12 45.4 M 12.0 M6.5 crowded
R 4 12 50 49.79 -61 18 22.1 U 15.8 11.1 M2
R 5 12 50 53.00 -61 04 38.1 U G302.8648+01.7945 12479-6048 16.2 9.2 M6.5 M7 (MacC)
R 6 12 51 12.60 -61 49 57.1 U G302.9048+01.0396 17.7 11.6 M4
R 7 12 51 15.05 -61 23 41.8 U G302.9094+01.4770 16.6 10.9 M0
R 8 12 51 35.57 -61 26 00.6 U 8989-2889 G302.9505+01.4387 14.9 10.4 M0
R 9 12 51 43.29 -62 01 51.2 M G302.9648+00.8408 12486-6145 21.0 11.4v M7 M8 (MacC)
R 10 12 52 08.30 -62 00 42.3 U 8993-0990 G303.0140+00.8601 15.5 10.6 M1
R 11 12 51 56.99 -61 14 54.2 U 8989-3028 G302.9939+01.6234 14.9 9.9 M1
R 12 12 52 11.80 -61 21 16.6 U G303.0224+01.5172 18.6 11.4 M7
R 13 12 52 19.39 -61 53 46.3 M G303.0349+00.9755 19.3 12.8 M7:
R 14 12 52 20.85 -62 01 22.4 U G303.0387+00.8489 17.7 11.3 M6.5
R 15 12 52 12.89 -61 06 05.2 U 8989-2521 14.9 10.0 M1
R 16 12 52 55.23 -61 12 36.0 M 8989-3073 G303.1110+01.6610 12499-6056 9.2 M6 M7 (MacC)
R 17 12 53 02.94 -61 18 32.0 M G303.1257+01.5624 12500-6102 20.4 12.7 M8 late-M (MacC)
R 18 12 53 16.28 -61 16 36.6 U 8989-2964 G303.1526+01.5945 12502-6100 14.9 8.9 M6
R 19 12 53 19.77 -61 31 03.1 U G303.1574+01.3532 17.9 11.0 M6.5
R 20* 12 53 21.47 -61 03 58.0 M 12.1 M4
R 21 12 53 42.19 -61 42 01.9 U G303.2006+01.1698 19.8 12.0 M6
R 22 12 53 51.69 -61 59 47.2 U G303.2161+00.8741 18.3 11.9 M
R 23 12 54 25.38 -62 00 45.9 M G303.2822+00.8569 12513-6144 12.2v M8 M8 (MacC)
R 24 12 54 34.31 -61 36 49.2 U G303.3041+01.2564 17.6 11.7 M4
R 25 12 54 53.74 -61 41 50.6 M G303.3416+01.1687 13.3 M7
R 26 12 54 58.97 -61 14 48.3 U 8989-2680 15.8 10.2 M2
R 27 12 55 27.98 -61 21 38.5 U 8989-2793 G303.4144+01.5074 15.9 10.5 M1
R 28 12 55 45.94 -61 28 47.4 U 8989-2388 G303.4485+01.3873 12527-6112 16.2 8.7 M4I? M6 (MacC)
R 29 12 55 44.06 -61 05 30.4 M 15.0 11.0 M1
R 30 12 56 02.24 -61 11 11.5 U 16.6 11.1 M2
R 31 12 56 25.07 -61 41 39.9 U G303.5218+01.1721 17.4 11.0 M1
R 32 12 56 29.86 -61 10 29.2 U 8989-2787 G303.5420+01.6911 12534-6054 14.9 8.7 M4I? M6 (MacC)
R 33 12 56 39.35 -61 23 08.0 M G303.5570+01.4798 12536-6106 20.8 11.9 M7 M7 (MacC)
R 34 12 56 51.07 -61 56 18.0 U G303.5687+00.9267 16.7 10.3 M0
R 35 12 57 06.94 -61 47 26.4 M G303.6031+01.0738 12540-6131 20.3 11.0 M8 M8 (MacC)
R 36 12 57 06.25 -61 38 47.9 M 19.3 12.6 M
R 37 12 57 09.59 -61 12 56.2 M G303.6211+01.6485 12541-6056 20.1 12.6 M8 M6 (MacC)
R 38 12 57 22.62 -61 51 40.7 U G303.6332+01.0021 18.2 11.6 M
R 39 12 57 41.04 -61 45 16.2 M G303.6712+01.1076 19.3 12.6 M
R 40 12 57 55.05 -61 47 41.6 U G303.6981+01.0663 18.0 11.5 M6
R 41 12 57 51.96 -61 12 00.1 U G303.7068+01.6624 16.3 10.2 M3
R 42 12 58 15.57 -62 00 39.2 U G303.7323+00.8499 S12551-6144 16.3 9.5 M3I?
R 43 12 58 12.12 -61 23 05.1 M G303.7423+01.4756 19.0 12.0 M5
R 44* 12 58 05.76 -61 15 56.4 U 8989-2261 G303.7327+01.5959 15.1 9.5 M0
R 45* 12 58 31.84 -61 53 53.2 M 8993-0961 G303.7670+00.9616 12554-6137 14.0 8.2 M3I?
R 46 12 58 35.78 -61 33 22.6 M G303.7844+01.3033 20.4 12.3 M
R 47 12 59 01.03 -61 51 33.1 U 18.3 11.5 M5
R 48 12 59 06.15 -62 01 44.9 U G303.8308+00.8288 12559-6145 17.7 10.2 M6
R 49 12 58 54.33 -61 27 34.2 M G303.8240+01.3991 19.1 11.9 M
R 50 12 58 58.92 -61 03 04.7 M G303.8453+01.8068 12559-6046 18.6 12.3 M7 M8 (MacC)
R 51 12 59 25.52 -61 42 17.8 U G303.8783+01.1520 12563-6129 18.4 8.6v M7
R 52 12 59 40.46 -61 54 54.7 M G303.9014+00.9410 12565-6138 13.3 M mid-M (MacC)
R 53* 12 59 22.39 -61 16 46.5 U 8989-0157 G303.8856+01.5777 12563-6100 12.6 5.0 M3I? M3/6 (Loden)
R 54 12 59 34.18 -61 40 01.2 M 19.7 12.5 M
R 55 12 59 32.54 -61 18 13.0 M 18.4 11.2 M7
R 56 12 59 48.90 -61 26 23.9 U G303.9339+01.4156 12567-6110 17.6 10.2 M4I? M6 (MacC)
R 57* 13 00 04.36 -61 21 20.1 M G303.9672+01.4988 12569-6105 18.9 10.9v S
R 58 13 00 29.97 -61 49 15.1 U 18.3 12.1 M2:
R 59 13 00 12.31 -61 05 48.5 M G303.9918+01.7570 12571-6049 12.9v M mid-M (MacC)
R 60 13 00 42.36 -61 45 56.6 U G304.0280+01.0865 16.8 11.0 M1I?
R 61* 13 01 08.42 -61 00 42.0 M G304.1081+01.8383 12580-6044 11.4 M8: mid-M (MacC)
R 62 13 01 23.87 -61 12 28.1 U G304.1318+01.6412 19.1 11.4 M6.5
R 63 13 01 49.33 -61 59 50.1 U 8993-0229 G304.1503+00.8498 12.4 7.5 M1 M0/1 (Loden)
R 64 13 02 01.46 -61 51 15.4 U G304.1800+00.9918 12588-6134 17.5 10.4 M6
R 65 13 02 02.80 -61 47 40.6 U G304.1853+01.0513 16.2 10.4 M4I?
R 66 13 02 03.78 -61 01 38.7 U G304.2191+01.8173 17.7 11.7 M4
R 67 13 02 38.17 -61 42 01.3 U G304.2588+01.1426 17.4 10.8 M3
R 68* 13 02 54.03 -61 52 14.9 U 8989-0274 G304.2825+00.9711 12597-6136 11.9 5.5 M1I? HD 312265
R 69 13 03 10.95 -62 00 19.3 U G304.3099+00.8352 18.3 11.1 M7:
R 70 13 03 44.89 -61 27 43.9 U G304.4026+01.3747 19.0 11.5 M
R 71 13 03 57.27 -61 42 24.0 U G304.4148+01.1290 16.4 10.3 M1I?
R 72 13 04 05.21 -61 51 12.3 U 17.5 11.6 M3
R 73* 13 03 42.14 -61 23 59.0 M 8989-0139 G304.3988+01.4378 13.7 9.2 M1
R 74 13 04 02.16 -61 33 07.4 M G304.4316+01.2831 19.9 11.9 M7
R 75 13 04 25.40 -61 41 20.3 U G304.4713+01.1439 15.0 10.1 M1
R 76 13 04 22.32 -61 39 06.2 U G304.4664+01.1818 18.9 11.8 M:
R 77 13 04 37.24 -61 38 21.4 U G304.4973+01.1901 17.1 11.1 M2
R 78 13 04 40.23 -61 39 53.8 U G304.5018+01.1674 16.9 11.5 M0
R 79 13 04 51.14 -61 56 20.5 U 8993-0441 G304.5090+00.8918 13.5 7.6 M2I? M3/6 (Loden)
R 80 13 04 53.38 -61 54 10.7 U 8993-0957 G304.5155+00.9273 15.6 9.9 M1
R 81 13 04 47.95 -61 22 06.5 U G304.5326+01.4620 16.9 10.1 M0I?
R 82 13 05 19.40 -61 51 55.8 U G304.5683+00.9619 13021-6135 16.4 9.5 C CGCS 3328
R 83 13 05 11.55 -61 14 22.5 U G304.5868+01.5881 13020-6058 19.1 11.2 M8 M8 (MacC)
R 84 13 05 58.54 -61 48 10.0 U G304.6489+01.0204 17.0 10.3 M1
R 85 13 06 06.94 -61 54 40.3 M G304.6591+00.9113 18.0 11.4v M7
R 86 13 05 51.40 -61 27 37.3 U G304.6527+01.3632 18.5 11.2 M
R 87 13 05 33.75 -61 09 36.1 U 17.7 10.9 M0
R 88 13 06 17.19 -61 51 58.2 M G304.6814+00.9554 21.2 11.7 M7
R 89 13 05 52.70 -61 00 34.0 U G304.6823+01.8130 16.7 10.3 M4
R 90 13 05 48.65 -61 09 48.2 U G304.6644+01.6591 16.7 7.5 M3I?
R 91* 13 06 25.01 -61 24 10.8 U 8989-0439 G304.7239+01.4166 13032-6108 12.7 6.6 M4I? M5 (MacC)
R 92* 13 07 03.60 -61 48 31.7 M 12.3 M8
R 93 13 06 51.68 -61 39 42.3 U G304.7612+01.1552 13037-6123 17.2 9.3 C CGCS 3333
R 94 13 06 46.54 -61 30 07.0 M G304.7607+01.3150 13036-6114 13.2 M8: M8 (MacC)
R 95 13 07 04.88 -61 54 15.6 U G304.7725+00.9120 15.6 9.9 M4
R 96 13 07 11.60 -61 55 31.2 U 16.0 10.0 M1
R 97 13 06 47.77 -61 12 45.3 M G304.7813+01.6044 12.6 M
R 98 13 06 42.99 -61 01 12.6 U G304.7829+01.7967 16.4 10.4 M7
Notes
S 2 northwestern star of 3" pair.
S 18 wrong star marked on Westerlund chart.
S 51 ID uncertain; northwestern star of 5" pair.
S 73 not especially red: 2MASS J-K=0.8.
S 94 eastern star of 14" pair.
S 106 not as red as type M8: 2MASS J-K=1.0.
S 114 western star of 3" pair.
S 126 IRAS 12524-5944 includes some 100mu background flux.
R 20 not GSC 8989-2320.
R 44 [SCP94] 22: m0iii.
R 45 [SCP94] 26: m4iii.
R 53 [SCP94] 33: m3ii; M3Iab (MacC); M4:Iab: (SIMBAD).
R 57 also given as K5I pec or S (MacC), see 2000PASP..112...65M.
R 61 ID uncertain: southwestern of 4" pair?
R 68 M0/2 (Loden).
R 73 southeastern star of 13" pair; [SCP94] 67: m0iii.
R 91 M3/5 (Loden).
R 92 southeastern star of close pair.
Return to the Powerful Daisaku Nogami
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