2014A&A...565A.107G

Query : 2014A&A...565A.107G

2014A&A...565A.107G - Astronomy and Astrophysics, volume 565A, 107-107 (2014/5-1)

The tiny globulettes in the Carina nebula.

GRENMAN T. and GAHM G.F.

Abstract (from CDS):

Small molecular cloudlets are abundant in many HII regions surrounding newborn stellar clusters. In optical images these so-called globulettes appear as dark silhouettes against the bright nebular background. We aim to make an inventory of the population of globulettes in the Carina nebula complex, and to derive sizes and masses for comparisons with similar objects found in other HII regions. The globulettes were identified from Hα images collected at the Hubble Space Telescope. We have located close to 300 globulettes in the Carina complex, more than in any other region surveyed so far. The objects appear as well-confined dense clumps and, as a rule, lack thinner envelopes and tails. Objects with bright rims are in the minority, but more abundant than in other regions surveyed. Some globulettes are slightly elongated with their major axes oriented in the direction of young clusters in the complex. Many objects are quite isolated and reside at projected distances >1.5pc from other molecular structures in the neighbourhood. No globulette coincides in position with recognized pre-main-sequence objects in the area. The objects are systematically much smaller, less massive, and much denser than those surveyed in other HII regions. Practically all globulettes are of planetary mass, and most have masses less than one Jupiter mass. The average number densities exceed 10⁵cm^–3 in several objects. We have found a statistical relation between density and radius (mass) in the sense that the smallest objects are also the densest. The population of small globulettes in Carina appears to represent a more advanced evolutionary state than those investigated in other HII regions. The objects are subject to erosion in the intense radiation field, which would lead to a removal of any thinner envelope and an unveiling of the core, which becomes more compact with time. We discuss the possibility that the core may become gravitationally unstable, in which case free-floating planetary mass objects can form.

Abstract Copyright: ∼

Journal keyword(s): HII regions - dust, extinction - evolution - ISM: individual objects: Carina nebula

VizieR on-line data: <Available at CDS (J/A+A/565/A107): tablea1.dat>

Nomenclature: Table A.1: [GG2014] NNN (Nos 1-288).

Simbad objects: 305

Full paper

View the references in ADS

Number of rows : 305

N	Identifier	Otype	ICRS (J2000) RA	ICRS (J2000) DEC	Mag U	Mag B	Mag V	Mag R	Mag I	Sp type	#ref 1850 - 2024	#notes
1	M 42	HII	05 35 17	-05 23.4						~	4073	0
2	NAME Rosette Nebula	HII	06 32 26.76	+04 47 37.1						~	492	1
3	NAME Rosette Molecular Cloud	MoC	06 34.7	+04 02						~	262	0
4	[GG2014] 1	cor	10 41 13.3	-59 49 00						~	1	0
5	[GG2014] 2	cor	10 41 18.9	-59 46 38						~	1	0
6	[GG2014] 3	cor	10 41 23.6	-59 48 35						~	1	0
7	[GG2014] 4	cor	10 41 26.2	-59 46 13						~	1	0
8	[GG2014] 5	cor	10 41 27.2	-59 46 15						~	1	0
9	[GG2014] 6	cor	10 41 28.8	-59 46 09						~	1	0
10	[GG2014] 7	cor	10 41 28.9	-59 45 53						~	1	0
11	[GG2014] 8	cor	10 41 29.1	-59 47 36						~	1	0
12	[GG2014] 9	cor	10 41 29.2	-59 46 29						~	1	0
13	[GG2014] 10	cor	10 41 31.5	-59 47 38						~	1	0
14	[GG2014] 11	cor	10 41 32.4	-59 46 22						~	1	0
15	[GG2014] 12	cor	10 41 32.6	-59 45 50						~	1	0
16	[GG2014] 13	cor	10 41 33.4	-59 46 38						~	1	0
17	[GG2014] 14	cor	10 41 35.9	-59 45 48						~	1	0
18	[GG2014] 15	cor	10 41 44.9	-59 43 44						~	1	0
19	[GG2014] 16	cor	10 41 45.2	-59 44 17						~	1	0
20	[GG2014] 17	cor	10 41 45.2	-59 43 50						~	1	0
21	[GG2014] 18	cor	10 41 46.9	-59 43 51						~	1	0
22	[GG2014] 19	cor	10 41 49.8	-59 44 26						~	1	0
23	[GG2014] 20	cor	10 41 50.7	-59 44 25						~	1	0
24	[GG2014] 21	cor	10 41 51.2	-59 45 02						~	1	0
25	Cl Bochum 10	OpC	10 42 14.2	-59 08 44		6.40	6.2			~	82	0
26	[GG2014] 22	cor	10 42 20.7	-59 19 45						~	1	0
27	[GG2014] 23	cor	10 42 43.7	-59 20 16						~	1	0
28	[GG2014] 24	cor	10 42 48.7	-59 20 42						~	1	0
29	[GG2014] 25	cor	10 42 52.4	-59 21 08						~	1	0
30	[GG2014] 26	cor	10 43 15.9	-59 28 07						~	1	0
31	[GG2014] 27	cor	10 43 16.1	-59 28 31						~	1	0
32	[GG2014] 28	cor	10 43 16.8	-59 28 19						~	1	0
33	[GG2014] 29	cor	10 43 17.6	-59 30 33						~	1	0
34	[GG2014] 30	cor	10 43 19.9	-59 31 45						~	1	0
35	[GG2014] 31	cor	10 43 22.1	-59 30 31						~	1	0
36	[GG2014] 32	cor	10 43 27.5	-59 32 47						~	1	0
37	[GG2014] 33	cor	10 43 31.4	-59 55 20						~	1	0
38	[GG2014] 34	cor	10 43 32.0	-59 33 00						~	1	0
39	[GG2014] 35	cor	10 43 35.1	-59 33 06						~	1	0
40	[GG2014] 36	cor	10 43 35.6	-59 32 46						~	1	0
41	[GG2014] 37	cor	10 43 37.1	-59 32 46						~	1	0
42	[GG2014] 38	cor	10 43 39.1	-59 32 57						~	2	0
43	[GG2014] 39	cor	10 43 39.8	-59 32 46						~	1	0
44	[GG2014] 40	cor	10 43 43.8	-59 31 24						~	1	0
45	[GG2014] 41	cor	10 43 46.4	-59 36 05						~	1	0
46	[GG2014] 42	cor	10 43 46.8	-59 36 09						~	1	0
47	[GG2014] 43	cor	10 43 47.6	-59 36 06						~	1	0
48	[GG2014] 44	cor	10 43 47.6	-59 34 56						~	1	0
49	[GG2014] 45	cor	10 43 47.6749155144	-59 34 33.701245176		18.425	17.034		15.147	~	5	0
50	[GG2014] 46	cor	10 43 48.3	-59 34 33						~	1	0
51	[GG2014] 48	cor	10 43 49.1	-59 35 18						~	1	0
52	[GG2014] 47	cor	10 43 49.1	-59 35 16						~	1	0
53	[GG2014] 49	cor	10 43 50.4	-59 31 18						~	1	0
54	HH 666	HH	10 43 51.3	-59 55 21						~	25	0
55	[GG2014] 50	cor	10 43 51.4	-59 35 14						~	1	0
56	[GG2014] 51	cor	10 43 52.5	-59 39 03						~	1	0
57	[GG2014] 52	cor	10 43 52.9	-59 58 49						~	1	0
58	[GG2014] 53	cor	10 43 53.0	-59 36 27						~	1	0
59	[GG2014] 54	cor	10 43 53.2	-59 36 25						~	1	0
60	[GG2014] 56	cor	10 43 53.3	-59 36 25						~	1	0
61	[GG2014] 55	cor	10 43 53.3	-59 36 23						~	1	0
62	[GG2014] 57	cor	10 43 53.4	-59 36 22						~	1	0
63	[GG2014] 58	cor	10 43 53.5	-59 35 59						~	1	0
64	[GG2014] 59	cor	10 43 53.6	-59 36 22						~	1	0
65	[GG2014] 61	cor	10 43 53.9	-59 36 29						~	1	0
66	[GG2014] 60	cor	10 43 53.9	-59 35 56						~	1	0
67	[GG2014] 64	cor	10 43 54.2	-59 38 53						~	1	0
68	[GG2014] 65	cor	10 43 54.2	-59 36 31						~	1	0
69	[GG2014] 63	cor	10 43 54.2	-59 36 19						~	1	0
70	[GG2014] 62	cor	10 43 54.2	-59 36 06						~	1	0
71	[GG2014] 66	cor	10 43 54.5	-60 00 11						~	1	0
72	[GG2014] 67	cor	10 43 54.7	-59 38 54						~	1	0
73	[GG2014] 68	cor	10 43 54.8	-59 38 59						~	1	0
74	[GG2014] 70	cor	10 43 54.9	-60 00 08						~	1	0
75	[GG2014] 69	cor	10 43 54.9	-59 38 35						~	1	0
76	[GG2014] 71	cor	10 43 55.2	-59 36 26						~	1	0
77	[GG2014] 72	cor	10 43 55.4	-59 38 30						~	1	0
78	[GG2014] 73	cor	10 43 55.5	-59 36 24						~	1	0
79	[GG2014] 74	cor	10 43 55.6	-59 36 29						~	1	0
80	[GG2014] 75	cor	10 43 55.9	-59 36 32						~	1	0
81	[GG2014] 76	cor	10 43 56.0	-59 36 31						~	1	0
82	[GG2014] 77	cor	10 43 56.1	-59 38 54						~	1	0
83	[GG2014] 79	cor	10 43 56.4	-59 39 03						~	2	0
84	[GG2014] 78	cor	10 43 56.4	-59 36 53						~	2	0
85	[GG2014] 80	cor	10 43 56.6	-59 36 33						~	2	0
86	Cl Trumpler 14	OpC	10 43 56.6	-59 33 11		5.70	5.5			~	509	0
87	[GG2014] 81	cor	10 43 56.7	-59 38 58						~	1	0
88	[GG2014] 82	cor	10 43 56.7	-59 31 32						~	1	0
89	[GG2014] 83	cor	10 43 56.8	-59 38 47						~	1	0
90	[GG2014] 84	cor	10 43 56.8	-59 31 26						~	1	0
91	[GG2014] 85	cor	10 43 56.9	-59 38 33						~	1	0
92	[GG2014] 86	cor	10 43 57.5	-59 38 56						~	1	0
93	[GG2014] 87	cor	10 43 57.5	-59 38 47						~	1	0
94	[GG2014] 88	cor	10 43 58.1	-59 31 10						~	1	0
95	[GG2014] 89	cor	10 43 58.4	-59 35 32						~	1	0
96	[GG2014] 90	cor	10 43 58.5	-59 38 56						~	1	0
97	[GG2014] 92	cor	10 43 58.9	-59 31 54						~	1	0
98	[GG2014] 91	cor	10 43 58.9	-59 31 16						~	1	0
99	[GG2014] 93	cor	10 43 59.6	-59 32 38						~	2	0
100	Cl Collinder 228	OpC	10 44 00	-60 05.2						~	207	0
101	[GG2014] 94	cor	10 44 01.1	-59 35 22						~	1	0
102	[GG2014] 95	cor	10 44 01.6	-59 32 04						~	1	0
103	[GG2014] 96	cor	10 44 01.9	-59 35 15						~	1	0
104	[GG2014] 98	cor	10 44 02.4	-59 32 14						~	1	0
105	[GG2014] 97	cor	10 44 02.4	-59 32 12						~	1	0
106	[GG2014] 99	cor	10 44 02.5	-59 35 22						~	1	0
107	[GG2014] 100	cor	10 44 02.8	-59 32 08						~	1	0
108	[GG2014] 101	cor	10 44 03.0	-59 35 19						~	1	0
109	[GG2014] 102	cor	10 44 03.1	-59 36 40						~	1	0
110	[GG2014] 103	cor	10 44 03.3	-59 35 17						~	1	0
111	[GG2014] 104	cor	10 44 03.4	-59 35 19						~	1	0
112	[GG2014] 105	cor	10 44 03.8	-59 36 53						~	1	0
113	[GG2014] 106	cor	10 44 03.9	-59 36 57						~	1	0
114	[GG2014] 107	cor	10 44 04.1	-59 36 57						~	1	0
115	[GG2014] 108	cor	10 44 04.2	-59 36 55						~	1	0
116	[GG2014] 109	cor	10 44 04.5	-59 36 58						~	1	0
117	[GG2014] 110	cor	10 44 04.7	-59 39 32						~	1	0
118	[GG2014] 111	cor	10 44 04.8	-59 39 37						~	1	0
119	[GG2014] 112	cor	10 44 04.9	-59 39 40						~	1	0
120	[GG2014] 113	cor	10 44 05.2	-59 32 52						~	1	0
121	[GG2014] 114	cor	10 44 05.3	-59 39 30						~	1	0
122	[GG2014] 115	cor	10 44 05.8	-59 31 46						~	1	0
123	[GG2014] 116	cor	10 44 06.4	-59 28 13						~	1	0
124	[GG2014] 117	cor	10 44 07.0	-59 32 56						~	1	0
125	2MASS J10440701-5932310	*	10 44 07.0051280544	-59 32 31.192782828		19.584	17.706		15.692	~	10	0
126	[GG2014] 119	cor	10 44 07.6	-59 39 35						~	2	0
127	[GG2014] 120	cor	10 44 07.6	-59 32 35						~	1	0
128	[GG2014] 121	cor	10 44 07.9	-59 32 37						~	1	0
129	[GG2014] 122	cor	10 44 08.5	-59 33 08						~	1	0
130	[GG2014] 123	cor	10 44 08.7	-59 32 45						~	1	0
131	[GG2014] 124	cor	10 44 09.3	-59 32 43						~	1	0
132	[GG2014] 125	cor	10 44 09.9	-59 33 17						~	1	0
133	[GG2014] 126	cor	10 44 10.4	-59 33 13						~	1	0
134	[GG2014] 127	cor	10 44 10.5	-59 33 16						~	1	0
135	[GG2014] 128	cor	10 44 10.6	-59 33 23						~	1	0
136	[GG2014] 129	cor	10 44 10.7	-59 33 19						~	1	0
137	[GG2014] 130	cor	10 44 12.6	-59 31 03						~	1	0
138	[GG2014] 131	cor	10 44 12.8	-59 25 53						~	1	0
139	[GG2014] 132	cor	10 44 13.0	-59 25 57						~	1	0
140	[GG2014] 133	cor	10 44 13.2	-59 26 06						~	1	0
141	[GG2014] 134	cor	10 44 15.0963425304	-59 35 41.675615376		19.355	18.203		16.925	~	2	0
142	[GG2014] 135	cor	10 44 15.3	-59 30 38						~	1	0
143	[GG2014] 136	cor	10 44 16.8	-59 42 36						~	1	0
144	[GG2014] 137	cor	10 44 18.8	-59 42 16						~	1	0
145	[GG2014] 138	cor	10 44 19.1	-59 28 20						~	1	0
146	[GG2014] 139	cor	10 44 19.4	-59 42 18						~	1	0
147	[GG2014] 140	cor	10 44 19.9	-59 33 12						~	1	0
148	[GG2014] 141	cor	10 44 20.6	-59 33 23						~	1	0
149	[GG2014] 142	cor	10 44 22.9	-59 33 30						~	1	0
150	[GG2014] 143	cor	10 44 28.1	-60 00 08						~	1	0
151	[GG2014] 144	cor	10 44 28.1	-60 00 03						~	1	0
152	[GG2014] 145	cor	10 44 28.2	-60 00 00						~	1	0
153	[GG2014] 146	cor	10 44 28.5	-60 00 07						~	1	0
154	[GG2014] 147	cor	10 44 28.5	-60 00 06						~	1	0
155	[GG2014] 148	cor	10 44 28.8	-60 00 09						~	1	0
156	[GG2014] 149	cor	10 44 28.9	-60 00 53						~	1	0
157	[GG2014] 150	cor	10 44 29.1	-59 38 40						~	1	0
158	[GG2014] 151	cor	10 44 30.2	-59 38 37						~	1	0
159	[GG2014] 152	cor	10 44 30.6	-59 34 41						~	1	0
160	[GG2014] 153	cor	10 44 31.1	-59 39 10						~	1	0
161	[GG2014] 154	cor	10 44 31.3	-59 34 53						~	1	0
162	[GG2014] 155	cor	10 44 31.4	-59 58 47						~	1	0
163	[GG2014] 156	cor	10 44 31.6	-59 34 43						~	1	0
164	[GG2014] 157	cor	10 44 31.9	-59 39 01						~	1	0
165	[GG2014] 158	cor	10 44 32.2	-59 38 49						~	1	0
166	[GG2014] 159	cor	10 44 32.4	-59 34 51						~	1	0
167	[GG2014] 160	cor	10 44 32.5	-59 57 30						~	1	0
168	[GG2014] 161	cor	10 44 32.57	-59 33 36.2						~	2	0
169	[GG2014] 164	cor	10 44 32.6	-59 58 44						~	1	0
170	[GG2014] 163	cor	10 44 32.6	-59 37 36						~	1	0
171	[GG2014] 162	cor	10 44 32.6	-59 34 52						~	1	0
172	[GG2014] 165	cor	10 44 32.7	-59 34 47						~	1	0
173	[GG2014] 167	cor	10 44 32.9	-59 34 31						~	1	0
174	[GG2014] 166	cor	10 44 32.9	-59 34 12						~	1	0
175	[GG2014] 169	cor	10 44 33.1	-60 01 14						~	1	0
176	[GG2014] 168	cor	10 44 33.1	-59 57 25						~	1	0
177	[GG2014] 170	cor	10 44 33.3	-59 57 25						~	1	0
178	[GG2014] 171	cor	10 44 33.5	-59 34 34						~	1	0
179	[GG2014] 172	cor	10 44 33.9	-60 01 01						~	1	0
180	[GG2014] 173	cor	10 44 33.9	-59 34 24						~	1	0
181	[GG2014] 174	cor	10 44 34.0	-59 34 26						~	1	0
182	[GG2014] 175	cor	10 44 34.1	-60 00 36						~	1	0
183	[GG2014] 176	cor	10 44 34.1	-59 34 20						~	1	0
184	[GG2014] 177	cor	10 44 34.2	-59 34 19						~	1	0
185	[GG2014] 178	cor	10 44 34.4	-60 01 17						~	1	0
186	[GG2014] 179	cor	10 44 34.5	-59 37 30						~	1	0
187	[GG2014] 180	cor	10 44 34.8	-59 33 57						~	1	0
188	[GG2014] 181	cor	10 44 35.0	-59 34 21						~	1	0
189	[GG2014] 182	cor	10 44 35.6	-60 01 01						~	1	0
190	[GG2014] 183	cor	10 44 35.8	-59 34 29						~	1	0
191	[GG2014] 184	cor	10 44 35.9	-59 33 58						~	1	0
192	[GG2014] 185	cor	10 44 36.8	-59 38 03						~	1	0
193	[GG2014] 186	cor	10 44 36.8	-59 37 57						~	1	0
194	[GG2014] 187	cor	10 44 37.0	-59 38 03						~	1	0
195	[GG2014] 189	cor	10 44 37.5	-60 00 37						~	1	0
196	[GG2014] 188	cor	10 44 37.5	-59 37 17						~	1	0
197	[GG2014] 190	cor	10 44 37.8	-59 38 05						~	1	0
198	[GG2014] 191	cor	10 44 37.9	-59 38 04						~	1	0
199	[GG2014] 193	cor	10 44 37.9	-59 38 01						~	1	0
200	[GG2014] 192	cor	10 44 37.9	-59 37 50						~	1	0
201	[GG2014] 194	cor	10 44 38.3	-59 37 06						~	1	0
202	2MASS J10443883-5933470	Ae*	10 44 38.8366488192	-59 33 47.218254768	14.320	14.308	13.884		13.126	A0	10	0
203	Cl Collinder 232	OpC	10 44 39.00	-59 33 36.0						~	67	0
204	[GG2014] 196	cor	10 44 39.2	-59 37 49						~	1	0
205	[GG2014] 197	cor	10 44 39.2	-59 37 40						~	1	0
206	[GG2014] 198	cor	10 44 40.6	-59 37 43						~	1	0
207	[GG2014] 199	cor	10 44 41.3	-59 46 26						~	2	0
208	[GG2014] 200	cor	10 44 42.1	-59 44 14						~	1	0
209	Cl Trumpler 15	OpC	10 44 42.5	-59 22 08						~	215	0
210	[GG2014] 201	cor	10 44 45.2	-59 39 07						~	1	0
211	[GG2014] 202	cor	10 44 46.8	-59 26 25						~	1	0
212	[GG2014] 203	cor	10 44 47.0	-59 26 30						~	1	0
213	[GG2014] 204	cor	10 44 48.1	-59 37 53						~	1	0
214	[GG2014] 205	cor	10 44 51.0	-59 33 25						~	1	0
215	[GG2014] 206	cor	10 44 55.0	-59 32 03						~	1	0
216	[GG2014] 207	cor	10 44 55.2	-59 32 03						~	1	0
217	[GG2014] 208	cor	10 44 55.5	-59 47 38						~	1	0
218	[GG2014] 209	cor	10 44 55.5	-59 31 54						~	1	0
219	[GG2014] 210	cor	10 44 55.7	-59 31 54						~	1	0
220	[GG2014] 211	cor	10 44 55.8	-59 31 53						~	1	0
221	[GG2014] 212	cor	10 44 56.0	-59 31 51						~	1	0
222	[GG2014] 213	cor	10 44 56.1	-59 31 51						~	1	0
223	[GG2014] 214	cor	10 44 56.4	-59 38 40						~	1	0
224	[GG2014] 215	cor	10 44 57.1	-59 47 36						~	1	0
225	[GG2014] 216	cor	10 44 58.1	-59 45 30						~	1	0
226	[GG2014] 217	cor	10 44 59.7	-59 37 56						~	1	0
227	Cl Trumpler 16	OpC	10 45 00.7	-59 42 00						~	484	0
228	NGC 3372	HII	10 45 02.23	-59 41 59.8						~	1014	2
229	[GG2014] 218	cor	10 45 03.0	-59 38 22						~	1	0
230	* eta Car	Em*	10 45 03.5377808928	-59 41 04.051599720	6.37	7.03	6.48	4.90	4.41	LBV	2436	0
231	HH 1011	HH	10 45 04.9	-59 26 59						~	4	0
232	[GG2014] 219	cor	10 45 05.0	-59 26 57						~	1	0
233	[GG2014] 220	cor	10 45 05.8	-59 45 00						~	1	0
234	[GG2014] 221	cor	10 45 06.0	-59 26 44						~	1	0
235	[GG2014] 222	cor	10 45 06.5	-59 26 39						~	1	0
236	[GG2014] 223	cor	10 45 07.0	-59 36 22						~	1	0
237	[GG2014] 224	cor	10 45 07.3	-59 38 28						~	1	0
238	[GG2014] 225	cor	10 45 07.4	-59 37 56						~	1	0
239	[GG2014] 226	cor	10 45 08.0	-59 39 25						~	1	0
240	[GG2014] 227	cor	10 45 08.7	-59 46 19						~	1	0
241	[GG2014] 228	cor	10 45 10.2	-59 28 18						~	1	0
242	[GG2014] 229	cor	10 45 14.8	-59 27 11						~	1	0
243	[GG2014] 230	cor	10 45 15.2	-59 28 10						~	2	0
244	[GG2014] 232	cor	10 45 15.5	-59 45 14						~	1	0
245	[GG2014] 231	cor	10 45 15.5	-59 28 26						~	1	0
246	[GG2014] 233	cor	10 45 16.0	-59 27 37						~	1	0
247	[GG2014] 234	cor	10 45 16.2	-59 45 15						~	1	0
248	[GG2014] 235	cor	10 45 16.2	-59 27 37						~	1	0
249	[GG2014] 236	cor	10 45 16.9	-59 26 52						~	1	0
250	[GG2014] 237	cor	10 45 17.0	-59 27 03						~	1	0
251	[GG2014] 238	cor	10 45 17.3	-59 26 50						~	1	0
252	[GG2014] 239	cor	10 45 17.6	-59 26 52						~	1	0
253	[GG2014] 240	cor	10 45 18.8	-59 28 07						~	1	0
254	HH 900	HH	10 45 19.3	-59 44 23						~	16	0
255	[GG2014] 241	cor	10 45 19.3927768848	-59 44 23.656805592						~	6	0
256	[GG2014] 242	cor	10 45 19.8	-59 27 40						~	1	0
257	[GG2014] 244	cor	10 45 20.3	-59 34 54						~	1	0
258	[GG2014] 243	cor	10 45 20.3	-59 27 31						~	1	0
259	[GG2014] 245	cor	10 45 20.4	-59 27 38						~	1	0
260	[GG2014] 246	cor	10 45 21.0	-59 34 53						~	1	0
261	[GG2014] 247	cor	10 45 23.1	-59 27 39						~	1	0
262	[GG2014] 249	cor	10 45 23.4	-59 27 24						~	1	0
263	[GG2014] 248	cor	10 45 23.4	-59 27 14						~	1	0
264	[GG2014] 250	cor	10 45 23.8	-59 27 13						~	1	0
265	[GG2014] 251	cor	10 45 25.7	-59 28 01						~	1	0
266	[GG2014] 252	cor	10 45 27.4	-59 28 07						~	1	0
267	[GG2014] 253	cor	10 45 27.6	-59 28 28						~	1	0
268	[GG2014] 254	cor	10 45 31.4	-59 28 10						~	1	0
269	[GG2014] 255	cor	10 45 43.3	-59 41 48						~	1	0
270	[GG2014] 256	cor	10 45 49.3	-59 41 20						~	1	0
271	[GG2014] 257	cor	10 45 49.6	-59 41 23						~	1	0
272	[GG2014] 258	cor	10 45 52.4	-60 09 22						~	1	0
273	[GG2014] 259	cor	10 45 56.4	-60 06 50						~	1	0
274	[GG2014] 260	cor	10 45 58.5	-60 07 00						~	1	0
275	2MASS J10462549-6004461	cor	10 46 25.38	-60 04 46.6						~	2	0
276	[GG2014] 262	cor	10 46 32.5	-60 06 16						~	1	0
277	[SBM2003] J104632.9-600354	Y*O	10 46 32.971	-60 03 53.58						~	13	0
278	[GG2014] 263	cor	10 46 34.0	-60 05 07						~	1	0
279	[GG2014] 264	cor	10 46 34.8	-60 05 20						~	1	0
280	[GG2014] 265	cor	10 46 36.6	-60 04 13						~	1	0
281	[GG2014] 266	cor	10 46 39.1	-60 05 01						~	1	0
282	[GG2014] 267	cor	10 46 39.4	-60 04 13						~	1	0
283	[GG2014] 268	cor	10 46 42.8	-60 05 01						~	1	0
284	[GG2014] 269	cor	10 46 43.3	-60 04 24						~	1	0
285	[GG2014] 270	cor	10 46 43.5	-60 04 28						~	1	0
286	[GG2014] 271	cor	10 46 44.0	-60 08 16						~	1	0
287	[GG2014] 272	cor	10 46 44.2	-60 07 29						~	1	0
288	[GG2014] 273	cor	10 46 47.4	-60 08 33						~	1	0
289	[GG2014] 274	cor	10 46 48.0	-60 10 44						~	1	0
290	[GG2014] 275	cor	10 46 48.2	-60 07 57						~	1	0
291	[GG2014] 276	cor	10 46 48.4	-60 08 11						~	1	0
292	[GG2014] 277	cor	10 46 49.2	-60 08 20						~	1	0
293	[GG2014] 278	cor	10 46 49.9	-60 08 20						~	1	0
294	[GG2014] 279	cor	10 46 50.6	-60 08 15						~	1	0
295	[GG2014] 280	cor	10 46 50.7	-60 08 53						~	1	0
296	[GG2014] 281	cor	10 46 51.4	-60 03 35						~	1	0
297	[GG2014] 282	cor	10 46 52.5	-60 08 24						~	1	0
298	[GG2014] 283	cor	10 46 54.9	-60 03 37						~	1	0
299	[GG2014] 284	cor	10 46 55.0	-60 03 38						~	1	0
300	[GG2014] 285	cor	10 46 55.8	-60 03 37						~	1	0
301	[GG2014] 286	cor	10 46 57.7	-60 05 38						~	1	0
302	[GG2014] 287	cor	10 47 00.0	-60 01 46						~	1	0
303	[GG2014] 288	cor	10 47 00.9	-60 01 32						~	1	0
304	Cl Bochum 11	OpC	10 47 15.2	-60 05 51						~	85	0
305	NAME Carina Region	reg	~	~						~	186	0

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