Display data from paper

Select data type:

MOS16 - Outflow structure within 1000 au of high-mass YSOs. I. First results from a combined study of maser and radio continuum emission

Interferometry data

Short title: Moscadelli et al. (2016)
Authors: Moscadelli, L.Sanchez-Monge, Ã.Goddi, C.Li, J. J.Sanna, A.Cesaroni, R.Pestalozzi, M.Molinari, S.Reid, M. J.
Journal: Astronomy & Astrophysics, Volume 585, id.A71, 41 pp.
Bibcode:

Target type: YSO
Transitions: H2O_22

Abstract
Context. In high-mass star formation (SF) studies, high-angular resolution is crucial for resolving individual protostellar outflows (and possibly accretion disks) from the complex contribution of nearby (high- and low-mass) young stellar objects (YSO). Previous interferometric studies have focused mainly on single objects. Aims: A sensitive survey at high angular resolution is required to investigate outflow processes in a statistically significant sample of high-mass YSOs and on spatial scales relevant to testing theories. Methods: We selected a sample of 40 high-mass YSOs from water masers observed within the BeSSeL Survey. We investigated the 3D velocity and spatial structures of the molecular component of massive outflows at milli-arcsecond angular resolution using multi-epoch Very Long Baseline Array (VLBA) observations of 22 GHz water masers. We also characterize the ionized component of the flows using deep images of the radio continuum emission with resolutions of ~0.2 arcsec, at 6, 13, and 22 GHz with the Jansky Very Large Array (JVLA). Results: We report the first results obtained for a subset of 11 objects from the sample. The water maser measurements provide us with a very accurate description of the molecular gas kinematics. This in turn enables us to estimate the momentum rate of individual outflows, varying in the range 10^-3-10⁰M yr^-1 km s^-1, among the highest values reported in the literature. In all the observed objects, the continuum emission at 13 and 22 GHz has a compact structure, with its position coincident with that of the water masers. The 6 GHz continuum consists of either compact components (mostly well aligned with the 13 and/or 22 GHz sources) or extended emission (either highly elongated or approximately spherical), which can be offset by up to a few arcseconds from the water masers. The unresolved continuum emission associated with the water masers likely points to the YSO location. The comparison of the radio continuum morphology to the maser spatial and 3D velocity distribution shows that five out of elevenhigh-mass YSOs emit a collimated outflow, with a flow semi-opening angle in the range 10�-30�. The remaining six sources present a more complicated relationship between the geometry of the radio continuum and water maser velocity pattern therefore, no firm conclusions can be drawn regarding their outflow structure. In two sources, the 6 GHz continuum emission shows a highly elongated structure with a negative spectral index down to -1.2. We interpret this finding in terms of synchrotron emission from relativistic electrons accelerated in strong shocks, which indicates that non-thermal continuum emission could be common in high-mass protostellar jets. The Lyman continua derived from bolometric luminosities always exceed those obtained from the radio luminosities. Conclusions: These first results suggest that collimated outflows or jets can be common in high-mass YSOs and, in a couple of cases, provide hints that magnetic fields could be important in driving these jets. To draw firmer conclusions, however, we await completion of the analysis for the entire sample of 40 high-mass YSOs.

Abstract

Context. In high-mass star formation (SF) studies, high-angular resolution is crucial for resolving individual protostellar outflows (and possibly accretion disks) from the complex contribution of nearby (high- and low-mass) young stellar objects (YSO). Previous interferometric studies have focused mainly on single objects.
Aims: A sensitive survey at high angular resolution is required to investigate outflow processes in a statistically significant sample of high-mass YSOs and on spatial scales relevant to testing theories.
Methods: We selected a sample of 40 high-mass YSOs from water masers observed within the BeSSeL Survey. We investigated the 3D velocity and spatial structures of the molecular component of massive outflows at milli-arcsecond angular resolution using multi-epoch Very Long Baseline Array (VLBA) observations of 22 GHz water masers. We also characterize the ionized component of the flows using deep images of the radio continuum emission with resolutions of ~0.2 arcsec, at 6, 13, and 22 GHz with the Jansky Very Large Array (JVLA).
Results: We report the first results obtained for a subset of 11 objects from the sample. The water maser measurements provide us with a very accurate description of the molecular gas kinematics. This in turn enables us to estimate the momentum rate of individual outflows, varying in the range 10^-3-10⁰M yr^-1 km s^-1, among the highest values reported in the literature. In all the observed objects, the continuum emission at 13 and 22 GHz has a compact structure, with its position coincident with that of the water masers. The 6 GHz continuum consists of either compact components (mostly well aligned with the 13 and/or 22 GHz sources) or extended emission (either highly elongated or approximately spherical), which can be offset by up to a few arcseconds from the water masers. The unresolved continuum emission associated with the water masers likely points to the YSO location. The comparison of the radio continuum morphology to the maser spatial and 3D velocity distribution shows that five out of elevenhigh-mass YSOs emit a collimated outflow, with a flow semi-opening angle in the range 10�-30�. The remaining six sources present a more complicated relationship between the geometry of the radio continuum and water maser velocity pattern therefore, no firm conclusions can be drawn regarding their outflow structure. In two sources, the 6 GHz continuum emission shows a highly elongated structure with a negative spectral index down to -1.2. We interpret this finding in terms of synchrotron emission from relativistic electrons accelerated in strong shocks, which indicates that non-thermal continuum emission could be common in high-mass protostellar jets. The Lyman continua derived from bolometric luminosities always exceed those obtained from the radio luminosities.
Conclusions: These first results suggest that collimated outflows or jets can be common in high-mass YSOs and, in a couple of cases, provide hints that magnetic fields could be important in driving these jets. To draw firmer conclusions, however, we await completion of the analysis for the entire sample of 40 high-mass YSOs.

Download as: Table (CSV)
View as list of objects

Detection table from Moscadelli et al. (2016)

Export table to csv

Hide / Show individual components

ID	Obs. RA	Obs. Dec	RA offset	Dec offset	l	b	Group id	#	Maser spot	Source name	Image	Descr.	Line	V_peak	V_X	V_Y	F_peak	Telescope	Configuration	RMS	Beam	Detection	Class	Dist. (parallax)	Date
	(J2000)	(J2000)	(mas)	(mas)	(deg.)	(deg.)							H₂O	(km/s)	(km/s)	(km/s)	(Jy/beam)			(Jy)	(arcsec)	Yes/No		(kpc)
1	+18 00 30.306	-24 04 0.821			5.885148	-0.39193	G5.885-0.392			G005.88-0.39	Image	Descr	22 GHz;	7.1 .. 15.8			0.35 .. 17.45	NRAOVLA	A	0.000		+H₂O +CH₃OH I +CH₃OH II +OH	GALAXY		Oct 2012 - Jan 2013
	+18 00 30.306	-24 04 0.822	0 mas	0 mas	5.885147	-0.391930		1	1	G005.88-0.39				12.9	-13.2 (2.8)	-8.3 (3.0)	17.45
	+18 00 30.1726	-24 04 4.49591	-2000.54 mas	-3673.91 mas	5.884009	-0.391996		2	2	G005.88-0.39				9.2	-9.4 (2.8)	-5.8 (3.0)	7.16
	+18 00 30.3066	-24 04 0.80969	9.69 mas	12.31 mas	5.885152	-0.391930		3	3	G005.88-0.39				10.5	12.1 (2.9)	10.1 (3.1)	6.17
	+18 00 30.3063	-24 04 0.82017	5.09 mas	1.83 mas	5.885148	-0.391931		4	4	G005.88-0.39				11.5	31.0 (2.8)	14.9 (3.0)	5.01
	+18 00 30.1485	-24 04 4.57907	-2362.38 mas	-3757.07 mas	5.883944	-0.391928		5	5	G005.88-0.39				7.1	-9.9 (2.8)	-2.7 (3.1)	4.65
	+18 00 30.1719	-24 04 4.49546	-2011.16 mas	-3673.46 mas	5.884008	-0.391994		6	6	G005.88-0.39				9.1	-14.1 (3.0)	-6.5 (3.3)	3.41
	+18 00 30.4345	-24 04 0.30771	1927.82 mas	514.29 mas	5.885514	-0.392283		7	7	G005.88-0.39				7.3			2.31
	+18 00 30.306	-24 04 0.83016	0.52 mas	-8.16 mas	5.885145	-0.391931		8	8	G005.88-0.39				11.1	5.8 (4.6)	5.2 (5.3)	1.93
	+18 00 30.3044	-24 04 0.81967	-24.6 mas	2.33 mas	5.885145	-0.391924		9	9	G005.88-0.39				11.4	-9.9 (2.8)	3.1 (3.3)	1.49
	+18 00 30.3067	-24 04 0.82265	10.37 mas	-0.65 mas	5.885148	-0.391932		10	10	G005.88-0.39				10.4	16.6 (4.6)	17.0 (5.3)	1.48
	+18 00 30.4994	-24 04 5.56741	2900.56 mas	-4745.41 mas	5.884368	-0.393223		11	11	G005.88-0.39				8.3	16.7 (3.7)	-12.8 (4.8)	1.38
	+18 00 30.3961	-24 04 1.37747	1351.65 mas	-555.47 mas	5.885184	-0.392304		12	12	G005.88-0.39				12.7			1.34
	+18 00 30.1716	-24 04 4.49438	-2016.13 mas	-3672.38 mas	5.884008	-0.391992		13	13	G005.88-0.39				8.6	-12.2 (3.6)	-7.6 (5.4)	1.18
	+18 00 30.3058	-24 04 0.82871	-3.06 mas	-6.71 mas	5.885145	-0.391930		14	14	G005.88-0.39				10.4			1
	+18 00 30.3057	-24 04 0.82869	-3.79 mas	-6.69 mas	5.885145	-0.391930		15	15	G005.88-0.39				11.4	10.8 (5.3)	11.2 (6.9)	0.93
	+18 00 30.3069	-24 04 0.81466	12.83 mas	7.34 mas	5.885151	-0.391932		16	16	G005.88-0.39				10.4			0.8
	+18 00 30.3063	-24 04 0.82914	4.06 mas	-7.14 mas	5.885146	-0.391932		17	17	G005.88-0.39				10.2			0.79
	+18 00 30.396	-24 04 1.39816	1350.61 mas	-576.16 mas	5.885178	-0.392307		18	18	G005.88-0.39				8.8			0.68
	+18 00 30.1523	-24 04 4.63897	-2304.93 mas	-3816.97 mas	5.883937	-0.391949		19	19	G005.88-0.39				8.3			0.54
	+18 00 30.2031	-24 04 5.249	-1543.97 mas	-4427 mas	5.883885	-0.392200		20	20	G005.88-0.39				8.8	-12.4 (8.8)	-11.9 (17.6)	0.54
	+18 00 30.3058	-24 04 0.82782	-3.15 mas	-5.82 mas	5.885146	-0.391930		21	21	G005.88-0.39				10.4			0.51
	+18 00 30.3963	-24 04 1.37952	1354.39 mas	-557.52 mas	5.885183	-0.392305		22	22	G005.88-0.39				14.4	-13.0 (3.5)	36.2 (5.0)	0.49
	+18 00 30.396	-24 04 1.39927	1349.62 mas	-577.27 mas	5.885178	-0.392307		23	23	G005.88-0.39				15.6			0.43
	+18 00 30.3051	-24 04 0.74652	-13.89 mas	75.48 mas	5.885164	-0.391916		24	24	G005.88-0.39				15.8	7.7 (3.8)	16.7 (6.1)	0.42
	+18 00 30.3063	-24 04 0.80121	4.23 mas	20.79 mas	5.885153	-0.391928		25	25	G005.88-0.39				11.7	19.2 (6.5)	21.7 (9.4)	0.41
	+18 00 30.3067	-24 04 0.82257	10.89 mas	-0.57 mas	5.885149	-0.391932		26	26	G005.88-0.39				10.7			0.35
2	+18 13 58.1227	-18 54 20.359			11.91769	-0.613143	G11.918-0.613			G011.92-0.61	Image	Descr	22 GHz;	20.1 .. 42.7			0.1 .. 32.06	NRAOVLA	A	20.500	0.1	+H₂O +CH₃OH I +CH₃OH II	SFR		Oct 2012 - Jan 2013
	+18 13 58.1227	-18 54 20.358	0 mas	0 mas	11.917691	-0.613143		1	1	G011.92-0.61				36.5	-8.0 (4.5)	-18.9 (4.5)	32.06
	+18 13 58.1233	-18 54 20.2837	8.96 mas	74.27 mas	11.917710	-0.613135		2	2	G011.92-0.61				39.2	12.6 (4.5)	12.2 (4.7)	7.69
	+18 13 58.1233	-18 54 20.2851	9.27 mas	72.94 mas	11.917709	-0.613135		3	3	G011.92-0.61				40.1	14.3 (4.5)	10.6 (4.6)	3.75
	+18 13 58.1245	-18 54 20.3029	26.75 mas	55.08 mas	11.917707	-0.613142		4	4	G011.92-0.61				39.6	20.0 (4.5)	1.8 (4.8)	2.92
	+18 13 58.1244	-18 54 20.3171	25.32 mas	40.87 mas	11.917704	-0.613143		5	5	G011.92-0.61				38.9	14.2 (4.6)	2.8 (5.2)	2.45
	+18 13 58.1203	-18 54 20.3169	-36.92 mas	41.07 mas	11.917696	-0.613129		6	6	G011.92-0.61				37.7	-5.5 (4.5)	-4.9 (4.6)	1.6
	+18 13 58.1178	-18 54 20.1598	-74.46 mas	198.23 mas	11.917730	-0.613099		7	7	G011.92-0.61				34.7	25.0 (4.8)	11.4 (5.2)	1.38
	+18 13 58.1227	-18 54 20.2578	-1.02 mas	100.21 mas	11.917715	-0.613129		8	8	G011.92-0.61				39.9	7.2 (4.5)	11.6 (5.0)	1
	+18 13 58.1178	-18 54 20.1592	-73.76 mas	198.78 mas	11.917730	-0.613099		9	9	G011.92-0.61				34.6	15.6 (4.5)	-2.8 (4.8)	0.95
	+18 13 58.1101	-18 54 20.1867	-188.58 mas	171.34 mas	11.917709	-0.613076		10	10	G011.92-0.61				22.2	-21.8 (4.8)	-7.8 (5.0)	0.81
	+18 13 58.1101	-18 54 20.1872	-189.47 mas	170.83 mas	11.917708	-0.613076		11	11	G011.92-0.61				21.4	-22.9 (5.0)	3.3 (5.7)	0.71
	+18 13 58.1086	-18 54 20.1855	-211.71 mas	172.46 mas	11.917706	-0.613071		12	12	G011.92-0.61				25.6	-11.8 (5.4)	4.6 (5.6)	0.54
	+18 13 58.1208	-18 54 20.3235	-29.01 mas	34.47 mas	11.917695	-0.613131		13	13	G011.92-0.61				37.8	-4.0 (4.7)	-6.4 (5.7)	0.38
	+18 13 58.1192	-18 54 20.1352	-52.53 mas	222.77 mas	11.917738	-0.613101		14	14	G011.92-0.61				41.3			0.34
	+18 13 58.1086	-18 54 20.1858	-212.45 mas	172.16 mas	11.917706	-0.613071		15	15	G011.92-0.61				25.7			0.32
	+18 13 58.1098	-18 54 20.1884	-194.06 mas	169.63 mas	11.917707	-0.613075		16	16	G011.92-0.61				25.7	-28.0 (4.8)	8.9 (6.0)	0.29
	+18 13 58.1229	-18 54 20.3589	2.92 mas	-0.95 mas	11.917691	-0.613144		17	17	G011.92-0.61				38.2			0.24
	+18 13 58.1183	-18 54 20.2754	-66.18 mas	82.65 mas	11.917702	-0.613116		18	18	G011.92-0.61				42			0.23
	+18 13 58.1177	-18 54 20.1606	-75.16 mas	197.38 mas	11.917729	-0.613099		19	19	G011.92-0.61				34.8			0.21
	+18 13 58.1207	-18 54 20.3228	-30.96 mas	35.24 mas	11.917695	-0.613131		20	20	G011.92-0.61				38.3			0.19
	+18 13 58.1228	-18 54 20.3586	1.85 mas	-0.63 mas	11.917691	-0.613143		21	21	G011.92-0.61				38.3	-3.9 (5.2)	-24.8 (7.4)	0.19
	+18 13 58.1193	-18 54 20.1347	-50.88 mas	223.26 mas	11.917739	-0.613101		22	22	G011.92-0.61				42.7			0.17
	+18 13 58.1087	-18 54 20.1851	-210.84 mas	172.91 mas	11.917706	-0.613071		23	23	G011.92-0.61				25.4			0.14
	+18 13 58.1227	-18 54 20.3579	0.0699999 mas	0.09 mas	11.917691	-0.613143		24	24	G011.92-0.61				33.2	-10.1 (5.5)	-16.4 (8.7)	0.13
	+18 13 58.1044	-18 54 20.2227	-274.07 mas	135.3 mas	11.917689	-0.613061		25	25	G011.92-0.61				20.1			0.11
	+18 13 58.1102	-18 54 20.1862	-187.69 mas	171.79 mas	11.917709	-0.613077		26	26	G011.92-0.61				22			0.11
	+18 13 58.1105	-18 54 20.1838	-182.58 mas	174.22 mas	11.917710	-0.613077		27	27	G011.92-0.61				23			0.1
3	+18 13 54.7464	-18 01 46.596			12.680604	-0.182299	G12.681-0.182			G012.68-0.18	Image	Descr	22 GHz;	50.9 .. 62			0.15 .. 143.55	NRAOVLA	A	18.700	0.1	+H₂O +CH₃OH I +CH₃OH II +OH	SFR		Oct 2012 - Jan 2013
	+18 13 54.7464	-18 01 46.596	0 mas	0 mas	12.680604	-0.182299		1	1	G012.68-0.18				59.8	-10.4 (4.3)	-13.9 (11.4)	143.55
	+18 13 54.7441	-18 01 46.5775	-34.81 mas	18.55 mas	12.680605	-0.182289		2	2	G012.68-0.18				59.9	-8.5 (4.2)	10.6 (11.4)	83
	+18 13 54.7439	-18 01 46.5785	-37.23 mas	17.54 mas	12.680604	-0.182288		3	3	G012.68-0.18				59.4	-17.5 (7.1)	-2.3 (18.9)	23.32
	+18 13 54.7463	-18 01 46.5984	-0.98 mas	-2.42 mas	12.680604	-0.182299		4	4	G012.68-0.18				59.4			16.57
	+18 13 54.7428	-18 01 46.6811	-54.69 mas	-85.13 mas	12.680577	-0.182298		5	5	G012.68-0.18				58.3	-20.8 (4.3)	-16.4 (11.4)	8.24
	+18 13 54.7446	-18 01 46.5766	-26.93 mas	19.45 mas	12.680606	-0.182290		6	6	G012.68-0.18				62	-15.3 (4.3)	-4.2 (11.4)	5.78
	+18 13 54.7468	-18 01 46.6891	5.34 mas	-93.09 mas	12.680582	-0.182313		7	7	G012.68-0.18				56	-8.2 (4.3)	-14.1 (11.4)	4.24
	+18 13 54.7437	-18 01 46.5808	-40.3 mas	15.17 mas	12.680603	-0.182288		8	8	G012.68-0.18				59.8			4.17
	+18 13 54.7434	-18 01 46.5837	-45.47 mas	12.27 mas	12.680602	-0.182287		9	9	G012.68-0.18				60.9	-32.2 (4.3)	-6.0 (11.4)	3.69
	+18 13 54.7446	-18 01 46.668	-27.64 mas	-71.98 mas	12.680583	-0.182302		10	10	G012.68-0.18				59.5			3.46
	+18 13 54.7464	-18 01 46.5918	0 mas	4.23 mas	12.680605	-0.182299		11	11	G012.68-0.18				61.6	-11.7 (4.4)	-15.8 (11.5)	1.39
	+18 13 54.7413	-18 01 46.3514	-77.07 mas	244.64 mas	12.680654	-0.182249		12	12	G012.68-0.18				55.7	-18.5 (4.4)	-11.5 (11.6)	0.93
	+18 13 54.7519	-18 01 46.5038	81.89 mas	92.21 mas	12.680637	-0.182306		13	13	G012.68-0.18				55	-7.9 (4.7)	6.9 (12.1)	0.56
	+18 13 54.7466	-18 01 46.691	3.47 mas	-94.99 mas	12.680582	-0.182313		14	14	G012.68-0.18				55.3	-13.1 (4.4)	-18.0 (11.6)	0.49
	+18 13 54.7457	-18 01 46.7071	-9.81 mas	-111.1 mas	12.680576	-0.182312		15	15	G012.68-0.18				56.3	-14.1 (5.0)	-8.9 (12.6)	0.43
	+18 13 54.7466	-18 01 46.6867	3.04 mas	-90.7 mas	12.680583	-0.182312		16	16	G012.68-0.18				57.2	-9.7 (4.7)	-12.2 (11.9)	0.35
	+18 13 54.7456	-18 01 46.7086	-11.91 mas	-112.64 mas	12.680575	-0.182312		17	17	G012.68-0.18				56.2	-5.6 (8.1)	-11.6 (19.6)	0.23
	+18 13 54.7454	-18 01 46.4707	-14.81 mas	125.26 mas	12.680633	-0.182279		18	18	G012.68-0.18				57.7	-4.2 (8.8)	-34.8 (21.4)	0.22
	+18 13 54.7439	-18 01 46.5982	-38.07 mas	-2.2 mas	12.680599	-0.182291		19	19	G012.68-0.18				53.5	-6.2 (8.3)	-11.4 (19.9)	0.17
	+18 13 54.7511	-18 01 46.5309	70.18 mas	65.14 mas	12.680629	-0.182307		20	20	G012.68-0.18				50.9	-6.5 (8.6)	5.2 (20.9)	0.16
	+18 13 54.7427	-18 01 46.6778	-55.76 mas	-81.83 mas	12.680577	-0.182297		21	21	G012.68-0.18				57.6			0.15
4	+18 21 9.0848	-14 31 48.547			16.585155	-0.050567	G16.585-0.051			G016.58-0.05	Image	Descr	22 GHz;	52.4 .. 67.7			0.09 .. 23.61	NRAOVLA	A	19.600	0.1	+H₂O +CH₃OH I +CH₃OH II +OH	SFR		Oct 2012 - Jan 2013
	+18 21 9.08472	-14 31 48.5472	0 mas	0 mas	16.585155	-0.050567		1	1	G016.58-0.05				65.4	-40.1 (9.5)	-11.8 (31.1)	23.61
	+18 21 9.08456	-14 31 48.5403	-2.43 mas	6.94 mas	16.585156	-0.050565		2	2	G016.58-0.05				64.8	-41.9 (9.5)	-12.4 (31.1)	21.16
	+18 21 9.08442	-14 31 48.537	-4.48 mas	10.19 mas	16.585157	-0.050564		3	3	G016.58-0.05				64.8			18.08
	+18 21 9.09182	-14 31 48.6796	106.46 mas	-132.43 mas	16.585136	-0.050609		4	4	G016.58-0.05				60.8	-25.6 (9.5)	-42.5 (31.1)	15.44
	+18 21 9.08436	-14 31 48.5362	-5.46 mas	10.97 mas	16.585157	-0.050564		5	5	G016.58-0.05				64.7	-29.1 (9.5)	-27.1 (31.1)	7.68
	+18 21 9.09896	-14 31 48.5697	213.6 mas	-22.49 mas	16.585177	-0.050620		6	6	G016.58-0.05				60.3	-18.9 (16.5)	-70.2 (54.3)	6.78
	+18 21 9.10715	-14 31 47.9939	336.43 mas	553.33 mas	16.585333	-0.050574		7	7	G016.58-0.05				59.1			2.56
	+18 21 9.10716	-14 31 47.9939	336.66 mas	553.25 mas	16.585333	-0.050574		8	8	G016.58-0.05				61.1	-34.4 (14.1)	16.8 (46.2)	2.42
	+18 21 9.08466	-14 31 48.5478	-0.87 mas	-0.6 mas	16.585155	-0.050567		9	9	G016.58-0.05				64.4	-36.7 (14.0)	23.0 (46.2)	1.75
	+18 21 9.08437	-14 31 48.5595	-5.23 mas	-12.27 mas	16.585151	-0.050567		10	10	G016.58-0.05				62.5			1.72
	+18 21 9.08482	-14 31 48.5437	1.55 mas	3.47 mas	16.585156	-0.050567		11	11	G016.58-0.05				64.4			1.7
	+18 21 9.10892	-14 31 47.9838	362.95 mas	563.44 mas	16.585339	-0.050579		12	12	G016.58-0.05				52.4	-32.1 (14.1)	31.7 (46.2)	1.33
	+18 21 9.099	-14 31 48.5688	214.27 mas	-21.57 mas	16.585177	-0.050620		13	13	G016.58-0.05				61.4			1.31
	+18 21 9.09188	-14 31 48.6815	107.35 mas	-134.26 mas	16.585136	-0.050610		14	14	G016.58-0.05				60.6			1.04
	+18 21 9.10751	-14 31 48.0063	341.92 mas	540.93 mas	16.585331	-0.050577		15	15	G016.58-0.05				61.1	-38.1 (14.0)	4.6 (46.2)	0.92
	+18 21 9.08406	-14 31 48.5234	-9.85 mas	23.77 mas	16.585160	-0.050561		16	16	G016.58-0.05				66.3	-27.0 (16.5)	-65.3 (54.3)	0.85
	+18 21 9.08462	-14 31 48.5489	-1.52 mas	-1.74 mas	16.585154	-0.050567		17	17	G016.58-0.05				62			0.79
	+18 21 9.08397	-14 31 48.527	-11.24 mas	20.19 mas	16.585159	-0.050561		18	18	G016.58-0.05				64.9			0.76
	+18 21 9.09899	-14 31 48.5707	214.03 mas	-23.47 mas	16.585176	-0.050621		19	19	G016.58-0.05				65.5			0.71
	+18 21 9.08409	-14 31 48.5265	-9.45 mas	20.74 mas	16.585159	-0.050562		20	20	G016.58-0.05				66.7			0.68
	+18 21 9.10202	-14 31 48.678	259.46 mas	-130.8 mas	16.585156	-0.050645		21	21	G016.58-0.05				59.5	-18.3 (9.5)	-33.6 (31.1)	0.53
	+18 21 9.08437	-14 31 48.5544	-5.19 mas	-7.18 mas	16.585153	-0.050566		22	22	G016.58-0.05				62.5			0.51
	+18 21 9.08472	-14 31 48.5421	-0.01 mas	5.11 mas	16.585156	-0.050566		23	23	G016.58-0.05				64.3			0.46
	+18 21 9.08469	-14 31 48.5504	-0.47 mas	-3.2 mas	16.585154	-0.050567		24	24	G016.58-0.05				66.6			0.45
	+18 21 9.08413	-14 31 48.5335	-8.81 mas	13.72 mas	16.585157	-0.050563		25	25	G016.58-0.05				67.7			0.43
	+18 21 9.09897	-14 31 48.5707	213.78 mas	-23.48 mas	16.585176	-0.050620		26	26	G016.58-0.05				65			0.4
	+18 21 9.08409	-14 31 48.5217	-9.39 mas	25.5 mas	16.585160	-0.050561		27	27	G016.58-0.05				66.6	-50.0 (14.1)	74.1 (46.2)	0.38
	+18 21 9.09901	-14 31 48.5694	214.28 mas	-22.19 mas	16.585177	-0.050620		28	28	G016.58-0.05				60.5			0.34
	+18 21 9.08398	-14 31 48.5167	-11.05 mas	30.46 mas	16.585161	-0.050560		29	29	G016.58-0.05				66.3			0.32
	+18 21 9.09228	-14 31 48.6674	113.39 mas	-120.2 mas	16.585140	-0.050609		30	30	G016.58-0.05				60.4	-21.7 (9.5)	-27.0 (31.2)	0.3
	+18 21 9.08435	-14 31 48.5613	-5.55 mas	-14.08 mas	16.585151	-0.050567		31	31	G016.58-0.05				62.6			0.29
	+18 21 9.08452	-14 31 48.5516	-3.03 mas	-4.38 mas	16.585154	-0.050567		32	32	G016.58-0.05				62.3			0.26
	+18 21 9.09225	-14 31 48.691	112.93 mas	-143.84 mas	16.585134	-0.050612		33	33	G016.58-0.05				60.9			0.25
	+18 21 9.08441	-14 31 48.5601	-4.7 mas	-12.86 mas	16.585151	-0.050567		34	34	G016.58-0.05				62.4			0.21
	+18 21 9.09128	-14 31 48.6676	98.45 mas	-120.4 mas	16.585138	-0.050606		35	35	G016.58-0.05				60.7			0.21
	+18 21 9.08465	-14 31 48.548	-1.07 mas	-0.76 mas	16.585155	-0.050567		36	36	G016.58-0.05				63.4			0.18
	+18 21 9.09895	-14 31 48.5602	213.38 mas	-12.96 mas	16.585179	-0.050619		37	37	G016.58-0.05				59.9			0.13
	+18 21 9.10945	-14 31 47.9948	370.88 mas	552.4 mas	16.585337	-0.050582		38	38	G016.58-0.05				63			0.1
	+18 21 9.09908	-14 31 48.5676	215.4 mas	-20.4 mas	16.585177	-0.050620		39	39	G016.58-0.05				60.1			0.1
	+18 21 9.10704	-14 31 48.7111	334.81 mas	-163.87 mas	16.585157	-0.050668		40	40	G016.58-0.05				58.7	-15.5 (10.0)	-37.0 (32.6)	0.09
5	+20 25 7.1051	+34 49 57.589			74.034184	-1.71407	G74.036-1.712			G074.04-1.71	Image	Descr	22 GHz;	-2.5 .. 13.3			0.32 .. 34.67	NRAOVLA	A	0.000		+H₂O -CH₃OH II	SFR		Oct 2012 - Jan 2013
	+20 25 7.10732	+34 49 57.8471	31.75 mas	256.68 mas	74.034247	-1.714035		1	1	G074.04-1.71				5.7	-10.4 (2.8)	11.2 (2.8)	34.67
	+20 25 7.10777	+34 49 57.8667	38.57 mas	276.32 mas	74.034252	-1.714033		2	2	G074.04-1.71				0.4			19.83
	+20 25 7.10967	+34 49 57.8829	67.01 mas	292.52 mas	74.034259	-1.714035		3	3	G074.04-1.71				6.7	7.1 (5.3)	7.7 (5.3)	6.45
	+20 25 7.11438	+34 49 57.5321	137.76 mas	-58.31 mas	74.034189	-1.714105		4	4	G074.04-1.71				0.4			3.54
	+20 25 7.11443	+34 49 57.5323	138.46 mas	-58.15 mas	74.034189	-1.714105		5	5	G074.04-1.71				0.8	-11.3 (1.6)	-5.5 (1.7)	3.48
	+20 25 7.1044	+34 49 57.5831	-12.06 mas	-7.27 mas	74.034181	-1.714069		6	6	G074.04-1.71				7.8			3.46
	+20 25 7.11771	+34 49 57.5478	187.68 mas	-42.6 mas	74.034199	-1.714112		7	7	G074.04-1.71				2.6			2.8
	+20 25 7.11406	+34 49 57.5295	132.84 mas	-60.9 mas	74.034188	-1.714104		8	8	G074.04-1.71				4.3	-4.7 (1.5)	-9.5 (1.5)	2.67
	+20 25 7.10403	+34 49 57.5814	-17.53 mas	-9.03 mas	74.034180	-1.714068		9	9	G074.04-1.71				7.2			2.25
	+20 25 7.11234	+34 49 57.5265	107.15 mas	-63.87 mas	74.034184	-1.714100		10	10	G074.04-1.71				1.6	-34.3 (5.2)	-48.0 (5.3)	2.15
	+20 25 7.114	+34 49 57.5286	132.02 mas	-61.8 mas	74.034188	-1.714104		11	11	G074.04-1.71				3.1	-13.6 (2.6)	-8.5 (2.6)	2.05
	+20 25 7.10407	+34 49 57.5817	-16.95 mas	-8.74 mas	74.034180	-1.714068		12	12	G074.04-1.71				7.2			1.86
	+20 25 7.10541	+34 49 57.5938	3.15 mas	3.39 mas	74.034185	-1.714070		13	13	G074.04-1.71				13.3	-10.4 (1.1)	8.2 (1.1)	1.86
	+20 25 7.11448	+34 49 57.5325	139.25 mas	-57.92 mas	74.034189	-1.714105		14	14	G074.04-1.71				2.4	-13.7 (1.6)	-12.1 (1.7)	1.74
	+20 25 7.10397	+34 49 57.5813	-18.42 mas	-9.15 mas	74.034180	-1.714068		15	15	G074.04-1.71				7.9			1.53
	+20 25 7.10886	+34 49 57.5921	54.83 mas	1.69 mas	74.034192	-1.714080		16	16	G074.04-1.71				-2.5			1.53
	+20 25 7.10391	+34 49 57.581	-19.39 mas	-9.36 mas	74.034180	-1.714068		17	17	G074.04-1.71				6.9	-40.1 (5.3)	4.5 (5.4)	1.35
	+20 25 7.1052	+34 49 57.5904	0 mas	0 mas	74.034184	-1.714070		18	18	G074.04-1.71				12.5	-11.2 (1.1)	9.2 (1.1)	1.19
	+20 25 7.10526	+34 49 57.5918	0.95 mas	1.41 mas	74.034185	-1.714070		19	19	G074.04-1.71				12.8	-10.7 (1.2)	8.2 (1.2)	0.99
	+20 25 7.11381	+34 49 57.5287	129.12 mas	-61.72 mas	74.034187	-1.714104		20	20	G074.04-1.71				3.3			0.95
	+20 25 7.11436	+34 49 57.5305	137.33 mas	-59.93 mas	74.034189	-1.714105		21	21	G074.04-1.71				1.3			0.93
	+20 25 7.11253	+34 49 57.5294	109.92 mas	-60.98 mas	74.034185	-1.714100		22	22	G074.04-1.71				-1.1	-29.6 (2.9)	-36.5 (3.0)	0.89
	+20 25 7.1139	+34 49 57.5292	130.46 mas	-61.19 mas	74.034187	-1.714104		23	23	G074.04-1.71				2.1	-26.1 (3.8)	-10.8 (3.9)	0.87
	+20 25 7.10382	+34 49 57.5799	-20.68 mas	-10.5 mas	74.034179	-1.714068		24	24	G074.04-1.71				5.4			0.71
	+20 25 7.11349	+34 49 57.5282	124.35 mas	-62.23 mas	74.034186	-1.714103		25	25	G074.04-1.71				-2.5			0.68
	+20 25 7.11395	+34 49 57.5281	131.18 mas	-62.27 mas	74.034187	-1.714104		26	26	G074.04-1.71				5.4			0.62
	+20 25 7.10425	+34 49 57.5809	-14.29 mas	-9.49 mas	74.034180	-1.714069		27	27	G074.04-1.71				7.2			0.57
	+20 25 7.11434	+34 49 57.5298	137.13 mas	-60.59 mas	74.034189	-1.714105		28	28	G074.04-1.71				5			0.52
	+20 25 7.10999	+34 49 57.8914	71.78 mas	301 mas	74.034262	-1.714035		29	29	G074.04-1.71				1.9			0.32
6	+20 21 44.0118	+37 26 37.472			75.782024	0.34272	G75.782+0.343			G075.76+0.34	Image	Descr	22 GHz;	-12.9 .. 9.7			0.28 .. 95.99	NRAOVLA	A	0.000		+H₂O +CH₃OH I +CH₃OH II +OH	SFR		Oct 2012 - Jan 2013
	+20 21 44.0165	+37 26 37.4002	72.31 mas	-70.97 mas	75.782016	0.342696		1	1	G075.76+0.34				-7.3			7.61
	+20 21 44.0117	+37 26 37.4712	0 mas	0 mas	75.782023	0.342720		2	2	G075.76+0.34				-10.3	-8.8 (2.4)	6.4 (2.5)	6.58
	+20 21 44.0174	+37 26 37.4731	85.6 mas	1.88 mas	75.782034	0.342705		3	3	G075.76+0.34				-10.4	14.0 (3.4)	0.3 (3.4)	4.93
	+20 21 44.0175	+37 26 37.479	86.8 mas	7.76 mas	75.782036	0.342706		4	4	G075.76+0.34				-11.5	14.3 (2.4)	4.8 (2.4)	4.53
	+20 21 44.0118	+37 26 37.4678	1.94 mas	-3.4 mas	75.782023	0.342719		5	5	G075.76+0.34				-9.8	-7.5 (2.4)	-3.2 (2.4)	4.5
	+20 21 44.0175	+37 26 37.4808	86.69 mas	9.59 mas	75.782036	0.342706		6	6	G075.76+0.34				-10			2.78
	+20 21 44.0173	+37 26 37.4721	84.97 mas	0.91 mas	75.782034	0.342705		7	7	G075.76+0.34				-10.2			2.09
	+20 21 44.0163	+37 26 37.4939	69.89 mas	22.73 mas	75.782037	0.342711		8	8	G075.76+0.34				-4.8	3.4 (2.4)	16.6 (2.5)	1.84
	+20 21 44.0119	+37 26 37.4655	3.67 mas	-5.72 mas	75.782022	0.342719		9	9	G075.76+0.34				-8.8	-17.0 (4.4)	7.1 (4.6)	1.66
	+20 21 44.0146	+37 26 37.4282	44.18 mas	-43.03 mas	75.782019	0.342705		10	10	G075.76+0.34				-7.4			1.36
	+20 21 44.0173	+37 26 37.4714	83.95 mas	0.15 mas	75.782034	0.342705		11	11	G075.76+0.34				-11.5			1.25
	+20 21 44.0122	+37 26 37.4881	8.54 mas	16.91 mas	75.782028	0.342721		12	12	G075.76+0.34				-9	3.4 (2.4)	16.5 (2.5)	1.24
	+20 21 44.0161	+37 26 37.5043	66.04 mas	33.09 mas	75.782039	0.342713		13	13	G075.76+0.34				-7.7			1.19
	+20 21 44.0117	+37 26 37.4701	0.25 mas	-1.11 mas	75.782023	0.342720		14	14	G075.76+0.34				-10			0.94
	+20 21 44.016	+37 26 37.5037	65.4 mas	32.53 mas	75.782039	0.342713		15	15	G075.76+0.34				-7.7	8.0 (6.3)	18.0 (6.3)	0.89
	+20 21 44.0175	+37 26 37.4811	87.48 mas	9.94 mas	75.782036	0.342706		16	16	G075.76+0.34				-9.5			0.6
	+20 21 44.012	+37 26 37.4651	4.07 mas	-6.09 mas	75.782022	0.342718		17	17	G075.76+0.34				-8.6			0.6
	+20 21 44.0161	+37 26 37.5038	66.02 mas	32.64 mas	75.782039	0.342713		18	18	G075.76+0.34				-8			0.57
	+20 21 44.018	+37 26 37.45	94.68 mas	-21.24 mas	75.782030	0.342700		19	19	G075.76+0.34				-4.6	11.3 (4.5)	-10.3 4.6	0.4
	+20 21 44.0116	+37 26 37.4709	-0.67 mas	-0.28 mas	75.782023	0.342720		20	1	G075.76+0.34				-3.7			95.99
	+20 21 44.0117	+37 26 37.4712	0 mas	0 mas	75.782023	0.342720		21	2	G075.76+0.34				-4	-1.4 (1.5)	4.7 (1.5)	86.16
	+20 21 44.01	+37 26 37.4455	-24.94 mas	-25.69 mas	75.782014	0.342721		22	3	G075.76+0.34				3.2	12.2 (1.5)	9.5 (1.5)	38.06
	+20 21 44.0299	+37 26 37.3351	273.56 mas	-136.14 mas	75.782027	0.342649		23	4	G075.76+0.34				1.1			32.29
	+20 21 44.0116	+37 26 37.4708	-1.3 mas	-0.45 mas	75.782023	0.342720		24	5	G075.76+0.34				-0.8	-4.9 (4.4)	7.2 (4.5)	31.5
	+20 21 44.0099	+37 26 37.4404	-27.04 mas	-30.81 mas	75.782013	0.342720		25	6	G075.76+0.34				1.1	2.9 (2.4)	-6.7 (2.4)	30.5
	+20 21 44.0535	+37 26 37.2871	627.45 mas	-184.13 mas	75.782060	0.342577		26	7	G075.76+0.34				0.5	20.3 (1.5)	-1.3 (1.5)	28.4
	+20 21 44.0534	+37 26 37.2886	626.24 mas	-182.58 mas	75.782060	0.342578		27	8	G075.76+0.34				1.7			23.49
	+20 21 44.0538	+37 26 37.2881	631.42 mas	-183.14 mas	75.782061	0.342577		28	9	G075.76+0.34				1.3			21.35
	+20 21 44.0116	+37 26 37.471	-0.61 mas	-0.19 mas	75.782023	0.342720		29	10	G075.76+0.34				-3.3			20.9
	+20 21 44.0537	+37 26 37.2884	630.38 mas	-182.84 mas	75.782061	0.342577		30	11	G075.76+0.34				1.3			18.96
	+20 21 44.0101	+37 26 37.4477	-23.33 mas	-23.48 mas	75.782015	0.342721		31	12	G075.76+0.34				3.6			17.75
	+20 21 44.0116	+37 26 37.4709	-0.72 mas	-0.3 mas	75.782023	0.342720		32	13	G075.76+0.34				-3.4			17.69
	+20 21 43.9821	+37 26 37.6888	-442.96 mas	217.63 mas	75.782017	0.342835		33	14	G075.76+0.34				1.6	-8.9 (4.4)	19.0 (4.4)	17.33
	+20 21 44.0124	+37 26 37.5045	11.32 mas	33.32 mas	75.782032	0.342723		34	15	G075.76+0.34				-5.8	15.0 (1.5)	19.6 (1.5)	16.24
	+20 21 44.0104	+37 26 37.4532	-19.5 mas	-17.97 mas	75.782017	0.342721		35	16	G075.76+0.34				4.2	1.7 (1.5)	2.8 (1.5)	15.97
	+20 21 44.0536	+37 26 37.289	628.73 mas	-182.16 mas	75.782061	0.342577		36	17	G075.76+0.34				0.8			12.85
	+20 21 44.0079	+37 26 37.4597	-56.06 mas	-11.51 mas	75.782014	0.342728		37	18	G075.76+0.34				5.5			12.13
	+20 21 43.9817	+37 26 37.6978	-449.33 mas	226.6 mas	75.782018	0.342837		38	19	G075.76+0.34				3.3	-3.0 (2.4)	6.2 (2.4)	11.9
	+20 21 44.0116	+37 26 37.4704	-1.74 mas	-0.76 mas	75.782023	0.342720		39	20	G075.76+0.34				0.9			9.28
	+20 21 44.0536	+37 26 37.2883	628.98 mas	-182.86 mas	75.782061	0.342577		40	21	G075.76+0.34				2.7	23.1 (1.5)	-2.4 (1.5)	9.2
	+20 21 44.0115	+37 26 37.4705	-2.03 mas	-0.68 mas	75.782023	0.342720		41	22	G075.76+0.34				2.1	-3.7 (4.4)	1.6 (4.4)	8.55
	+20 21 44.0101	+37 26 37.4469	-23.99 mas	-24.27 mas	75.782015	0.342721		42	23	G075.76+0.34				3.3			8.05
	+20 21 44.0125	+37 26 37.5057	12.86 mas	34.47 mas	75.782033	0.342723		43	24	G075.76+0.34				-5.1			7.84
	+20 21 44.0116	+37 26 37.4709	-0.48 mas	-0.34 mas	75.782023	0.342720		44	25	G075.76+0.34				-4.1			7.72
	+20 21 43.9852	+37 26 37.6122	-396.93 mas	140.99 mas	75.782006	0.342814		45	26	G075.76+0.34				2.9	-1.0 (1.5)	0.9 (1.5)	7.54
	+20 21 44.0116	+37 26 37.471	-0.72 mas	-0.16 mas	75.782023	0.342720		46	27	G075.76+0.34				-0.9			7.52
	+20 21 44.0537	+37 26 37.2896	629.9 mas	-181.63 mas	75.782061	0.342577		47	28	G075.76+0.34				0.5			7.11
	+20 21 44.0014	+37 26 37.4753	-154.56 mas	4.11 mas	75.782005	0.342749		48	29	G075.76+0.34				-5.6			6.54
	+20 21 44.0535	+37 26 37.2891	627.74 mas	-182.09 mas	75.782061	0.342578		49	30	G075.76+0.34				1.8	28.6 (4.4)	2.1 (4.5)	6.17
	+20 21 43.9857	+37 26 37.7974	-389.76 mas	326.22 mas	75.782049	0.342842		50	31	G075.76+0.34				4.1	-8.5 (1.5)	38.9 (1.5)	6.03
	+20 21 44.0537	+37 26 37.2897	629.81 mas	-181.5 mas	75.782061	0.342577		51	32	G075.76+0.34				-0.2			5.77
	+20 21 44.0079	+37 26 37.4596	-56.98 mas	-11.59 mas	75.782013	0.342729		52	33	G075.76+0.34				5.8			5.28
	+20 21 44.0117	+37 26 37.4714	0.53 mas	0.15 mas	75.782023	0.342720		53	34	G075.76+0.34				-4.4			5.08
	+20 21 44.0305	+37 26 37.3326	282.72 mas	-138.64 mas	75.782027	0.342647		54	35	G075.76+0.34				-2.3	19.4 (2.4)	-7.4 (2.4)	4.2
	+20 21 43.983	+37 26 37.6413	-430.39 mas	170.07 mas	75.782008	0.342825		55	36	G075.76+0.34				2.7			3.92
	+20 21 44.0124	+37 26 37.5047	11.19 mas	33.52 mas	75.782032	0.342723		56	37	G075.76+0.34				-6.1			3.21
	+20 21 44.0125	+37 26 37.5059	12.14 mas	34.71 mas	75.782033	0.342723		57	38	G075.76+0.34				-5.4			2.82
	+20 21 44.0536	+37 26 37.2871	628.1 mas	-184.08 mas	75.782060	0.342577		58	39	G075.76+0.34				0.5	22.3 (1.5)	4.1 (1.6)	2.76
	+20 21 44.0103	+37 26 37.4514	-20.86 mas	-19.8 mas	75.782016	0.342721		59	40	G075.76+0.34				3.5			2.67
	+20 21 44.0129	+37 26 37.4731	18.95 mas	1.92 mas	75.782026	0.342717		60	41	G075.76+0.34				-3.1			2.62
	+20 21 44.0537	+37 26 37.2883	630.97 mas	-182.93 mas	75.782061	0.342577		61	42	G075.76+0.34				2.1			2.5
	+20 21 43.9856	+37 26 37.7979	-390.94 mas	326.7 mas	75.782049	0.342843		62	43	G075.76+0.34				3			2.23
	+20 21 43.9853	+37 26 37.6112	-396.44 mas	140.01 mas	75.782005	0.342814		63	44	G075.76+0.34				2.7			2.19
	+20 21 44.0537	+37 26 37.2892	630.83 mas	-182.01 mas	75.782061	0.342577		64	45	G075.76+0.34				1.8			2.15
	+20 21 44.0104	+37 26 37.454	-18.84 mas	-17.21 mas	75.782017	0.342721		65	46	G075.76+0.34				4.5	2.2 (4.4)	-2.7 (4.5)	2.01
	+20 21 44.0103	+37 26 37.4453	-19.98 mas	-25.94 mas	75.782015	0.342720		66	47	G075.76+0.34				-0.6			1.98
	+20 21 44.0068	+37 26 37.4587	-73.23 mas	-12.49 mas	75.782011	0.342731		67	48	G075.76+0.34				9.4	-17.8 (4.6)	0.7 (4.6)	1.92
	+20 21 44.0002	+37 26 37.4708	-171.63 mas	-0.42 mas	75.782002	0.342751		68	49	G075.76+0.34				-8.7	-39.2 (4.5)	7.3 (4.5)	1.77
	+20 21 44.0012	+37 26 37.4807	-156.86 mas	9.54 mas	75.782006	0.342750		69	50	G075.76+0.34				-6.3			1.63
	+20 21 44.0126	+37 26 37.5253	14.4 mas	54.14 mas	75.782037	0.342726		70	51	G075.76+0.34				-12.9			1.59
	+20 21 44.0538	+37 26 37.2885	631.79 mas	-182.74 mas	75.782061	0.342577		71	52	G075.76+0.34				1.8			1.53
	+20 21 44.0538	+37 26 37.2887	631.09 mas	-182.55 mas	75.782061	0.342577		72	53	G075.76+0.34				2.1			1.52
	+20 21 44.0075	+37 26 37.4618	-62.09 mas	-9.42 mas	75.782013	0.342730		73	54	G075.76+0.34				9.7			1.49
	+20 21 44.0537	+37 26 37.2889	630.47 mas	-182.31 mas	75.782061	0.342577		74	55	G075.76+0.34				2.4			1.46
	+20 21 44.0536	+37 26 37.2878	629.19 mas	-183.45 mas	75.782060	0.342577		75	56	G075.76+0.34				2.1	19.0 (2.4)	-2.8 (2.4)	1.43
	+20 21 44.0115	+37 26 37.4701	-2.14 mas	-1.12 mas	75.782023	0.342720		76	57	G075.76+0.34				-2.3			1.26
	+20 21 44.0116	+37 26 37.4708	-1.64 mas	-0.4 mas	75.782023	0.342720		77	58	G075.76+0.34				-2.2			1.03
	+20 21 44.0537	+37 26 37.2889	629.75 mas	-182.34 mas	75.782061	0.342577		78	59	G075.76+0.34				1.8			1.02
	+20 21 44.012	+37 26 37.5103	4.75 mas	39.1 mas	75.782033	0.342725		79	60	G075.76+0.34				-6.5			0.65
	+20 21 44.0015	+37 26 37.4753	-152.77 mas	4.11 mas	75.782005	0.342748		80	61	G075.76+0.34				-7.3			0.28
7	+21 09 21.7232	+52 22 37.083			92.671088	3.071154	G92.670+3.071			G092.69+3.08	Image	Descr	22 GHz;	-37.4 .. 0.1			0.22 .. 318.22	NRAOVLA	A	13.900	0.08	+H₂O -CH₃OH II	SFR		Oct 2012 - Jan 2013
	+21 09 21.725	+52 22 37.1322	28.34 mas	51.02 mas	92.671101	3.071160		1	1	G092.69+3.08				-14.4	18.0 (1.1)	14.0 (1.2)	318.22
	+21 09 21.7234	+52 22 37.096	3.84 mas	14.78 mas	92.671091	3.071156		2	2	G092.69+3.08				-10.8			208.71
	+21 09 21.725	+52 22 37.1288	27.52 mas	47.62 mas	92.671100	3.071159		3	3	G092.69+3.08				-14.4	30.1 (3.0)	21.6 (3.0)	130.74
	+21 09 21.725	+52 22 37.1331	28.41 mas	51.85 mas	92.671101	3.071160		4	4	G092.69+3.08				-15.4			101.8
	+21 09 21.725	+52 22 37.1327	27.95 mas	51.53 mas	92.671101	3.071160		5	5	G092.69+3.08				-15.4			99.61
	+21 09 21.725	+52 22 37.1307	28.08 mas	49.52 mas	92.671101	3.071160		6	6	G092.69+3.08				-14.3	24.8 (3.0)	22.2 (3.1)	88.92
	+21 09 21.7233	+52 22 37.0979	2.82 mas	16.7 mas	92.671091	3.071156		7	7	G092.69+3.08				-10.7	17.5 (3.0)	10.2 (3.0)	71.21
	+21 09 21.7234	+52 22 37.0967	3.94 mas	15.45 mas	92.671091	3.071156		8	8	G092.69+3.08				-10.8			54.62
	+21 09 21.7233	+52 22 37.0855	2.99 mas	4.28 mas	92.671088	3.071154		9	9	G092.69+3.08				-3.5	0.5 (5.5)	8.6 (5.5)	47.39
	+21 09 21.725	+52 22 37.1273	28.95 mas	46.11 mas	92.671100	3.071159		10	10	G092.69+3.08				-13.7	18.7 (5.5)	-9.8 (5.6)	41.82
	+21 09 21.7235	+52 22 37.0947	6.26 mas	13.48 mas	92.671091	3.071155		11	11	G092.69+3.08				-11.8			39.47
	+21 09 21.725	+52 22 37.1235	28.65 mas	42.29 mas	92.671099	3.071158		12	12	G092.69+3.08				-12.7			37.37
	+21 09 21.725	+52 22 37.1243	27.56 mas	43.14 mas	92.671099	3.071158		13	13	G092.69+3.08				-12.8	28.4 (3.0)	13.6 (3.0)	32.59
	+21 09 21.7243	+52 22 37.1011	17.67 mas	19.89 mas	92.671093	3.071155		14	14	G092.69+3.08				-6.6			32.2
	+21 09 21.7235	+52 22 37.0921	6.17 mas	10.91 mas	92.671090	3.071155		15	15	G092.69+3.08				-11.4			31.41
	+21 09 21.7232	+52 22 37.0977	1.49 mas	16.47 mas	92.671091	3.071157		16	16	G092.69+3.08				-10.4			31.29
	+21 09 21.7231	+52 22 37.0812	0 mas	0 mas	92.671087	3.071154		17	17	G092.69+3.08				-3.7	6.3 (1.1)	5.6 (1.2)	30.97
	+21 09 21.7232	+52 22 37.0947	1.14 mas	13.48 mas	92.671090	3.071156		18	18	G092.69+3.08				-10.1	5.9 (1.2)	27.9 (1.2)	27.82
	+21 09 21.7243	+52 22 37.1013	18.17 mas	20.12 mas	92.671093	3.071155		19	19	G092.69+3.08				-6.5	2.8 (2.2)	-4.6 (2.2)	26.15
	+21 09 21.722	+52 22 37.069	-17.25 mas	-12.18 mas	92.671083	3.071154		20	20	G092.69+3.08				-1	9.8 (3.0)	9.7 (3.0)	23.84
	+21 09 21.7251	+52 22 37.1209	29.03 mas	39.72 mas	92.671099	3.071158		21	21	G092.69+3.08				-9.3			20.97
	+21 09 21.725	+52 22 37.1335	27.74 mas	52.27 mas	92.671101	3.071160		22	22	G092.69+3.08				-15.2	25.7 (3.0)	25.3 (3.1)	20.05
	+21 09 21.7244	+52 22 37.098	18.68 mas	16.77 mas	92.671093	3.071155		23	23	G092.69+3.08				-4.7			19.32
	+21 09 21.7217	+52 22 37.0802	-21.71 mas	-1.01 mas	92.671084	3.071156		24	24	G092.69+3.08				-29.5	30.3 (3.0)	31.4 (3.0)	18.54
	+21 09 21.7216	+52 22 37.084	-22.83 mas	2.82 mas	92.671085	3.071157		25	25	G092.69+3.08				-33			18.08
	+21 09 21.7232	+52 22 37.1072	1.66 mas	25.96 mas	92.671093	3.071158		26	26	G092.69+3.08				-8.8			17.03
	+21 09 21.7247	+52 22 37.1078	23.55 mas	26.55 mas	92.671095	3.071156		27	27	G092.69+3.08				-4.9	8.9 (1.1)	-7.2 (1.2)	16.63
	+21 09 21.725	+52 22 37.1351	27.49 mas	53.9 mas	92.671101	3.071160		28	28	G092.69+3.08				-16.2	24.5 (1.7)	19.5 (1.7)	16.08
	+21 09 21.7233	+52 22 37.0914	2.23 mas	10.25 mas	92.671090	3.071155		29	29	G092.69+3.08				-9.3			14.61
	+21 09 21.7246	+52 22 37.1059	22.04 mas	24.69 mas	92.671095	3.071156		30	30	G092.69+3.08				-6.2	4.1 (2.9)	2.1 (3.0)	12.64
	+21 09 21.7251	+52 22 37.1195	29.45 mas	38.34 mas	92.671098	3.071157		31	31	G092.69+3.08				-5.7			12.27
	+21 09 21.725	+52 22 37.1201	27.73 mas	38.88 mas	92.671098	3.071158		32	32	G092.69+3.08				-11.8			11.76
	+21 09 21.7235	+52 22 37.081	6.23 mas	-0.23 mas	92.671088	3.071153		33	33	G092.69+3.08				0.1	2.3 (3.1)	-4.4 (3.1)	9.4
	+21 09 21.7226	+52 22 37.075	-8.19 mas	-6.17 mas	92.671085	3.071154		34	34	G092.69+3.08				-1.2			6.12
	+21 09 21.7233	+52 22 37.0803	2.34 mas	-0.88 mas	92.671087	3.071153		35	35	G092.69+3.08				-1.8	-0.9 (1.7)	-2.5 (1.7)	5.8
	+21 09 21.7218	+52 22 37.0672	-19.08 mas	-13.96 mas	92.671082	3.071153		36	36	G092.69+3.08				-0.5	20.7 (1.9)	15.0 (2.0)	5.11
	+21 09 21.7249	+52 22 37.1325	26.41 mas	51.33 mas	92.671101	3.071160		37	37	G092.69+3.08				-15.4			4.89
	+21 09 21.7246	+52 22 37.1069	22.29 mas	25.68 mas	92.671095	3.071156		38	38	G092.69+3.08				-6.8	-3.8 (5.5)	-4.6 (5.6)	4.44
	+21 09 21.7233	+52 22 37.0822	2.02 mas	0.99 mas	92.671088	3.071154		39	39	G092.69+3.08				-2.6	8.0 (2.6)	10.7 (2.6)	4.26
	+21 09 21.7217	+52 22 37.0842	-21.29 mas	3.04 mas	92.671085	3.071157		40	40	G092.69+3.08				-26.6	5.1 (2.9)	16.1 (3.0)	3.87
	+21 09 21.7247	+52 22 37.1062	23.74 mas	24.98 mas	92.671095	3.071155		41	41	G092.69+3.08				-5.4			3.52
	+21 09 21.7243	+52 22 37.1012	17.09 mas	20 mas	92.671093	3.071155		42	42	G092.69+3.08				-7.4	-0.2 (2.2)	-3.2 (2.2)	3.47
	+21 09 21.7232	+52 22 37.1672	0.48 mas	85.97 mas	92.671105	3.071170		43	43	G092.69+3.08				-33.7			2.75
	+21 09 21.7236	+52 22 37.0924	6.95 mas	11.18 mas	92.671090	3.071155		44	44	G092.69+3.08				-8.3	9.5 (3.0)	6.1 (3.1)	2.16
	+21 09 21.7233	+52 22 37.0822	3.15 mas	1.05 mas	92.671088	3.071153		45	45	G092.69+3.08				-1.8			2.1
	+21 09 21.7232	+52 22 37.1064	0.54 mas	25.23 mas	92.671092	3.071158		46	46	G092.69+3.08				-8.8			2.07
	+21 09 21.7217	+52 22 37.0859	-21.77 mas	4.72 mas	92.671086	3.071157		47	47	G092.69+3.08				-31.4			1.16
	+21 09 21.7216	+52 22 37.0859	-23.14 mas	4.68 mas	92.671085	3.071157		48	48	G092.69+3.08				-36.5	21.9 (3.0)	36.3 (3.0)	0.82
	+21 09 21.7215	+52 22 37.0869	-24.05 mas	5.67 mas	92.671086	3.071158		49	49	G092.69+3.08				-37.4	14.1 (5.6)	44.5 (5.7)	0.36
	+21 09 21.7237	+52 22 37.0968	8.76 mas	15.57 mas	92.671091	3.071156		50	50	G092.69+3.08				-19.7			0.22
8	+21 32 12.4378	+55 53 49.662			97.530598	3.183703	G97.525+3.182			G097.53+3.18	Image	Descr	22 GHz;	-86.4 .. -56.7			0.09 .. 151.46	NRAOVLA	A	12.900	0.08	+H₂O +CH₃OH I +CH₃OH II +OH	SFR		Oct 2012 - Jan 2013
	+21 32 12.4378	+55 53 49.6608	0 mas	0 mas	97.530598	3.183703		1	1	G097.53+3.18				-77.5	-14.1 (3.0)	-1.1 (3.0)	151.46
	+21 32 12.4388	+55 53 49.8227	15.35 mas	161.85 mas	97.530630	3.183734		2	2	G097.53+3.18				-76.3			54.87
	+21 32 12.4388	+55 53 49.8221	15.24 mas	161.32 mas	97.530630	3.183734		3	3	G097.53+3.18				-75.3			51.25
	+21 32 12.4395	+55 53 49.6024	25.66 mas	-58.37 mas	97.530590	3.183688		4	4	G097.53+3.18				-76.1	8.5 (3.0)	-16.9 (2.9)	25.15
	+21 32 12.4375	+55 53 49.6485	-3.92 mas	-12.31 mas	97.530595	3.183700		5	5	G097.53+3.18				-77.6	-17.1 (2.8)	-1.7 (2.8)	24.89
	+21 32 12.4378	+55 53 49.6622	0.46 mas	1.36 mas	97.530598	3.183703		6	6	G097.53+3.18				-77	-17.6 (2.8)	1.3 (2.8)	24.39
	+21 32 12.4395	+55 53 49.6026	26.14 mas	-58.23 mas	97.530590	3.183688		7	7	G097.53+3.18				-76			24.2
	+21 32 12.4377	+55 53 49.6578	-0.16 mas	-2.96 mas	97.530597	3.183702		8	8	G097.53+3.18				-78.8	-10.5 (2.8)	2.4 (2.8)	15.36
	+21 32 12.4388	+55 53 49.8233	15.95 mas	162.46 mas	97.530630	3.183734		9	9	G097.53+3.18				-75.2	3.1 (2.9)	13.8 (2.9)	12.42
	+21 32 12.4421	+55 53 49.6691	64.37 mas	8.32 mas	97.530607	3.183697		10	10	G097.53+3.18				-78.8	8.2 (2.8)	-4.7 (2.9)	6.83
	+21 32 12.4388	+55 53 49.9964	16.1 mas	335.56 mas	97.530663	3.183769		11	11	G097.53+3.18				-83.4			6.67
	+21 32 12.4443	+55 53 49.5994	98.23 mas	-61.38 mas	97.530597	3.183680		12	12	G097.53+3.18				-77.6			6.37
	+21 32 12.4377	+55 53 49.6569	-0.58 mas	-3.87 mas	97.530597	3.183702		13	13	G097.53+3.18				-77.3	-17.8 (2.8)	12.5 (2.9)	6.21
	+21 32 12.4408	+55 53 49.6675	46.09 mas	6.69 mas	97.530604	3.183699		14	14	G097.53+3.18				-81.5			6.17
	+21 32 12.4502	+55 53 49.7995	186.95 mas	138.67 mas	97.530645	3.183711		15	15	G097.53+3.18				-72.6			5.82
	+21 32 12.4421	+55 53 49.6708	65.61 mas	10.04 mas	97.530607	3.183698		16	16	G097.53+3.18				-79.7	6.0 (2.9)	-14.9 (2.9)	4.77
	+21 32 12.4388	+55 53 49.8172	15.67 mas	156.36 mas	97.530629	3.183733		17	17	G097.53+3.18				-72.2			3.84
	+21 32 12.4368	+55 53 49.6518	-14.82 mas	-9.04 mas	97.530594	3.183702		18	18	G097.53+3.18				-77.6			3.83
	+21 32 12.4375	+55 53 49.6485	-4.02 mas	-12.31 mas	97.530595	3.183700		19	19	G097.53+3.18				-79.4			3.58
	+21 32 12.4421	+55 53 49.672	64.99 mas	11.16 mas	97.530607	3.183698		20	20	G097.53+3.18				-78.8	2.9 (2.8)	-6.1 (2.8)	3.22
	+21 32 12.4454	+55 53 49.7558	113.94 mas	95.04 mas	97.530629	3.183710		21	21	G097.53+3.18				-73.6	22.6 (3.4)	1.6 (3.4)	3.16
	+21 32 12.4452	+55 53 49.7763	111.1 mas	115.46 mas	97.530632	3.183714		22	22	G097.53+3.18				-64.3			3.15
	+21 32 12.4371	+55 53 49.6373	-10.08 mas	-23.53 mas	97.530592	3.183699		23	23	G097.53+3.18				-76.8			3.09
	+21 32 12.4388	+55 53 49.8171	15.46 mas	156.25 mas	97.530629	3.183733		24	24	G097.53+3.18				-73.7			2.96
	+21 32 12.4381	+55 53 49.6694	5.6 mas	8.57 mas	97.530600	3.183704		25	25	G097.53+3.18				-77.5			2.71
	+21 32 12.4382	+55 53 49.6715	6.89 mas	10.68 mas	97.530601	3.183704		26	26	G097.53+3.18				-77			2.47
	+21 32 12.4378	+55 53 49.6584	0.0300001 mas	-2.38 mas	97.530597	3.183702		27	27	G097.53+3.18				-74.3			2.45
	+21 32 12.439	+55 53 49.8228	18.44 mas	162.05 mas	97.530631	3.183734		28	28	G097.53+3.18				-75.7			2.17
	+21 32 12.4389	+55 53 49.9962	17.38 mas	335.44 mas	97.530663	3.183769		29	29	G097.53+3.18				-80.2	-0.2 (2.9)	15.1 (2.9)	2.04
	+21 32 12.4381	+55 53 49.6691	5.44 mas	8.27 mas	97.530600	3.183704		30	30	G097.53+3.18				-76.9			2.02
	+21 32 12.4523	+55 53 49.8404	218 mas	179.65 mas	97.530657	3.183716		31	31	G097.53+3.18				-70.3			1.8
	+21 32 12.4392	+55 53 49.9944	21.95 mas	333.59 mas	97.530664	3.183768		32	32	G097.53+3.18				-78.4			1.78
	+21 32 12.439	+55 53 49.8224	18.56 mas	161.56 mas	97.530631	3.183733		33	33	G097.53+3.18				-75.5			1.77
	+21 32 12.4398	+55 53 49.6676	30.49 mas	6.76 mas	97.530603	3.183701		34	34	G097.53+3.18				-83.1			1.73
	+21 32 12.4408	+55 53 49.6674	46.16 mas	6.63 mas	97.530604	3.183699		35	35	G097.53+3.18				-81.6			1.5
	+21 32 12.445	+55 53 49.761	108.43 mas	100.24 mas	97.530629	3.183711		36	36	G097.53+3.18				-65.8			1.49
	+21 32 12.4388	+55 53 49.8173	15.62 mas	156.49 mas	97.530629	3.183733		37	37	G097.53+3.18				-74.8			1.43
	+21 32 12.4384	+55 53 49.8137	9.86 mas	152.93 mas	97.530628	3.183733		38	38	G097.53+3.18				-74.8			1.36
	+21 32 12.4352	+55 53 49.5909	-38.8 mas	-69.91 mas	97.530580	3.183692		39	39	G097.53+3.18				-76.3			1.22
	+21 32 12.45	+55 53 49.8053	184.33 mas	144.49 mas	97.530646	3.183712		40	40	G097.53+3.18				-73.1			1.12
	+21 32 12.4396	+55 53 49.9647	27.03 mas	303.88 mas	97.530658	3.183761		41	41	G097.53+3.18				-71.1	0.7 (2.9)	-10.9 (2.9)	1.12
	+21 32 12.4595	+55 53 49.792	326.31 mas	131.17 mas	97.530660	3.183695		42	42	G097.53+3.18				-85.7			1.06
	+21 32 12.446	+55 53 49.5412	124.24 mas	-119.6 mas	97.530589	3.183665		43	43	G097.53+3.18				-76.1			1.04
	+21 32 12.4365	+55 53 49.6501	-18.97 mas	-10.72 mas	97.530594	3.183702		44	44	G097.53+3.18				-78.8			1.02
	+21 32 12.4448	+55 53 49.7636	105.08 mas	102.82 mas	97.530629	3.183712		45	45	G097.53+3.18				-79.2	-4.1 (3.2)	7.2 (3.1)	1.02
	+21 32 12.4386	+55 53 49.6822	13.26 mas	21.44 mas	97.530603	3.183705		46	46	G097.53+3.18				-78.7			0.95
	+21 32 12.4408	+55 53 49.6675	45.37 mas	6.69 mas	97.530604	3.183699		47	47	G097.53+3.18				-80			0.84
	+21 32 12.4379	+55 53 49.6612	1.58 mas	0.42 mas	97.530598	3.183702		48	48	G097.53+3.18				-69.7			0.74
	+21 32 12.4424	+55 53 49.8249	69.71 mas	164.13 mas	97.530637	3.183729		49	49	G097.53+3.18				-74.3	27.3 (3.6)	2.2 (3.2)	0.7
	+21 32 12.4443	+55 53 49.5965	98.08 mas	-64.35 mas	97.530597	3.183679		50	50	G097.53+3.18				-78.9			0.65
	+21 32 12.4531	+55 53 49.8477	230.15 mas	186.85 mas	97.530660	3.183716		51	51	G097.53+3.18				-66.4			0.64
	+21 32 12.437	+55 53 49.6395	-11.02 mas	-21.28 mas	97.530593	3.183699		52	52	G097.53+3.18				-76.6			0.61
	+21 32 12.4398	+55 53 49.6677	30.46 mas	6.92 mas	97.530603	3.183701		53	53	G097.53+3.18				-82.4			0.59
	+21 32 12.4387	+55 53 49.9966	13.91 mas	335.8 mas	97.530663	3.183769		54	54	G097.53+3.18				-84.7			0.49
	+21 32 12.4449	+55 53 49.7615	107.22 mas	100.67 mas	97.530629	3.183712		55	55	G097.53+3.18				-56.7			0.41
	+21 32 12.4449	+55 53 49.7611	107.27 mas	100.32 mas	97.530629	3.183712		56	56	G097.53+3.18				-57.5			0.4
	+21 32 12.446	+55 53 49.7821	123.6 mas	121.3 mas	97.530635	3.183714		57	57	G097.53+3.18				-70.8			0.4
	+21 32 12.4402	+55 53 49.8226	36.89 mas	161.8 mas	97.530633	3.183732		58	58	G097.53+3.18				-74.7			0.4
	+21 32 12.4394	+55 53 49.6847	25.29 mas	23.94 mas	97.530605	3.183705		59	59	G097.53+3.18				-74.4			0.38
	+21 32 12.4452	+55 53 49.7627	110.85 mas	101.93 mas	97.530630	3.183711		60	60	G097.53+3.18				-80			0.36
	+21 32 12.4559	+55 53 49.9088	272.14 mas	247.96 mas	97.530676	3.183724		61	61	G097.53+3.18				-71.8			0.35
	+21 32 12.445	+55 53 49.78	109.11 mas	119.18 mas	97.530633	3.183715		62	62	G097.53+3.18				-62.3			0.29
	+21 32 12.4449	+55 53 49.6775	106.92 mas	16.72 mas	97.530613	3.183695		63	63	G097.53+3.18				-71.4			0.28
	+21 32 12.4413	+55 53 49.713	52.4 mas	52.18 mas	97.530614	3.183708		64	64	G097.53+3.18				-84.7			0.27
	+21 32 12.4451	+55 53 49.7717	109.71 mas	110.9 mas	97.530631	3.183713		65	65	G097.53+3.18				-67.8			0.26
	+21 32 12.4454	+55 53 49.7579	114.25 mas	97.11 mas	97.530629	3.183710		66	66	G097.53+3.18				-86.4			0.25
	+21 32 12.4503	+55 53 49.8037	187.51 mas	142.93 mas	97.530646	3.183712		67	67	G097.53+3.18				-73.6			0.25
	+21 32 12.4453	+55 53 49.7771	112.7 mas	116.28 mas	97.530633	3.183714		68	68	G097.53+3.18				-61.6			0.23
	+21 32 12.4345	+55 53 49.806	-49.39 mas	145.21 mas	97.530620	3.183737		69	69	G097.53+3.18				-73.4			0.23
	+21 32 12.4387	+55 53 49.9731	13.82 mas	312.28 mas	97.530659	3.183765		70	70	G097.53+3.18				-85.4			0.2
	+21 32 12.4455	+55 53 49.7597	116.18 mas	98.85 mas	97.530630	3.183710		71	71	G097.53+3.18				-79.7			0.19
	+21 32 12.4519	+55 53 49.8475	212.31 mas	186.73 mas	97.530657	3.183718		72	72	G097.53+3.18				-70.9			0.18
	+21 32 12.4457	+55 53 49.7585	118.36 mas	97.68 mas	97.530630	3.183710		73	73	G097.53+3.18				-82.4			0.18
	+21 32 12.4408	+55 53 49.6673	45.7 mas	6.47 mas	97.530604	3.183699		74	74	G097.53+3.18				-80.1			0.17
	+21 32 12.4556	+55 53 49.9103	267.8 mas	249.54 mas	97.530676	3.183725		75	75	G097.53+3.18				-68.8			0.17
	+21 32 12.4474	+55 53 49.6061	144.3 mas	-54.67 mas	97.530604	3.183676		76	76	G097.53+3.18				-81.5			0.15
	+21 32 12.4387	+55 53 49.996	13.6 mas	335.23 mas	97.530663	3.183769		77	77	G097.53+3.18				-82.3			0.15
	+21 32 12.4561	+55 53 49.8943	275.74 mas	233.46 mas	97.530674	3.183721		78	78	G097.53+3.18				-71.9			0.14
	+21 32 12.4378	+55 53 49.6608	-0.0199999 mas	0 mas	97.530598	3.183703		79	79	G097.53+3.18				-71.1			0.12
	+21 32 12.4542	+55 53 49.8566	246.87 mas	195.8 mas	97.530663	3.183716		80	80	G097.53+3.18				-63.4			0.11
	+21 32 12.4454	+55 53 49.7537	115.34 mas	92.85 mas	97.530629	3.183709		81	81	G097.53+3.18				-84.2			0.1
	+21 32 12.4544	+55 53 49.8591	250.03 mas	198.26 mas	97.530664	3.183716		82	82	G097.53+3.18				-66.1			0.09
9	+22 16 10.3699	+52 21 34.229			100.377979	-3.578418	G100.377-3.579			G100.38-3.58	Image	Descr	22 GHz;	-48.6 .. -19.5			0.14 .. 7.99	NRAOVLA	A	10.900	0.08	+H₂O -CH₃OH I -CH₃OH II -OH	SFR		Oct 2012 - Jan 2013
	+22 16 10.3694	+52 21 34.0673	-7.32 mas	-161.46 mas	100.377953	-3.578455		1	1	G100.38-3.58				-28.9	11.5 (2.4)	-15.7 (2.4)	7.99
	+22 16 10.3699	+52 21 34.2288	0 mas	0 mas	100.377979	-3.578418		2	2	G100.38-3.58				-38.4	-9 (2.4)	-1.3 (2.4)	7.5
	+22 16 10.3725	+52 21 34.1741	38.11 mas	-54.68 mas	100.377976	-3.578434		3	3	G100.38-3.58				-28.7			5.39
	+22 16 10.3695	+52 21 34.0657	-6.54 mas	-163.13 mas	100.377953	-3.578455		4	4	G100.38-3.58				-26.8	0.8 (3.7)	-9.2 (3.7)	5.16
	+22 16 10.3729	+52 21 34.2388	44.1 mas	10.03 mas	100.377987	-3.578420		5	5	G100.38-3.58				-35.6			5.07
	+22 16 10.3695	+52 21 34.0609	-5.59 mas	-167.86 mas	100.377952	-3.578456		6	6	G100.38-3.58				-27.8	13.3 (3.7)	-21.0 (3.7)	3.88
	+22 16 10.3672	+52 21 34.1163	-40.08 mas	-112.55 mas	100.377956	-3.578440		7	7	G100.38-3.58				-38.9	-26 (4.2)	-15.0 (4.2)	3.83
	+22 16 10.3677	+52 21 34.1061	-33.9 mas	-122.65 mas	100.377955	-3.578443		8	8	G100.38-3.58				-47.8	-20.7 (3.7)	-6.7 (3.7)	3.3
	+22 16 10.3673	+52 21 34.1153	-39.96 mas	-113.51 mas	100.377956	-3.578441		9	9	G100.38-3.58				-37.5			3.18
	+22 16 10.3724	+52 21 34.1741	37.68 mas	-54.74 mas	100.377976	-3.578434		10	10	G100.38-3.58				-29.1			2.98
	+22 16 10.3684	+52 21 34.0845	-23.37 mas	-144.33 mas	100.377954	-3.578449		11	11	G100.38-3.58				-30.8			2.95
	+22 16 10.3722	+52 21 34.1797	34.56 mas	-49.13 mas	100.377977	-3.578433		12	12	G100.38-3.58				-29.8			2.85
	+22 16 10.3696	+52 21 34.0626	-5.12 mas	-166.23 mas	100.377953	-3.578456		13	13	G100.38-3.58				-27.7	9.3 (2.4)	-19.2 (2.4)	2.77
	+22 16 10.3726	+52 21 34.3424	39.82 mas	113.59 mas	100.378003	-3.578396		14	14	G100.38-3.58				-38.3	16.6 (4.4)	-12.5 (4.7)	2.41
	+22 16 10.3694	+52 21 34.06	-7.29 mas	-168.77 mas	100.377952	-3.578456		15	15	G100.38-3.58				-28	16.1 (3.7)	-18.7 (3.7)	2.08
	+22 16 10.3693	+52 21 34.0709	-8.6 mas	-157.93 mas	100.377954	-3.578454		16	16	G100.38-3.58				-19.5	0 (3.7)	-12.7 (3.7)	1.93
	+22 16 10.3695	+52 21 34.0649	-5.88 mas	-163.93 mas	100.377953	-3.578455		17	17	G100.38-3.58				-25.8	8.3 (6.2)	-35.6 (6.2)	1.92
	+22 16 10.3723	+52 21 34.1752	35.8 mas	-53.59 mas	100.377976	-3.578434		18	18	G100.38-3.58				-27.9			1.71
	+22 16 10.3677	+52 21 34.1052	-32.59 mas	-123.59 mas	100.377955	-3.578444		19	19	G100.38-3.58				-48.6	-14.7 (3.7)	-10.6 (3.7)	1.4
	+22 16 10.3721	+52 21 34.1804	33.04 mas	-48.38 mas	100.377976	-3.578433		20	20	G100.38-3.58				-28			1.38
	+22 16 10.3722	+52 21 34.1784	33.99 mas	-50.35 mas	100.377976	-3.578433		21	21	G100.38-3.58				-26.5			1.19
	+22 16 10.3702	+52 21 34.1193	4 mas	-109.47 mas	100.377963	-3.578444		22	22	G100.38-3.58				-38	1.7 (11.6)	-16.1 (11.7)	1.18
	+22 16 10.3722	+52 21 34.18	33.78 mas	-48.78 mas	100.377976	-3.578433		23	23	G100.38-3.58				-29.4			1.13
	+22 16 10.3672	+52 21 34.115	-40.64 mas	-113.78 mas	100.377956	-3.578441		24	24	G100.38-3.58				-39			0.88
	+22 16 10.3723	+52 21 34.1795	35.36 mas	-49.33 mas	100.377977	-3.578433		25	25	G100.38-3.58				-32			0.86
	+22 16 10.3722	+52 21 34.1727	33.89 mas	-56.13 mas	100.377975	-3.578434		26	26	G100.38-3.58				-27.6			0.78
	+22 16 10.3701	+52 21 34.1258	3.2 mas	-103.01 mas	100.377964	-3.578442		27	27	G100.38-3.58				-35.7	-1.4 (4.2)	-6.1 (4.3)	0.75
	+22 16 10.3685	+52 21 34.0841	-20.86 mas	-144.7 mas	100.377954	-3.578450		28	28	G100.38-3.58				-23.3			0.73
	+22 16 10.3722	+52 21 34.1799	34.18 mas	-48.88 mas	100.377977	-3.578433		29	29	G100.38-3.58				-30.9			0.69
	+22 16 10.3672	+52 21 34.1173	-40.6 mas	-111.49 mas	100.377956	-3.578440		30	30	G100.38-3.58				-37.7			0.66
	+22 16 10.3697	+52 21 34.0611	-3.02 mas	-167.72 mas	100.377953	-3.578457		31	31	G100.38-3.58				-28.7	8 (5.4)	-4.7 (5.4)	0.56
	+22 16 10.3676	+52 21 34.1051	-34.42 mas	-123.74 mas	100.377955	-3.578443		32	32	G100.38-3.58				-46.5	-22.9 (3.7)	1.5 (3.7)	0.53
	+22 16 10.3686	+52 21 34.2078	-20.35 mas	-21 mas	100.377973	-3.578421		33	33	G100.38-3.58				-44.9			0.5
	+22 16 10.3704	+52 21 34.2181	7.49 mas	-10.71 mas	100.377979	-3.578421		34	34	G100.38-3.58				-48.5			0.47
	+22 16 10.3684	+52 21 34.0838	-23.21 mas	-144.96 mas	100.377953	-3.578449		35	35	G100.38-3.58				-27.1			0.47
	+22 16 10.3659	+52 21 34.0949	-60.92 mas	-133.88 mas	100.377950	-3.578443		36	36	G100.38-3.58				-44.8	-12.7 (3.7)	-3.8 (3.7)	0.43
	+22 16 10.3694	+52 21 34.069	-8.35 mas	-159.85 mas	100.377953	-3.578454		37	37	G100.38-3.58				-25.8	1.4 (3.9)	-3.9 (4.0)	0.39
	+22 16 10.37	+52 21 34.1406	0.98 mas	-88.16 mas	100.377966	-3.578439		38	38	G100.38-3.58				-36.8			0.38
	+22 16 10.3694	+52 21 34.0677	-7.6 mas	-161.09 mas	100.377953	-3.578455		39	39	G100.38-3.58				-26			0.36
	+22 16 10.3699	+52 21 34.2261	-0.76 mas	-2.69 mas	100.377979	-3.578419		40	40	G100.38-3.58				-40.3			0.36
	+22 16 10.3703	+52 21 34.2197	5.73 mas	-9.12 mas	100.377979	-3.578421		41	41	G100.38-3.58				-47.7			0.34
	+22 16 10.3726	+52 21 34.2566	40.76 mas	27.85 mas	100.377989	-3.578416		42	42	G100.38-3.58				-36			0.3
	+22 16 10.3685	+52 21 34.0765	-20.57 mas	-152.25 mas	100.377953	-3.578451		43	43	G100.38-3.58				-31			0.3
	+22 16 10.3701	+52 21 34.1283	2.36 mas	-100.51 mas	100.377964	-3.578442		44	44	G100.38-3.58				-34.5	-4.7 (4.6)	-4.7 (4.7)	0.28
	+22 16 10.3721	+52 21 34.1838	31.98 mas	-44.95 mas	100.377977	-3.578432		45	45	G100.38-3.58				-19.6			0.21
	+22 16 10.3727	+52 21 34.2536	42.1 mas	24.77 mas	100.377989	-3.578417		46	46	G100.38-3.58				-36.5			0.19
	+22 16 10.3678	+52 21 34.1068	-32.38 mas	-121.99 mas	100.377956	-3.578443		47	47	G100.38-3.58				-45.5			0.19
	+22 16 10.3702	+52 21 34.1251	3.94 mas	-103.67 mas	100.377964	-3.578442		48	48	G100.38-3.58				-35.7			0.14
	+22 16 10.3699	+52 21 34.142	0.41 mas	-86.79 mas	100.377966	-3.578438		49	49	G100.38-3.58				-36			0.14
10	+23 16 10.3404	+59 55 28.389			111.255623	-0.769812	G111.255-0.770			G111.25-0.77	Image	Descr	22 GHz;	-53 .. -39.5			0.12 .. 30.12	NRAOVLA	A	10.600	0.08	+H₂O +CH₃OH I +CH₃OH II -OH	SFR		Oct 2012 - Jan 2013
	+23 16 10.3404	+59 55 28.3872	0 mas	0 mas	111.255623	-0.769813		1	1	G111.25-0.77				-47.3	-11.3 (2.4)	-14.9 (2.4)	30.12
	+23 16 10.3491	+59 55 28.5151	130.71 mas	127.87 mas	111.255653	-0.769786		2	2	G111.25-0.77				-46.9	6.3 (2.4)	3.5 (2.4)	8.25
	+23 16 10.3368	+59 55 28.6452	-54.25 mas	258 mas	111.255642	-0.769743		3	3	G111.25-0.77				-52.8	-9.4 (2.4)	0.9 (2.4)	6.14
	+23 16 10.3491	+59 55 28.5137	130.24 mas	126.53 mas	111.255653	-0.769787		4	4	G111.25-0.77				-47.7	11.3 (2.4)	9.1 (2.4)	5.88
	+23 16 10.3491	+59 55 28.5151	130.29 mas	127.9 mas	111.255653	-0.769786		5	5	G111.25-0.77				-47			4.78
	+23 16 10.3491	+59 55 28.5164	130.89 mas	129.18 mas	111.255653	-0.769786		6	6	G111.25-0.77				-46.9	6.1 (2.4)	4.7 (2.4)	4.64
	+23 16 10.3317	+59 55 28.2597	-130.73 mas	-127.54 mas	111.255593	-0.769839		7	7	G111.25-0.77				-47.2	-27.6 (2.4)	-26.7 (2.4)	4.04
	+23 16 10.3367	+59 55 28.6455	-55.75 mas	258.31 mas	111.255642	-0.769743		8	8	G111.25-0.77				-53	1.0 (4.4)	0.9 (4.4)	3.7
	+23 16 10.3405	+59 55 28.3874	0.94 mas	0.2 mas	111.255623	-0.769813		9	9	G111.25-0.77				-47.5	-11.6 (2.4)	-7.3 (2.4)	3.6
	+23 16 10.3239	+59 55 28.4465	-247.69 mas	59.29 mas	111.255597	-0.769785		10	10	G111.25-0.77				-44.1	-11.4 (2.4)	-5.3 (2.4)	3.45
	+23 16 10.3367	+59 55 28.645	-54.8 mas	257.8 mas	111.255642	-0.769743		11	11	G111.25-0.77				-52.6			3.39
	+23 16 10.3363	+59 55 28.6481	-61.04 mas	260.87 mas	111.255641	-0.769742		12	12	G111.25-0.77				-51.4	-14.3 (2.4)	1.5 (2.4)	3.2
	+23 16 10.3385	+59 55 28.7362	-27.95 mas	349.02 mas	111.255654	-0.769721		13	13	G111.25-0.77				-45.2	-8.4 (2.4)	5.3 (2.4)	3.19
	+23 16 10.324	+59 55 28.446	-246.41 mas	58.85 mas	111.255597	-0.769785		14	14	G111.25-0.77				-44.3	-5.4 (3.3)	-5.2 (3.3)	2.9
	+23 16 10.3364	+59 55 28.5546	-59.79 mas	167.39 mas	111.255632	-0.769767		15	15	G111.25-0.77				-39.8	-7.9 (2.4)	-7.2 (2.4)	2.89
	+23 16 10.349	+59 55 28.503	129.22 mas	115.84 mas	111.255651	-0.769789		16	16	G111.25-0.77				-48.5	6.4 (2.4)	-0.9 (2.4)	2.69
	+23 16 10.3491	+59 55 28.5126	130.37 mas	125.38 mas	111.255652	-0.769787		17	17	G111.25-0.77				-48.3	5.1 (2.4)	-1.4 (2.4)	2.07
	+23 16 10.3366	+59 55 28.6453	-56.36 mas	258.15 mas	111.255641	-0.769743		18	18	G111.25-0.77				-53			1.96
	+23 16 10.3364	+59 55 28.6474	-59.72 mas	260.17 mas	111.255641	-0.769742		19	19	G111.25-0.77				-51.8			1.41
	+23 16 10.3397	+59 55 28.3894	-11.09 mas	2.19 mas	111.255622	-0.769812		20	20	G111.25-0.77				-48.3	-14.5 (3.5)	-7.5 (3.5)	1.3
	+23 16 10.328	+59 55 28.518	-186.36 mas	130.85 mas	111.255612	-0.769770		21	21	G111.25-0.77				-53			1.27
	+23 16 10.3369	+59 55 28.6357	-52.56 mas	248.46 mas	111.255641	-0.769746		22	22	G111.25-0.77				-43.2			1.18
	+23 16 10.3391	+59 55 28.5369	-19.4 mas	149.67 mas	111.255635	-0.769773		23	23	G111.25-0.77				-47.5	2.3 (13.8)	-8.6 (13.8)	1.05
	+23 16 10.3365	+59 55 28.6475	-58.98 mas	260.31 mas	111.255641	-0.769742		24	24	G111.25-0.77				-51.8	-20.8 (3.5)	3.4 (3.5)	1.05
	+23 16 10.3369	+59 55 28.6356	-52.54 mas	248.44 mas	111.255641	-0.769746		25	25	G111.25-0.77				-44.1			1.03
	+23 16 10.3385	+59 55 28.7361	-28.71 mas	348.86 mas	111.255654	-0.769721		26	26	G111.25-0.77				-45.6	-21.9 (3.5)	-16.1 (3.5)	0.93
	+23 16 10.3281	+59 55 28.5176	-185.08 mas	130.37 mas	111.255612	-0.769770		27	27	G111.25-0.77				-52.6			0.86
	+23 16 10.3363	+59 55 28.6479	-61.81 mas	260.66 mas	111.255641	-0.769742		28	28	G111.25-0.77				-51.2	-29.0 (5.4)	-16.6 (5.4)	0.84
	+23 16 10.3403	+59 55 28.3756	-1.56 mas	-11.61 mas	111.255622	-0.769816		29	29	G111.25-0.77				-48.6			0.73
	+23 16 10.3367	+59 55 28.6376	-55.63 mas	250.38 mas	111.255641	-0.769745		30	30	G111.25-0.77				-44			0.71
	+23 16 10.3364	+59 55 28.5545	-60.55 mas	167.25 mas	111.255632	-0.769767		31	31	G111.25-0.77				-39.7	-18.7 (3.5)	-22.9 (3.6)	0.7
	+23 16 10.3366	+59 55 28.5536	-56.35 mas	166.43 mas	111.255632	-0.769767		32	32	G111.25-0.77				-40.7	-14.4 (2.5)	-5.7 (2.4)	0.69
	+23 16 10.3298	+59 55 28.6087	-158.7 mas	221.5 mas	111.255625	-0.769748		33	33	G111.25-0.77				-45.6			0.65
	+23 16 10.3367	+59 55 28.6449	-55.3 mas	257.68 mas	111.255642	-0.769743		34	34	G111.25-0.77				-52.8			0.65
	+23 16 10.3365	+59 55 28.5539	-57.93 mas	166.7 mas	111.255632	-0.769767		35	35	G111.25-0.77				-40.3	-15.4 (3.5)	-4.3 (3.6)	0.65
	+23 16 10.3277	+59 55 28.4271	-190.62 mas	39.88 mas	111.255602	-0.769793		36	36	G111.25-0.77				-39.7			0.63
	+23 16 10.3238	+59 55 28.4464	-248.37 mas	59.16 mas	111.255597	-0.769785		37	37	G111.25-0.77				-44.1			0.63
	+23 16 10.349	+59 55 28.5029	128.47 mas	115.67 mas	111.255651	-0.769789		38	38	G111.25-0.77				-48.7	-5.3 (3.5)	-19.3 (3.6)	0.61
	+23 16 10.3411	+59 55 28.3697	10.78 mas	-17.53 mas	111.255623	-0.769818		39	39	G111.25-0.77				-47.5			0.55
	+23 16 10.3276	+59 55 28.5205	-191.8 mas	133.31 mas	111.255611	-0.769769		40	40	G111.25-0.77				-51.4			0.52
	+23 16 10.3277	+59 55 28.52	-189.82 mas	132.78 mas	111.255612	-0.769769		41	41	G111.25-0.77				-51.7			0.47
	+23 16 10.3366	+59 55 28.5538	-56.86 mas	166.61 mas	111.255632	-0.769767		42	42	G111.25-0.77				-40.4	-6.4 (3.5)	-0.8 (3.5)	0.46
	+23 16 10.3365	+59 55 28.5539	-58.62 mas	166.68 mas	111.255632	-0.769767		43	43	G111.25-0.77				-40			0.39
	+23 16 10.3397	+59 55 28.6305	-10.18 mas	243.31 mas	111.255646	-0.769749		44	44	G111.25-0.77				-39.8			0.37
	+23 16 10.336	+59 55 28.5569	-65.72 mas	169.67 mas	111.255631	-0.769766		45	45	G111.25-0.77				-53			0.35
	+23 16 10.3391	+59 55 28.5371	-19.01 mas	149.9 mas	111.255636	-0.769773		46	46	G111.25-0.77				-50.2			0.35
	+23 16 10.3372	+59 55 28.626	-48.61 mas	238.79 mas	111.255641	-0.769749		47	47	G111.25-0.77				-52.2			0.34
	+23 16 10.3239	+59 55 28.4455	-247.37 mas	58.31 mas	111.255597	-0.769785		48	48	G111.25-0.77				-44.4			0.3
	+23 16 10.3385	+59 55 28.7011	-29.1 mas	313.86 mas	111.255651	-0.769730		49	49	G111.25-0.77				-52.8			0.29
	+23 16 10.3368	+59 55 28.6347	-53.68 mas	247.5 mas	111.255641	-0.769746		50	50	G111.25-0.77				-43.3			0.28
	+23 16 10.3364	+59 55 28.5541	-60.42 mas	166.94 mas	111.255632	-0.769767		51	51	G111.25-0.77				-39.5			0.27
	+23 16 10.3389	+59 55 28.617	-22.18 mas	229.84 mas	111.255643	-0.769752		52	52	G111.25-0.77				-49.6			0.23
	+23 16 10.3473	+59 55 28.4538	103.26 mas	66.58 mas	111.255643	-0.769801		53	53	G111.25-0.77				-42.4			0.18
	+23 16 10.3368	+59 55 28.614	-53.38 mas	226.82 mas	111.255639	-0.769751		54	54	G111.25-0.77				-50.4			0.16
	+23 16 10.337	+59 55 28.3885	-50.47 mas	1.29 mas	111.255617	-0.769810		55	55	G111.25-0.77				-49.2	-8.2 (5.6)	-11.7 (5.6)	0.15
	+23 16 10.3389	+59 55 28.725	-23.04 mas	337.76 mas	111.255654	-0.769724		56	56	G111.25-0.77				-48.7			0.14
	+23 16 10.3375	+59 55 28.6348	-43.26 mas	247.59 mas	111.255642	-0.769747		57	57	G111.25-0.77				-43.7			0.12

DSS colored	2MASS colored	WISE colored
PACS color (70-160 um)	SPIRE color (250-500 um)	GLIMPSE 360
SDSS color	IRAC color I1,I2,I4	NVSS (1.4GHz)
ATLASGAL 870 um	ATLASGAL 870 um + Planck	Bolocam 1.1 mm
UKIDSS K Download UKIDSS K FITS	2MASS K Download 2MASS K FITS

select MAX(h2o_data_all.ra_hms) as ra_hms,MAX(h2o_data_all.dec_dms) as dec_dms,MAX(h2o_data_all.source_name) as source_name,MAX(h2o_data_all.ra) as ra,MAX(h2o_data_all.dec) as dec,MAX(h2o_data_all.l) as l,MAX(h2o_data_all.b) as b,MAX(h2o_data_all.grp) as grp,MAX(h2o_data_all.other_name) as other_name,MAX(h2o_data_all.other_desc) as other_desc,BOOL_OR(thermal) as thermal,MAX(h2o_data_all.line) as line,MAX(h2o_data_all.vrange) as vrange,MAX(h2o_data_all.vpeak) as vpeak,MAX(h2o_data_all.peak) as peak,MAX(h2o_data_all.fwhm) as fwhm,MAX(h2o_data_all.int) as int,MAX(h2o_data_all.rms) as rms,MAX(h2o_data_all.units) as units,MAX(h2o_data_all.units_rms) as units_rms,MAX(h2o_data_all.date_txt) as date_txt,MAX(h2o_data_all.telescope_ref) as telescope_ref,MAX(h2o_data_all.telescope_conf) as telescope_conf,MAX(h2o_data_all.v_step) as v_step,MAX(h2o_data_all.beam) as beam,MAX(h2o_data_all.beam_maj) as beam_maj,MAX(h2o_data_all.beam_min) as beam_min,MAX(h2o_data_all.beam_pa) as beam_pa,MAX(h2o_data_all.ref) as ref,MAX(h2o_data_all.list_ref) as list_ref,MAX(h2o_data_all.ascii) as ascii,MAX(h2o_data_all.url) as url,MAX(h2o_data_all.image) as image,MAX(h2o_data_all.image2) as image2,MAX(h2o_data_all.image3) as image3,MAX(h2o_data_all.descr) as descr,MAX(h2o_data_all.id) as id,BOOL_OR(mjy_flag) as mjy_flag,BOOL_OR(rms_mjy_flag) as rms_mjy_flag,MAX(h2o_data_all.dist) as dist,1 as dist_parallax,MAX(h2o_data_all.date_txt) as date_txt,MAX(line_det) as line_det,MAX(type) as type,MAX(simbad_types_cat) as simbad_types_cat FROM h2o_data_all  LEFT JOIN all_objects_withmet ON h2o_data_all.grp=all_objects_withmet.group_name LEFT JOIN object_categories ON all_objects_withmet.group_name = object_categories.group_name_cat AND object_categories.tbl_cat = 'all_objects_withmet' LEFT JOIN transitions ON h2o_data_all.line=transitions."Line"  WHERE ref ilike 'MOS16' AND detected=true AND hide=false GROUP BY ref

select h2o_data_all.ra_hms,h2o_data_all.dec_dms,h2o_data_all.source_name,h2o_data_all.ra,h2o_data_all.dec,h2o_data_all.l,h2o_data_all.b,h2o_data_all.grp,h2o_data_all.other_name,h2o_data_all.other_desc,h2o_data_all.thermal,h2o_data_all.line,h2o_data_all.vrange,h2o_data_all.vpeak,h2o_data_all.peak,h2o_data_all.fwhm,h2o_data_all.int,h2o_data_all.rms,h2o_data_all.units,h2o_data_all.units_rms,h2o_data_all.date_txt,h2o_data_all.telescope_ref,h2o_data_all.telescope_conf,h2o_data_all.v_step,h2o_data_all.beam,h2o_data_all.beam_maj,h2o_data_all.beam_min,h2o_data_all.beam_pa,h2o_data_all.ref,h2o_data_all.list_ref,h2o_data_all.ascii,h2o_data_all.url,h2o_data_all.image,h2o_data_all.image2,h2o_data_all.image3,h2o_data_all.descr,h2o_data_all.id,h2o_data_all.mjy_flag,h2o_data_all.rms_mjy_flag,h2o_data_all.dist,h2o_data_all.dist_parallax,h2o_data_all.date_txt,line_det,type,simbad_types_cat FROM h2o_data_all   LEFT JOIN all_objects_withmet ON h2o_data_all.grp=all_objects_withmet.group_name LEFT JOIN object_categories ON all_objects_withmet.group_name = object_categories.group_name_cat AND object_categories.tbl_cat = 'all_objects_withmet' LEFT JOIN transitions ON h2o_data_all.line=transitions."Line"  WHERE ref ilike 'MOS16' AND detected=true AND hide=false ORDER BY detected DESC,id

Display data from paper

MOS16 - Outflow structure within 1000 au of high-mass YSOs. I. First results from a combined study of maser and radio continuum emission

Interferometry data

View as list of objects

Detection table from Moscadelli et al. (2016)