2011ApJS..194...43P

Query : 2011ApJS..194...43P

2011ApJS..194...43P - Astrophys. J., Suppl. Ser., 194, 43 (2011/June-0)

The Spitzer survey of interstellar clouds in the Gould Belt. III. A multi-wavelength view of Corona Australis.

PETERSON D.E., CARATTI O GARATTI A., BOURKE T.L., FORBRICH J., GUTERMUTH R.A., JORGENSEN J.K., ALLEN L.E., PATTEN B.M., DUNHAM M.M., HARVEY P.M., MERIN B., CHAPMAN N.L., CIEZA L.A., HUARD T.L., KNEZ C., PRAGER B. and EVANS N.J.

Abstract (from CDS):

We present Spitzer Space Telescope IRAC and MIPS observations of a 0.85 deg2 field including the Corona Australis (CrA) star-forming region. At a distance of 130 pc, CrA is one of the closest regions known to be actively forming stars, particularly within its embedded association, the Coronet. Using the Spitzer data, we identify 51 young stellar objects (YSOs) in CrA which include sources in the well-studied Coronet cluster as well as sources distributed throughout the molecular cloud. Twelve of the YSOs discussed are new candidates, one of which is located in the Coronet. Known YSOs retrieved from the literature are also added to the list, and a total of 116 candidate YSOs in CrA are compiled. Based on these YSO candidates, the star formation rate is computed to be 12 M_☉/Myr, similar to that of the Lupus clouds. A clustering analysis was also performed, finding that the main cluster core, consisting of 68 members, is elongated (having an aspect ratio of 2.36), with a circular radius of 0.59 pc and mean surface density of 150/pc2. In addition, we analyze outflows and jets in CrA by means of new CO and H₂data. We present 1.3 mm interferometric continuum observations made with the Submillimeter Array (SMA) covering R CrA, IRS 5, IRS 7, and IRAS 18595-3712 (IRAS 32). We also present multi-epoch H₂ maps and detect jets and outflows, study their proper motions, and identify exciting sources. The Spitzer and ISAAC/VLT observations of IRAS 32 show a bipolar precessing jet, which drives a CO(2-1) outflow detected in the SMA observations. There is also clear evidence for a parsec-scale precessing outflow, which is east-west oriented and originates in the SMA 2 region and likely driven by SMA 2 or IRS 7A.

Abstract Copyright: ∼

Journal keyword(s): infrared: general - ISM: clouds - ISM: individual: Corona Australis - ISM: jets and outflows - stars: formation - stars: pre-main sequence

VizieR on-line data: <Available at CDS (J/ApJS/194/43): table4.dat table5.dat table6.dat table7.dat table11.dat table12.dat refs.dat notes.dat>

Nomenclature: Tables 4-6: [PCB2011] CrA-NN (Nos 1-77). Paragr. 6.1, Appendix D: [PCB2011] Spitzer outflow N (Nos 1-2), [PCB2011] IRAS 32 outflow N=1.

Simbad objects: 233

Full paper

View the references in ADS

Number of rows : 233

N	Identifier	Otype	ICRS (J2000) RA	ICRS (J2000) DEC	Mag U	Mag B	Mag V	Mag R	Mag I	Sp type	#ref 1850 - 2023	#notes
1	LDN 1333	DNe	02 26 04	+75 28.5						~	56	0
2	NGC 1333	OpC	03 29 11	+31 18.6						~	1379	1
3	HH 762	HH	03 29 28.0	+31 00 18						~	2	0
4	NAME Auriga	reg	04 20 00.0	+38 05 00						~	194	0
5	NAME Taurus Complex	SFR	04 41.0	+25 52						~	4138	0
6	NAME Orion Nebula Cluster	OpC	05 35.0	-05 29						~	2226	1
7	NGC 2264	OpC	06 40 52	+09 52.6						~	1738	0
8	Ced 96	Y*O	07 20 10.3	-24 02 24						~	30	1
9	HH 73	HH	09 02 13.8	-44 51 18						~	8	0
10	[V69] A	HI	09 50 38	-10 22.1						~	6	0
11	NAME Cha 1	MoC	11 06 48	-77 18.0						~	1100	1
12	A3 51	*	12 22 37.9079021880	+16 02 45.675215952		16.5				~	2	0
13	NAME Coalsack Nebula	DNe	12 31 19	-63 44.6						~	252	0
14	3C 279	Bla	12 56 11.16657958	-05 47 21.5251510		18.01	17.75	15.87		~	2934	2
15	NAME Loop I	SR?	15 01	-38.7						~	367	2
16	NAME Upper Centaurus Lupus	As*	15 24	-41.9						~	439	1
17	NAME Lupus Complex	SFR	16 03	-38.1						~	654	0
18	Lupus 3	SFR	16 09.6	-39 03						~	310	0
19	NAME Upper Sco-Cen	As*	16 15	-24.2						~	1275	1
20	Lupus 5	MoC	16 21	-37.5						~	60	0
21	Lupus 6	Cld	16 25	-40.3						~	49	1
22	NAME Ophiuchus Molecular Cloud	SFR	16 28 06	-24 32.5						~	3479	1
23	NAME the Pipe Nebula	DNe	17 30	-25.0						~	382	1
24	NAME Serpens Cloud	SFR	18 29 49	+01 14.8						~	1060	2
25	HD 175073	PM*	18 55 18.8086276585	-37 29 54.060718270		8.80	7.95			K1V	49	0
26	2MASS J18555629-3700066	Y*?	18 55 56.3007501720	-37 00 06.713129628						~	3	0
27	2MASS J18563974-3707205	Y*O	18 56 39.7471038408	-37 07 20.572632840						~	5	0
28	2MASS J18564024-3655203	Y*O	18 56 40.2413627712	-36 55 20.449876296						~	5	0
29	2MASS J18570785-3654041	mul	18 57 07.85424	-36 54 04.1112						~	3	0
30	2MASS J18572247-3734427	Y*O	18 57 22.4777924784	-37 34 42.742710408						~	3	0
31	2MASS J18573418-3732332	Y*?	18 57 34.2124405920	-37 32 33.226676628			14.87			~	5	1
32	2MASS J18574512-3719378	TT*	18 57 45.1288946208	-37 19 37.779409524		16.0	15.2			~	7	0
33	2MASS J18575262-3714402	Y*?	18 57 52.63	-37 14 40.1						~	16	0
34	RX J185802.3-365348	TT*	18 58 01.8228923880	-36 53 45.264989904		13.40	12.26	12.04		K5IV	11	0
35	* eps CrA	EB*	18 58 43.3827144528	-37 06 26.380732536		5.19	4.83			F4VFe-0.8+	204	0
36	HBC 673	Em*	18 58 51.8352291792	-37 19 22.781982360			14.57			K	10	0
37	2MASS J18585637-3707378	Y*O	18 58 56.3942220072	-37 07 37.848125640						~	4	0
38	2MASS J18585650-3640297	TT*	18 58 56.5094550768	-36 40 29.723482956		13.2	12.8			~	8	0
39	2MASS J18591487-3711317	Em*	18 59 14.87	-37 11 31.7		16.2	16.4			~	10	0
40	2MASS J18593179-3650261	Y*O	18 59 31.7903155680	-36 50 26.232711288						~	4	0
41	2MASS J18593428-3721410	Y*O	18 59 34.3239485424	-37 21 40.853734956						~	3	0
42	2MASS J18594100-3656011	TT*	18 59 41.0005369656	-36 56 01.302599688		14.8	13.9			M3	6	0
43	2MASS J18594391-3704000	Y*?	18 59 43.9162810512	-37 04 00.180359436						~	5	0
44	2MASSW J1858509-370631	Y*O	18 59 50.9461096368	-37 06 31.493373948						~	14	1
45	2MASS J19000157-3637054	TT*	19 00 01.5743588376	-36 37 05.510254656		15.19	13.93			M1V	22	0
46	2MASS J19001553-3657578	Y*O	19 00 15.536	-36 57 57.81						~	5	0
47	ESO 396-11	EmG	19 00 23.4648445200	-37 12 24.286502016		15.11		13.74		~	13	1
48	2MASS J19002906-3656036	Y*O	19 00 29.0664050280	-36 56 03.604851096		17.15	15.68	13.78		M4	17	0
49	[PCB2011] Spitzer outflow 1	out	19 00 30.0	-36 59 10						~	1	0
50	2MASS J19003894-3658146	Y*O	19 00 38.9406758616	-36 58 14.576383560						~	4	0
51	2MASS J19003930-3648121	Y*O	19 00 39.3001458672	-36 48 12.250459152		17.53	15.88			M2V	13	0
52	2MASS J19004455-3702108	Y*O	19 00 44.5539857712	-37 02 10.826549412						~	9	0
53	2MASS J19004530-3711480	Y*O	19 00 45.3133188192	-37 11 48.090886404						M8.5	7	1
54	2MASS J19005804-3645048	Y*O	19 00 58.0437180672	-36 45 04.885017840				13.57		M0.75	13	0
55	2MASS J19005974-3647109	Y*O	19 00 59.7440317608	-36 47 11.070032568						~	11	0
56	2MASS J19010110-3658344	Y*O	19 01 01.0982526840	-36 58 34.468139712						~	2	0
57	HD 176269	Y*O	19 01 03.2540527320	-37 03 39.303126756		6.54	6.69			B9V	64	0
58	HD 176270	Y*O	19 01 04.3028373864	-37 03 41.666365152		6.37	6.40			B9V	58	0
59	2MASS J19010460-3701292	Y*O	19 01 04.6080393960	-37 01 29.284737816						M4	9	0
60	IRAS 18577-3707	mul	19 01 05.3	-37 03 36						~	3	0
61	HBC 675	Em*	19 01 06.9134407680	-36 58 07.380302916		15.87	13.94			~	17	0
62	V* S CrA	Or*	19 01 08.597088	-36 57 19.89504		11.76	10.91	11.41		G0Ve+K0Ve	275	0
63	2MASS J19010971-3647528	TT*	19 01 09.7113657912	-36 47 52.880980812		14.35	12.74	12.0		~	15	0
64	HH 729A	HH	19 01 10.56	-36 57 32.4						~	7	0
65	2MASS J19011149-3645337	Y*O	19 01 11.4977880672	-36 45 33.826238352		20.1		18.067	15.779	~	6	0
66	2MASS J19011169-3722213	Y*O	19 01 11.6255734968	-37 22 21.163352376						M4	10	0
67	HH 729B	HH	19 01 12.94	-36 57 48.2						~	4	0
68	HH 729C	HH	19 01 15.68	-36 57 56.4						~	4	0
69	HH 730C	HH	19 01 15.72	-37 00 30.0						~	3	0
70	V* V667 CrA	Or*	19 01 16.2871007376	-36 56 28.277849904						M5	17	0
71	2MASS J19011893-3658282	Y*O	19 01 18.9402669744	-36 58 28.245913644				18.4		M4.5	19	0
72	2MASS J19012083-3703027	Y*O	19 01 20.8420768896	-37 03 02.766814272						M5	14	0
73	HH 730B	HH	19 01 24.08	-36 59 59.8						~	3	0
74	HH 730A	HH	19 01 25.26	-36 59 30.0						~	6	0
75	2MASS J19012562-3704535	Y*O	19 01 25.6336969968	-37 04 53.583994740						M5.0~	11	0
76	2MASS J19012576-3659191	Y*O	19 01 25.7757189264	-36 59 19.589714844		21.2	19.2			~	13	0
77	2MASS J19012717-3659085	TT*	19 01 27.1758555480	-36 59 08.597796900		18.3	16.9			M	17	0
78	GSC 07421-02198	Y*O	19 01 28.7317755864	-36 59 31.793030484					13.15	M1.0	15	0
79	MHO 2005	EmO	19 01 28.879	-36 57 10.66						~	2	0
80	2MASS J19012901-3701484	Y*O	19 01 29.0328872976	-37 01 48.513865908						M3.75	20	0
81	[PCB2011] Spitzer outflow 2	out	19 01 32.0	-36 56 55						~	1	0
82	2MASS J19013232-3658030	Y*O	19 01 32.3360615568	-36 58 03.485079948						M3-M4	23	0
83	2MASS J19013357-3700304	Y*O	19 01 33.5761986624	-37 00 30.453110028						M6.5	45	0
84	2MASS J19013385-3657448	Y*O	19 01 33.8699665872	-36 57 45.328545972						M2-M3	23	0
85	V* V709 CrA	Or*	19 01 34.8589591776	-37 00 56.579123412		12.70	11.03			K1IV	62	0
86	MHO 2007	EmO	19 01 34.9	-37 02 56						~	2	0
87	HH 101S	HH	19 01 34.93	-37 03 01.2						~	11	0
88	HH 101N	HH	19 01 35.09	-37 02 55.4						~	13	0
89	2MASS J19013627-3658030	Y*?	19 01 36.278	-36 58 03.02						~	2	0
90	2MASS J19013729-3649210	Y*O	19 01 37.2923399784	-36 49 21.154700496		16.6		14.1		~	8	0
91	NGC 6726	RNe	19 01 38	-36 53.5						~	33	0
92	HH 731B	HH	19 01 38.27	-36 58 45.6						~	2	0
93	HD 176386	Y*O	19 01 38.9318002416	-36 53 26.561166432	7.28	7.44	7.32	8.11		B9V	130	0
94	2MASS J19013913-3700173	Y*O	19 01 39.1378129704	-37 00 17.472898404				21.07	18.023	L0?	6	0
95	HD 176386B	Y*O	19 01 39.1617674928	-36 53 29.571918828						K7:	16	0
96	RX J1901.6-3702	**	19 01 39.305016	-37 02 07.39428		16.146	14.826	14.334		~	6	0
97	HH 860	HH	19 01 39.40	-36 58 03.8						~	4	0
98	HH 731A	HH	19 01 40.03	-36 58 57.3						~	4	0
99	MHO 2008	EmO	19 01 40.080	-37 00 02.97						~	3	0
100	2MASS J19014041-3651422	Y*O	19 01 40.4193504864	-36 51 42.358652244						M1-M2	17	0
101	2MASS J19014055-3644320	TT*	19 01 40.56	-36 44 32.0						M0	8	0
102	[HHD2008] A 357	Y*?	19 01 40.67	-36 56 04.9						~	4	0
103	V* TY CrA	Ae*	19 01 40.8284458320	-36 52 33.816176040	10.03	9.92	9.39			B9e	279	0
104	MHO 2006	EmO	19 01 40.9	-36 58 47						~	2	0
105	HH 96	HH	19 01 41.31	-37 00 51.1						~	14	0
106	[TS84] IRS 2	Y*O	19 01 41.569	-36 58 31.23						K2	84	0
107	2MASS J19014164-3659528	Y*O	19 01 41.6426330712	-36 59 52.868573844		17.7	16.7			M2	29	0
108	2MASS J19014190-3656585	Y*O	19 01 41.91	-36 56 58.6						~	9	0
109	HH 101	HH	19 01 42	-37 00.7						~	44	0
110	2MASS J19014308-3650190	Y*O	19 01 43.0860071736	-36 50 19.015841904						~	3	0
111	[HHD2008] A 388	Y*O	19 01 43.67	-36 57 17.2						~	2	0
112	HH 104C	HH	19 01 45.44	-36 56 57.6						~	10	0
113	MHO 2004	EmO	19 01 45.5	-36 56 45						~	2	0
114	HH 97	HH	19 01 45.78	-37 00 01.5						~	15	0
115	HH 104D	HH	19 01 45.89	-36 57 03.7						~	8	0
116	NGC 6729	ISM	19 01 46.4	-36 57 40						~	54	0
117	2MASS J19014791-3659302	Y*O	19 01 47.92	-36 59 30.3						~	16	0
118	2MASS J19014805-3657219	Y*O	19 01 48.056	-36 57 21.95						~	99	0
119	CHLT 3	*	19 01 48.10	-36 57 22.7						K6V	33	0
120	CHLT 4	*	19 01 48.15	-36 57 22.3						~	14	0
121	2MASS J19014846-3657148	Y*O	19 01 48.461	-36 57 14.88						~	19	0
122	HH 100N	HH	19 01 49.1	-36 58 17						~	2	0
123	HH 100	HH	19 01 49.1	-36 58 16						~	80	0
124	UCAC4 265-183516	Y*O	19 01 49.3660476264	-37 00 28.636309008		18.4		16.6		M4.0	13	0
125	MHO 2003	EmO	19 01 50.0	-36 58 30						~	2	0
126	[TS84] IRS 6	Y*O	19 01 50.373	-36 56 39.05						M2	34	0
127	HH 100S	HH	19 01 50.412	-36 58 37.15						~	2	0
128	V* V710 CrA	Or*	19 01 50.67792	-36 58 09.6132						K7:	123	0
129	NAME Corona Australis Cloud	MoC	19 01 51	-36 58.9						~	460	0
130	2MASS J19015112-3654122	Y*O	19 01 51.129	-36 54 12.28						M2	15	0
131	2MASS J19015173-3655143	Y*O	19 01 51.74	-36 55 14.3						~	4	0
132	2MASS J19015180-3710478	Y*O	19 01 51.8159405760	-37 10 47.959912056				16.451	14.500	~	8	0
133	[WMB97] 185830.2-370122	Y*O	19 01 52.63	-36 57 00.2						~	30	0
134	HH 98	HH	19 01 52.83	-36 57 36.2						~	14	0
135	V* R CrA	Ae*	19 01 53.6764322232	-36 57 08.299341828	12.781	12.651	11.917	11.242	10.412	B5IIIpe	472	1
136	2MASS J19015374-3700339	Y*O	19 01 53.7537206544	-37 00 34.050751956						M8.5	19	2
137	NAME Coronet Cluster	Cl*	19 01 54	-36 57.2						~	88	1
138	CHLT 8	Y*O	19 01 55.0	-36 57 16						~	5	0
139	V* DG CrA	Or*	19 01 55.2443229672	-37 23 40.847210448			13.40			K5.0	36	0
140	[NWA2005] SMM 1C	mm	19 01 55.28	-36 57 16.6						~	24	1
141	CHLT 12	Y*O	19 01 55.4	-36 57 13						~	5	0
142	2MASS J19015545-3657231	Y*O	19 01 55.460	-36 57 23.13						~	93	2
143	[FP2007] J190155.61-365651.1	Y*O	19 01 55.61	-36 56 51.0						~	8	0
144	[FP2007] J190155.76-365727.7	Y*O	19 01 55.77	-36 57 27.5						~	8	0
145	[NWA2005] SMM 1B	Y*O	19 01 56.41	-36 57 28.0						~	87	1
146	HH 732B	HH	19 01 56.41	-36 51 38.4						~	3	0
147	HH 732A	HH	19 01 57.217	-36 52 08.52						~	5	0
148	2MASS J19015728-3652049	Y*?	19 01 57.283	-36 52 04.95						~	2	0
149	2MASS J19015741-3703117	Y*O	19 01 57.42	-37 03 11.8						~	4	0
150	HH 732C	HH	19 01 57.73	-36 52 17.0						~	4	0
151	HGBS J190158.5-370106	Y*O	19 01 58.34	-37 01 06.0						~	3	0
152	2MASS J19015833-3700267	Y*O	19 01 58.34	-37 00 26.8						~	8	0
153	[NWA2005] SMM 2	Y*O	19 01 58.55	-36 57 08.7						~	19	0
154	2MASS J19015865-3656170	Y*?	19 01 58.6622273232	-36 56 17.099313792						~	19	0
155	V* T CrA	Ae*	19 01 58.7902764120	-36 57 50.339720880			11.67			F0	162	0
156	HH 99E	HH	19 01 59	-36 57.3						~	2	0
157	HH 104	HH	19 01 59.0	-36 57 16						~	9	1
158	MHO 2002	EmO	19 01 59.0	-36 57 15						~	2	0
159	2MASS J19020012-3702220	TT*	19 02 00.1219249728	-37 02 22.132961880		17.0	16.1			M4	16	0
160	MHO 2014	EmO	19 02 00.6	-36 52 27						~	2	0
161	2MASS J19020089-3658504	Y*O	19 02 00.89	-36 58 50.4						~	3	0
162	HH 99C	HH	19 02 00.91	-36 55 17.5						~	5	0
163	MHO 2001	EmO	19 02 01.0	-36 56 40						~	2	0
164	2MASS J19020142-3658520	Y*O	19 02 01.42	-36 58 52.1						~	3	0
165	[FP2007] J190201.94-365400.1	Y*O	19 02 01.96	-36 54 00.0						~	8	0
166	V* V702 CrA	Or*	19 02 01.9776932592	-37 07 43.519646568		11.28	10.512		9.512	G5e	42	0
167	2MASS J19020410-3657013	Y*O	19 02 04.11	-36 57 01.3						~	11	0
168	[WMB97] 185842.7-370317	*	19 02 05.1	-36 58 56						~	12	0
169	HH 99	HH	19 02 05.3	-36 54 40						~	28	0
170	HH 99A	HH	19 02 05.41	-36 54 39.6						~	19	0
171	MHO 2000	EmO	19 02 05.561	-36 54 37.60						~	2	0
172	HH 99B	HH	19 02 05.61	-36 54 35.0						~	19	0
173	[WMB97] 185844.2-370304	IR	19 02 06.6	-36 58 43						~	2	0
174	2MASS J19020682-3658411	Y*O	19 02 06.8170838064	-36 58 41.161527660						~	6	0
175	2MASS J19020768-3711557	Y*O	19 02 07.6935338400	-37 11 55.831877664				19.615	17.022	~	4	0
176	MHO 2013	EmO	19 02 09.4	-36 54 42						~	2	0
177	HH 733	HH	19 02 09.47	-36 54 46.2						~	5	0
178	2MASS J19020968-3646345	Y*O	19 02 09.6773570184	-36 46 34.470837156		18.6		16.8		M4	9	0
179	ISO-CrA 140	Y*O	19 02 10.03	-36 56 49.0						~	4	0
180	[WMB97] 185848.1-365808	IR	19 02 10.4	-36 53 46						~	3	0
181	2MASS J19021046-3653446	Y*O	19 02 10.4596782624	-36 53 44.647289880						~	3	0
182	ISO-CrA 142	IR	19 02 10.5	-36 53 46						~	2	0
183	HH 734A	HH	19 02 11.01	-36 58 28.6						~	5	0
184	HH 734B	HH	19 02 11.73	-36 58 22.7						~	2	0
185	2MASS J19021201-3703093	Y*O	19 02 12.0189397320	-37 03 09.420563916						M4.5	19	0
186	MHO 2009	EmO	19 02 12.3	-36 57 11						~	2	0
187	HH 735A	HH	19 02 12.56	-36 56 37.8						~	5	0
188	HH 735B	HH	19 02 12.76	-36 56 42.1						~	2	0
189	MHO 2012	EmO	19 02 13.9	-36 56 06						~	2	0
190	HH 736	HH	19 02 14.41	-36 55 22.2						~	3	0
191	2MASS J19021464-3700328	Y*O	19 02 14.648	-37 00 32.86						~	8	0
192	2MASS J19021667-3645493	Y*O	19 02 16.6800450216	-36 45 49.377696696						M4	15	0
193	MHO 2011	EmO	19 02 21.247	-36 55 53.97						~	2	0
194	HH 861A	HH	19 02 21.57	-37 16 55.0						~	3	0
195	2MASS J19022213-3655409	TT*	19 02 22.1300594952	-36 55 40.964075976		15.17	13.72	12.5		K2IV	39	0
196	2MASS J19022244-3655385	Y*O	19 02 22.4441826312	-36 55 38.594217000		15.4	13.9			~	9	0
197	HH 861B	HH	19 02 24.30	-37 15 38.0						~	3	0
198	2MASS J19022708-3658132	TT*	19 02 27.1008912432	-36 58 13.677942828		15.60	13.59	12.5		M1.9	34	0
199	SSTgbs J1902330-365821	Em*	19 02 33.0807051408	-36 58 21.278255160						M	15	0
200	HH 862	HH	19 02 36.58	-37 11 57.2						~	2	0
201	2MASS J19023940-3653111	Y*O	19 02 39.4075028568	-36 53 11.219771220				17.928	15.654	~	4	0
202	ISO-CrA 163	IR	19 02 39.6	-36 53 08						~	2	0
203	2MASS J19024980-3646236	Y*?	19 02 49.8434015328	-36 46 23.617002252						~	4	0
204	ISO-CrA 177	Y*O	19 02 54.6519242280	-36 46 19.134473988						M4.5	13	0
205	[PCB2011] CrA-32	Y*?	19 02 56.82	-37 07 19.4						~	3	0
206	IRAS 18595-3712	Y*O	19 02 58.706	-37 07 34.67						~	44	0
207	ISO-CrA 183	NIR	19 02 59.17	-37 06 56.9						~	3	0
208	[WGL92] iras 32e	IR	19 03 00.9	-37 07 31						~	2	0
209	2MASS J19030103-3707533	Y*O	19 03 01.040	-37 07 53.37						~	6	0
210	ISO-CrA 190	NIR	19 03 02.95	-37 07 04.2						~	3	0
211	V* VV CrA	Or*	19 03 06.7410913704	-37 12 49.686912432		16.45	14.67	14.12	11.62	K7	119	0
212	HH 863A	HH	19 03 09.01	-37 23 55.7						~	3	0
213	ISO-CrA 198	AB*	19 03 09.1661400720	-36 57 22.097901492				17.45		~	4	0
214	HH 863B	HH	19 03 10.82	-37 19 12.3						~	2	0
215	2MASS J19031185-3709020	Y*O	19 03 11.851	-37 09 02.02				16.82		M5.0	8	0
216	VSST 10	Y*O	19 03 16.0865469816	-37 14 07.993777272						~	14	0
217	HH 863C	HH	19 03 18.60	-37 23 31.2						~	2	0
218	2MASS J19032429-3715076	Y*O	19 03 24.2876933365	-37 15 07.594367685						~	4	0
219	2MASS J19032547-3655051	Y*O	19 03 25.4794487976	-36 55 05.208519036						~	8	0
220	HH 863D	HH	19 03 26.91	-37 21 54.4						~	2	0
221	ISO-CrA 232	IR	19 03 54.6	-37 09 38						~	2	0
222	[PCB2011] CrA-37	Y*O	19 03 55.24	-37 09 35.9						~	4	0
223	2MASS J19040795-3702476	Y*O	19 04 07.9519861056	-37 02 47.634887508		15.74	14.15			~	6	0
224	2MASS J19041725-3659030	TT*	19 04 17.2604342496	-36 59 03.475376988		17.8	16.8			~	8	0
225	NAME CrA Complex	reg	19 15 00.0	-37 30 00						~	106	1
226	NGC 7129	OpC	21 42 58	+66 06.8			11.5			~	255	0
227	IC 5146	OpC	21 53 29	+47 14.8						~	449	2
228	3C 454.3	Bla	22 53 57.7480438728	+16 08 53.561508864		16.57	16.10	15.22		~	2740	2
229	NAME Cepheus Flare	MoC	23 34	+72.0						~	126	0
230	HH 104H	HH	~	~						~	1	0
231	NAME Gould Belt	PoG	~	~						~	843	1
232	HH 863E	HH	~	~						~	1	0
233	NAME R CrA Association	As*	~	~						~	20	0

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