2003AJ....125.1940B

Query : 2003AJ....125.1940B

2003AJ....125.1940B - Astron. J., 125, 1940-1957 (2003/April-0)

Active star formation in the N11B nebula in the Large Magellanic Cloud: a sequential star formation scenario confirmed.

BARBA R.H., RUBIO M., ROTH M.R. and GARCIA J.

Abstract (from CDS):

The second largest H II region in the Large Magellanic Cloud, N11B has been surveyed in the near-IR. We present JHKsimages of the N11B nebula. These images are combined with CO (1⟶0) emission-line data and with archival New Technology Telescope and Hubble Space Telescope WFPC2 optical images to address the star formation activity of the region. IR photometry of all the IR sources detected is given. We confirm that a second generation of stars is currently forming in the N11B region. Our IR images show the presence of several bright IR sources that appear to be located toward the molecular cloud as seen from the CO emission in the area. Several of these sources show IR colors with young stellar object characteristics, and they are prime candidates to be intermediate-mass Herbig Ae/Be stars. For the first time, an extragalactic methanol maser is directly associated with IR sources embedded in a molecular core. Two IR sources are found at 2" (0.5 pc) of the methanol maser reported position. Additionally, we present the association of the N11A compact H II region to the molecular gas, where we find that the young massive O stars have eroded a cavity in the parental molecular cloud, typical of a champagne flow. The N11 region turns out to be a very good laboratory for studying the interaction of winds, UV radiation, and molecular gas. Several photodissociation regions are found.

Abstract Copyright: ∼

Journal keyword(s): ISM: H II Regions - Infrared Radiation - ISM: Individual: Alphanumeric: N11 - ISM: Molecules - Galaxies: Magellanic Clouds - Stars: Formation

VizieR on-line data: <Available at CDS (J/AJ/125/1940): table1.dat table4.dat>

Nomenclature: Table 1: BRRG NNN (Nos 1-184). Fig.8: BRRG AN (Nos A1-A3, P1-P4, B1, S1). Fig.10: BRRG AN (Nos I1-I3).

CDS comments: CH3OH Maser = [EWN94] 045640.87-662905.0.

Simbad objects: 216

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Number of rows : 216
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 SNR J045447-662528 SNR 04 54 48.00 -66 25 42.0           ~ 111 0
2 DEM L 34 HII 04 56 34.3 -66 26 52           ~ 103 0
3 HD 32228 WR* 04 56 34.666 -66 28 26.34   10.685 10.830     WC4+O9.5II: 96 0
4 BRRG 1 * 04 56 34.87 -66 25 04.7   18.893 18.671     ~ 2 0
5 PGMW 3016 * 04 56 34.9188047136 -66 25 20.707036212 13.738 14.682 14.589   14.998 O9.5:V 5 0
6 BRRG 3 IR 04 56 34.98 -66 25 32.3           ~ 1 0
7 BRRG 4 IR 04 56 35.26 -66 25 27.8           ~ 1 0
8 BRRG 5 * 04 56 35.41 -66 24 15.3   17.08 17.084     ~ 2 0
9 BRRG 6 IR 04 56 35.51 -66 25 19.3           ~ 1 0
10 BRRG 7 IR 04 56 35.94 -66 25 05.1           ~ 1 0
11 BRRG 8 * 04 56 35.98 -66 24 20.2   19.556 18.618     ~ 2 0
12 BRRG 9 IR 04 56 36.14 -66 24 21.9           ~ 1 0
13 BRRG 10 IR 04 56 36.67 -66 24 13.2           ~ 1 1
14 PGMW 3025 * 04 56 36.67 -66 24 13.2   16.39 16.354     ~ 2 0
15 BRRG 11 * 04 56 36.74 -66 25 22.7   18.75 18.651     ~ 2 0
16 PGMW 3027 * 04 56 36.79 -66 24 13.0   17.356 17.567     ~ 2 0
17 BRRG 12 IR 04 56 37.09 -66 25 10.4           ~ 1 0
18 BRRG 13 * 04 56 37.17 -66 24 43.8   18.969 18.324     ~ 2 0
19 BRRG 14 * 04 56 37.25 -66 24 37.0   17.48 17.569     ~ 2 0
20 BRRG 16 IR 04 56 37.28 -66 25 15.7           ~ 1 0
21 BRRG 15 * 04 56 37.28 -66 24 21.1   18.969 18.746     ~ 2 0
22 BRRG 17 IR 04 56 37.58 -66 24 42.8           ~ 1 0
23 BRRG 18 * 04 56 37.76 -66 24 29.2   18.081 18.331     ~ 2 0
24 BRRG 19 * 04 56 38.29 -66 25 45.5   18.554 17.286     ~ 2 0
25 BRRG 20 IR 04 56 38.38 -66 25 40.7           ~ 1 0
26 BRRG 21 IR 04 56 38.40 -66 24 33.7           ~ 1 0
27 BRRG 22 IR 04 56 38.41 -66 24 43.5           ~ 1 0
28 BRRG 23 IR 04 56 38.48 -66 24 17.4           ~ 1 0
29 BRRG 24 * 04 56 38.82 -66 24 51.1   18.523 18.213     ~ 2 0
30 BRRG 25 * 04 56 38.98 -66 25 51.3   17.613 17.557     ~ 2 0
31 NGC 1761 As* 04 56 39 -66 29.0     9.94     ~ 103 0
32 BRRG 26 * 04 56 39.02 -66 24 45.2   17.744 17.688     ~ 2 0
33 PGMW 3042 * 04 56 39.1831546944 -66 24 50.028577128 13.590 14.514 14.461   14.708 O9.5Vn 13 0
34 BRRG 28 * 04 56 39.32 -66 24 52.1   17.563 17.572     ~ 2 0
35 BRRG 29 * 04 56 39.53 -66 25 30.0   17.432 17.503     ~ 2 0
36 BRRG 30 IR 04 56 39.55 -66 24 49.2           ~ 1 0
37 PGMW 3045 * 04 56 39.7932167232 -66 24 54.481510440 14.158 15.005 14.838   15.211 O9.5III 5 0
38 BRRG 32 * 04 56 39.88 -66 25 51.4   17.919 17.775     ~ 2 0
39 BRRG 33 * 04 56 39.93 -66 25 07.6   17.632 17.688     ~ 2 0
40 BRRG 34 * 04 56 39.98 -66 25 48.9   18.015 17.968     ~ 2 0
41 BRRG 35 * 04 56 40.05 -66 24 29.8   19.506 18.898     ~ 2 0
42 BRRG 36 * 04 56 40.68 -66 24 50.5   16.208 16.272     ~ 2 0
43 BRRG 37 IR 04 56 40.84 -66 25 29.1           ~ 1 0
44 PGMW 3053 * 04 56 41.0475516240 -66 24 40.537858536   13.04 13.13     O6II(f+) 19 0
45 BRRG 38 IR 04 56 41.06 -66 24 47.4           ~ 1 0
46 BRRG 40 IR 04 56 41.39 -66 25 10.9           ~ 1 0
47 BRRG 41 * 04 56 41.45 -66 24 27.1   18.381 18.516     ~ 2 0
48 BRRG 42 IR 04 56 41.77 -66 24 57.4           ~ 1 0
49 BRRG 43 * 04 56 41.84 -66 24 32.5   19.004 18.733     ~ 2 0
50 BRRG 44 * 04 56 42.02 -66 25 05.0   18.343 18.156     ~ 2 0
51 BRRG 46 IR 04 56 42.08 -66 25 51.7           ~ 1 0
52 BRRG 45 IR 04 56 42.08 -66 24 58.2           ~ 1 0
53 BRRG 47 * 04 56 42.09 -66 25 36.7   17.484 17.528     ~ 2 0
54 PGMW 3058 Pu* 04 56 42.1339871825 -66 24 54.713617412 12.901 14.092 14.089   13.991 O3V((f*)) 25 0
55 BRRG 49 * 04 56 42.30 -66 25 17.3   17.86 16.760     ~ 2 0
56 BRRG 50 IR 04 56 42.40 -66 24 57.2           ~ 1 0
57 BRRG 51 * 04 56 42.42 -66 24 34.4   19.376 19.337     ~ 2 0
58 BRRG 52 IR 04 56 42.42 -66 24 14.9           ~ 1 0
59 BRRG 53 * 04 56 42.43 -66 24 53.5   16.313 16.404     ~ 2 0
60 BRRG 54 IR 04 56 42.46 -66 25 34.8           ~ 1 0
61 [L72] LH 10-3061 * 04 56 42.5074945536 -66 25 18.217550208 12.699 13.595 13.491   13.405 ON2III(f*) 31 0
62 BRRG 55 * 04 56 42.51 -66 24 44.3   19.261 18.974     ~ 2 0
63 BRRG 58 EB* 04 56 42.6109191547 -66 24 39.462259353   17.714 17.748     ~ 3 0
64 BRRG 57 IR 04 56 42.62 -66 25 05.7           ~ 1 0
65 BRRG 61 * 04 56 42.79 -66 25 02.7   15.547 15.608     ~ 3 0
66 BRRG 60 * 04 56 42.79 -66 24 35.8   18.854 18.802     ~ 2 0
67 BRRG 59 * 04 56 42.79 -66 24 25.9   19.494 18.978     ~ 2 0
68 BRRG 62 IR 04 56 42.85 -66 24 58.8           ~ 1 0
69 BRRG 63 IR 04 56 42.86 -66 24 40.9           ~ 1 0
70 BRRG 64 * 04 56 42.94 -66 25 01.0   16.222 16.432     ~ 2 0
71 BRRG 65 IR 04 56 42.96 -66 25 04.3           ~ 1 0
72 BRRG 66 * 04 56 42.98 -66 25 10.1   18.622 18.097     ~ 2 0
73 BRRG 67 * 04 56 43.0145557464 -66 25 03.124209612   13.914 13.931     ~ 2 0
74 BRRG 68 * 04 56 43.14 -66 25 08.5   18.13 18.126     ~ 2 0
75 BRRG 69 IR 04 56 43.15 -66 24 14.9           ~ 1 0
76 BRRG 70 * 04 56 43.19 -66 24 37.8   19.051 17.571     ~ 2 0
77 BRRG 71 * 04 56 43.21 -66 24 34.4   18.308 18.322     ~ 2 0
78 BRRG 72 * 04 56 43.23 -66 24 54.2   16.246 16.119     ~ 2 0
79 BRRG 75 EB* 04 56 43.2756150816 -66 25 02.492537664           ~ 15 0
80 BRRG 73 IR 04 56 43.28 -66 25 05.5           ~ 1 0
81 BRRG 74 IR 04 56 43.29 -66 24 57.7           ~ 1 0
82 BRRG 76 * 04 56 43.30 -66 25 21.0   19.292 18.153     ~ 2 0
83 BRRG 77 * 04 56 43.31 -66 25 33.9   16.767 16.821     ~ 2 0
84 PGMW 3073 * 04 56 43.334 -66 24 54.55 12.895 14.734 13.868   14.181 O6.5V 13 0
85 BRRG 78 * 04 56 43.34 -66 24 59.6   17.328 17.480     ~ 2 0
86 BRRG 79 * 04 56 43.37 -66 24 43.7   18.684 18.544     ~ 2 0
87 BRRG 80 IR 04 56 43.38 -66 24 54.1           ~ 1 1
88 BRRG 81 IR 04 56 43.46 -66 25 04.8           ~ 1 0
89 PGMW 3075 * 04 56 43.55 -66 24 54.4   17.942 17.382     ~ 2 0
90 BRRG 84 EB* 04 56 43.7390884094 -66 24 35.944659459   16.711 16.791     ~ 3 0
91 BRRG 82 * 04 56 43.74 -66 25 03.6   18.27 17.701     ~ 2 0
92 BRRG 83 IR 04 56 43.75 -66 25 26.7           ~ 1 0
93 BRRG 85 * 04 56 43.77 -66 25 21.3   16.501 16.526     ~ 2 0
94 BRRG 86 * 04 56 43.79 -66 25 02.2   16.587 17.175     ~ 2 0
95 BRRG 87 IR 04 56 43.81 -66 24 59.2           ~ 1 0
96 BRRG 88 * 04 56 43.89 -66 24 14.6   16.5 16.577     ~ 2 0
97 BRRG 89 IR 04 56 43.91 -66 25 13.7           ~ 1 0
98 BRRG 90 IR 04 56 43.93 -66 24 30.4           ~ 1 0
99 BRRG 91 * 04 56 43.95 -66 24 53.6   17.246 17.245     ~ 2 0
100 BRRG 92 IR 04 56 44.06 -66 25 06.9           ~ 1 1
101 PGMW 3081 * 04 56 44.06 -66 25 06.9   16.248 16.209     ~ 2 0
102 BRRG 93 EB* 04 56 44.0690401368 -66 24 46.682170198   16.611 16.693     ~ 3 0
103 PGMW 3083 * 04 56 44.13 -66 25 06.6   17.062 16.747     ~ 2 0
104 BRRG 94 * 04 56 44.15 -66 24 53.0   17.699 17.532     ~ 2 0
105 BRRG 95 IR 04 56 44.19 -66 25 32.8           ~ 1 0
106 BRRG 96 IR 04 56 44.20 -66 24 32.4           ~ 1 0
107 BRRG 97 * 04 56 44.27 -66 24 56.9   16.925 17.284     ~ 2 0
108 OGLE LMC-ECL-27787 EB* 04 56 44.37 -66 25 00.6   16.329 16.415   16.444 ~ 4 0
109 BRRG 99 IR 04 56 44.45 -66 24 52.8           ~ 1 0
110 BRRG 100 * 04 56 44.47 -66 24 15.6   17.787 17.752     ~ 2 0
111 BRRG 101 * 04 56 44.48 -66 24 55.6   15.837 15.864     ~ 2 0
112 PGMW 3090 * 04 56 44.536 -66 24 56.28 12.522 14.311 13.303   13.764 B0:V 5 0
113 PGMW 3089 * 04 56 44.5480913424 -66 24 33.712734276   14.528 14.650     O8V 7 0
114 BRRG 104 EB* 04 56 44.6087792491 -66 25 00.016745685   16.184 16.179     ~ 3 0
115 BRRG 105 * 04 56 44.68 -66 24 54.7   15.817 15.905     ~ 2 0
116 BRRG 106 * 04 56 44.72 -66 24 50.7   15.977 16.099     ~ 2 0
117 BRRG 107 IR 04 56 44.74 -66 24 35.5           ~ 1 0
118 BRRG 108 IR 04 56 44.76 -66 24 29.2           ~ 1 0
119 PGMW 3096 * 04 56 44.77 -66 25 07.7   17.57 17.246     ~ 2 0
120 BRRG 109 * 04 56 44.79 -66 25 02.4   18.032 19.316     ~ 2 0
121 BRRG 110 IR 04 56 44.80 -66 24 43.3           ~ 1 0
122 PGMW 3097 * 04 56 44.81 -66 25 07.1   15.409 15.508     ~ 2 0
123 BRRG 111 IR 04 56 44.81 -66 25 07.1           ~ 1 1
124 BRRG 112 * 04 56 44.86 -66 25 44.0   17.239 17.286     ~ 2 0
125 BRRG 113 IR 04 56 44.93 -66 24 29.4           ~ 1 0
126 BRRG 114 IR 04 56 44.95 -66 25 04.8           ~ 1 0
127 BRRG 115 IR 04 56 44.96 -66 25 19.2           ~ 1 0
128 BRRG 116 IR 04 56 45.06 -66 24 47.3           ~ 1 0
129 BRRG 117 * 04 56 45.09 -66 24 57.9   16.765 16.770     ~ 2 0
130 BRRG 118 IR 04 56 45.11 -66 24 49.0           ~ 1 0
131 PGMW 3100 * 04 56 45.2033296872 -66 25 10.776628056 13.007 13.736 13.648   13.547 O5III(f+) 20 0
132 BRRG 120 IR 04 56 45.24 -66 24 50.9           ~ 1 0
133 PGMW 3102 * 04 56 45.3652438416 -66 24 46.424829456 12.601 13.319 13.416   13.502 O7V 14 0
134 BRRG 123 * 04 56 45.41 -66 24 26.7   18.518 18.489     ~ 2 0
135 PGMW 3103 * 04 56 45.433 -66 24 38.26   15.64 15.781     O9.5:IV: 5 0
136 BRRG 124 * 04 56 45.45 -66 25 15.5   18.734 18.655     ~ 2 0
137 BRRG 125 * 04 56 45.57 -66 24 39.4   16.599 16.657     ~ 2 0
138 BRRG 126 * 04 56 45.64 -66 25 08.5   17.305 17.400     ~ 2 0
139 BRRG 127 * 04 56 45.82 -66 24 29.9   17.962 18.472     ~ 2 0
140 BRRG 128 IR 04 56 45.87 -66 25 36.9           ~ 1 0
141 BRRG 129 IR 04 56 45.96 -66 24 21.8           ~ 1 0
142 PGMW 3109 Pu* 04 56 46.0459304779 -66 24 49.708526210   16.412 16.481     ~ 2 0
143 BRRG 131 * 04 56 46.11 -66 24 52.7   17.745 17.512     ~ 2 0
144 BRRG 132 * 04 56 46.33 -66 24 46.7   17.357 17.380     ~ 2 0
145 BRRG 133 * 04 56 46.36 -66 25 08.3   17.926 17.878     ~ 2 0
146 BRRG 134 IR 04 56 46.49 -66 24 45.8           ~ 1 0
147 PGMW 3115 * 04 56 46.5143377320 -66 24 51.829089552 14.103 14.942 14.771   15.005 O9V 6 0
148 BRRG 136 IR 04 56 46.58 -66 24 14.7           ~ 1 0
149 BRRG 137 * 04 56 46.72 -66 25 09.2   18.342 18.236     ~ 2 0
150 BRRG 138 IR 04 56 46.75 -66 24 53.0           ~ 1 0
151 BRRG 139 * 04 56 46.78 -66 24 43.2   17.19 17.474     ~ 2 0
152 PGMW 3120 * 04 56 46.7984540280 -66 24 46.862515368 11.700 12.496 12.466   12.464 O5.5V((f*)) 37 0
153 BRRG 141 * 04 56 46.89 -66 25 44.1   18.209 18.173     ~ 2 0
154 PGMW 3123 * 04 56 46.9944594480 -66 24 31.564616184   14.464 14.570     O8.5V 10 0
155 BRRG 142 * 04 56 47.01 -66 24 28.3   19.065 17.746     ~ 2 0
156 BRRG 143 IR 04 56 47.02 -66 24 55.8           ~ 1 0
157 BRRG 145 * 04 56 47.07 -66 25 02.6   17.037 16.872     ~ 2 0
158 PGMW 3126 * 04 56 47.107 -66 24 59.33 13.391 14.371 14.050   14.034 O6.5V 7 0
159 [EWN94] 045640.87-662905.0 Mas 04 56 47.12 -66 24 31.8           ~ 2 0
160 BRRG 147 IR 04 56 47.13 -66 24 30.5           ~ 1 0
161 BRRG 148 IR 04 56 47.17 -66 24 33.1           ~ 1 0
162 PGMW 3128 * 04 56 47.2162457064 -66 24 42.120879876   14.59 14.71     B0.2V 10 0
163 BRRG 149 * 04 56 47.23 -66 24 52.1   16.306 16.879     ~ 2 0
164 BRRG 151 * 04 56 47.29 -66 25 11.3   18.089 17.858     ~ 2 0
165 BRRG 152 IR 04 56 47.33 -66 24 37.2           ~ 1 1
166 PGMW 3131 * 04 56 47.33 -66 24 37.2   18.084 17.707     ~ 2 0
167 BRRG 153 IR 04 56 47.39 -66 25 18.1           ~ 1 0
168 BRRG 154 IR 04 56 47.49 -66 24 54.1           ~ 1 0
169 BRRG 155 * 04 56 47.50 -66 24 57.1   16.309 16.270     ~ 2 0
170 BRRG 156 * 04 56 47.53 -66 24 56.0   16.858 16.875     ~ 2 0
171 PGMW 4039 * 04 56 47.53 -66 24 37.3   18.92 17.553     ~ 2 0
172 BRRG 157 * 04 56 47.54 -66 24 33.5   17.142 17.499     ~ 2 0
173 BRRG 158 * 04 56 47.55 -66 24 50.1   18.255 17.649     ~ 2 0
174 BRRG 159 * 04 56 47.56 -66 24 44.3   17.845 18.309     ~ 2 0
175 BRRG 160 IR 04 56 47.61 -66 25 14.1           ~ 1 0
176 BRRG 161 IR 04 56 47.64 -66 25 08.0           ~ 1 0
177 BRRG 162 IR 04 56 47.74 -66 24 33.8           ~ 1 0
178 BRRG 163 IR 04 56 47.77 -66 24 17.4           ~ 1 0
179 BRRG 164 IR 04 56 47.78 -66 24 52.1           ~ 1 0
180 BRRG 165 * 04 56 47.88 -66 24 35.6   17.559 17.396     ~ 2 0
181 BRRG 166 * 04 56 47.89 -66 24 46.1   17.877 18.232     ~ 2 0
182 BRRG 167 * 04 56 48.05 -66 24 54.7   17.827 17.664     ~ 2 0
183 2MASS J04564812-6625497 * 04 56 48.1202655456 -66 25 49.805489892   18.65 17.074     ~ 2 0
184 BRRG 169 IR 04 56 48.39 -66 25 21.3           ~ 1 0
185 BRRG 171 EB* 04 56 48.4685800068 -66 24 43.194169545   16.217 16.286     ~ 3 0
186 BRRG 170 * 04 56 48.47 -66 24 48.9   17.923 17.834     ~ 2 0
187 BRRG 172 * 04 56 48.63 -66 25 11.5   17.547 17.382     ~ 2 0
188 PGMW 3148 * 04 56 48.7456689312 -66 24 15.759298800   15.207 15.276     B1V 5 0
189 BRRG 174 IR 04 56 48.78 -66 24 37.5           ~ 1 0
190 BRRG 175 IR 04 56 48.78 -66 24 34.1           ~ 1 0
191 BRRG 176 IR 04 56 48.87 -66 25 22.2           ~ 1 0
192 OGLE LMC-ECL-27803 EB* 04 56 48.97 -66 24 47.2   16.917 16.900   16.922 ~ 4 0
193 BRRG 178 * 04 56 49.01 -66 24 18.0   17.857 17.845     ~ 2 0
194 BRRG 179 * 04 56 49.07 -66 24 44.8   17.48 17.616     ~ 2 0
195 BRRG 180 IR 04 56 49.93 -66 24 37.1           ~ 1 0
196 BRRG 181 IR 04 56 50.05 -66 24 44.2           ~ 1 0
197 BI 39 s*b 04 56 50.5859606808 -66 24 35.122236480 11.691 12.356 12.438   10.895 B1Ia 18 0
198 BRRG 183 IR 04 56 50.84 -66 25 15.3           ~ 1 0
199 2MASS J04565104-6624521 * 04 56 51.0450197016 -66 24 52.026496380   16.294 16.346     ~ 2 0
200 SP77 29-15a s*r 04 56 51.2739867240 -66 23 49.003412424 16.430 15.083 13.149   10.518 K:I 12 1
201 LHA 120-N 11 HII 04 56 51.4 -66 24 24           ~ 275 0
202 NGC 1763 As* 04 56 51.5 -66 24 25     9.40     ~ 169 3
203 PGMW 3168 * 04 56 54.4599428448 -66 24 15.867618408   13.57 13.68     O7II(f) 22 0
204 PGMW 3204 * 04 56 58.7897 -66 24 40.710   13.85 14.02     O6.5V((f)) 19 0
205 HD 268721 * 04 56 58.971 -66 24 38.16 11.374 11.935 11.859   11.281 O3III(f*)+OB 22 0
206 2MASS J04565987-6624258 Y*O 04 56 59.8480677672 -66 24 26.051634036 14.99 15.60 15.04   14.44 O8III 6 0
207 BI 42 Ro* 04 57 00.8846599752 -66 24 25.206714576 11.998 12.768 12.896 13.210 12.663 O8V 33 0
208 HD 268726 s*b 04 57 08.8248830784 -66 23 25.201132620 10.475 11.39 11.265     B2Ia 41 0
209 IRAS 04571-6627 mul 04 57 15.5 -66 23 14           ~ 53 1
210 HD 32340 Em* 04 57 16.253 -66 23 20.94   13.11 12.45 14.00   O3-O6V 78 0
211 NGC 1769 As* 04 57 44.5 -66 27 42           ~ 73 1
212 DEM L 52 HII 05 01 48.0 -68 12 41           ~ 15 0
213 LHA 120-N 105A HII 05 09 34.3 -68 53 45           ~ 58 1
214 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 19090 0
215 NAME 30 Dor Nebula SFR 05 38 36.0 -69 05 11           ~ 1276 2
216 M 16 OpC 18 18 45.1 -13 47 31           ~ 1084 1

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