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BAE11 - A Multi-epoch, Simultaneous Water and Methanol Maser Survey toward Intermediate-mass Young Stellar Objects

Short title: Bae et al. (2011)
Authors: Bae, Jae-Han Kim, Kee-Tae Youn, So-Young Kim, Won-Ju Byun, Do-Young Kang, Hyunwoo Oh, Chung Sik
Journal: The Astrophysical Journal Supplement, Volume 196, Issue 2, article id. 21, 18 pp. (2011).
Bibcode:

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Target type: YSO
Transitions: SiO_1-0v0,CH3OH_36(I),CH3OH_44(I),CH3OH_95(I),CH3OH_132(I),CH3OH_6(II)

Abstract
We report a multi-epoch, simultaneous 22 GHz H₂O and 44 GHz Class I CH₃OH maser line survey toward 180 intermediate-mass young stellar objects, including 14 Class 0 and 19 Class I objects, and 147 Herbig Ae/Be stars. We detected H₂O and CH₃OH maser emission toward 16 (9%) and 10 (6%) sources with one new H₂O and six new CH₃OH maser sources. The detection rates of both masers rapidly decrease as the central (proto)stars evolve, which is contrary to the trends in high-mass star-forming regions. This suggests that the excitations of the two masers are closely related to the evolutionary stage of the central (proto)stars and the circumstellar environments. H₂O maser velocities deviate on average 9 km s^-1 from the ambient gas velocities whereas CH₃OH maser velocities match quite well with the ambient gas velocities. For both maser emissions, large velocity differences ( v_{H_{2O}} - v_{sys} > 10 {\,km\,s^{-1}} and v_{CH_{3OH}} - v_{sys} > 1 {\,km\,s^{-1}}) are mostly confined to Class 0 objects. The formation and disappearance of H₂O masers is frequent and their integrated intensities change by up to two orders of magnitude. In contrast, CH₃OH maser lines usually show no significant change in intensity, shape, or velocity. This is consistent with the previous suggestion that H₂O maser emission originates from the base of an outflow while 44 GHz Class I CH₃OH maser emission arises from the interaction region of the outflow with the ambient gas. The isotropic maser luminosities are well correlated with the bolometric luminosities of the central objects. The fitted relations are L_{H_{2O}} = 1.71 \times 10^{-9} (L_{bol})^{0.97} and L_{CH_{3OH}} = 1.71 \times 10^{-10} (L_{bol})^{1.22}. eprintid: arXiv:1108.3878	Comments: 180 intermediate-mass young stellar objects. Sources from published studies satisfying one of the following two criteria: (1) protostellar or PMS objects, which are thought to be the precursors of intermediate-mass stars (2) known or candidate HAeBe stars.

Abstract

We report a multi-epoch, simultaneous 22 GHz H₂O and 44 GHz Class I CH₃OH maser line survey toward 180 intermediate-mass young stellar objects, including 14 Class 0 and 19 Class I objects, and 147 Herbig Ae/Be stars. We detected H₂O and CH₃OH maser emission toward 16 (9%) and 10 (6%) sources with one new H₂O and six new CH₃OH maser sources. The detection rates of both masers rapidly decrease as the central (proto)stars evolve, which is contrary to the trends in high-mass star-forming regions. This suggests that the excitations of the two masers are closely related to the evolutionary stage of the central (proto)stars and the circumstellar environments. H₂O maser velocities deviate on average 9 km s^-1 from the ambient gas velocities whereas CH₃OH maser velocities match quite well with the ambient gas velocities. For both maser emissions, large velocity differences ( v_{H_{2O}} - v_{sys} > 10 {\,km\,s^{-1}} and v_{CH_{3OH}} - v_{sys} > 1 {\,km\,s^{-1}}) are mostly confined to Class 0 objects. The formation and disappearance of H₂O masers is frequent and their integrated intensities change by up to two orders of magnitude. In contrast, CH₃OH maser lines usually show no significant change in intensity, shape, or velocity. This is consistent with the previous suggestion that H₂O maser emission originates from the base of an outflow while 44 GHz Class I CH₃OH maser emission arises from the interaction region of the outflow with the ambient gas. The isotropic maser luminosities are well correlated with the bolometric luminosities of the central objects. The fitted relations are L_{H_{2O}} = 1.71 \times 10^{-9} (L_{bol})^{0.97} and L_{CH_{3OH}} = 1.71 \times 10^{-10} (L_{bol})^{1.22}. eprintid:

Comments:
180 intermediate-mass young stellar objects. Sources from published studies satisfying one of the following two criteria: (1) protostellar or PMS objects, which are thought to be the precursors of intermediate-mass stars (2) known or candidate HAeBe stars.

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ID	Obs. RA	Obs. Dec	l	b	Group id	Source name	V_peak	FWHM	F_peak	∫F dv	Telescope	RMS	Beam	Detection	Date
	(J2000)	(J2000)	(deg.)	(deg.)			(km/s)	(km/s)	(Jy)	(Jy*km/s)		(Jy)	(arcsec)	Yes/No
1	00 28 42.7	+56 42 07	119.7990	-6.0315	G119.799-6.031	CB 3	-60.24 (0.01)	0.76 (0.03)	12.65	10.54 (0.33)	KVN	0.450	130	+H₂O +CH₃OH I -CH₃OH II	2010 May 7
	00 28 42.7	+56 42 07	119.7990	-6.0315	G119.799-6.031	CB 3	-60.74 (0.03)	1.43 (0.09)	9.1	13.20 (0.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II	2010 Oct 20
	00 28 42.7	+56 42 07	119.7990	-6.0315	G119.799-6.031	CB 3	-12.65 (0.04)	0.66 (0.08)	5.32	4.10 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	00 28 42.7	+56 42 07	119.7990	-6.0315	G119.799-6.031	CB 3	-75.13 (0.09)	1.17 (0.23)	1.77	1.88 (0.33)	KVN		130	+H₂O +CH₃OH I -CH₃OH II	2010 Dec 2
	00 28 42.7	+56 42 07	119.7990	-6.0315	G119.799-6.031	CB 3	-61.16 (0.09)	2.12 (0.20)	2.1	4.55 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	00 28 42.7	+56 42 07	119.7990	-6.0315	G119.799-6.031	CB 3	-12.62 (0.02)	0.43 (0.05)	3.33	1.77 (0.11)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
2	00 36 47.5	+63 29 02	121.2980	0.6586	G121.298+0.659	IRAS 00338+6312	-16.19 (0.07)	1.16 (0.17)	2.44	2.77 (0.33)	KVN	0.320	130	+H₂O +CH₃OH I +CH₃OH II	2010 May 7
	00 36 47.5	+63 29 02	121.2980	0.6586	G121.298+0.659	IRAS 00338+6312	-15.39 (0.09)	0.60 (0.21)	2.44	1.55 (0.33)	KVN		130	+H₂O +CH₃OH I +CH₃OH II	2010 Oct 20 2010 Dec 2
3	05 36 17.6	-06 22 10	210.0599	-19.5985	G210.062-19.594	IRAS 05338-0624	6.64 (0.01)	1.09 (0.01)	42.62	45.73 (0.44)	KVN	0.360	130	+H₂O +CH₃OH I -CH₃OH II	2010 Jan 13
	05 36 17.6	-06 22 10	210.0599	-19.5985	G210.062-19.594	IRAS 05338-0624	8.14 (0.02)	1.69 (0.05)	27.3	48.50 (1.33)	KVN		130	+H₂O +CH₃OH I -CH₃OH II	2010 Oct 20
	05 36 17.6	-06 22 10	210.0599	-19.5985	G210.062-19.594	IRAS 05338-0624	11.46 (0.05)	0.54 (0.09)	7.32	4.10 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	05 36 17.6	-06 22 10	210.0599	-19.5985	G210.062-19.594	IRAS 05338-0624	5.27 (0.03)	1.22 (0.08)	8.99	11.76 (0.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II	2010 Dec 2
	05 36 17.6	-06 22 10	210.0599	-19.5985	G210.062-19.594	IRAS 05338-0624	7.42 (0.05)	1.24 (0.12)	8.54	10.76 (0.88)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	05 36 17.6	-06 22 10	210.0599	-19.5985	G210.062-19.594	IRAS 05338-0624	8.89 (0.02)	0.86 (0.04)	21.86	19.09 (0.66)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	05 36 17.6	-06 22 10	210.0599	-19.5985	G210.062-19.594	IRAS 05338-0624	11.42 (0.02)	0.53 (0.05)	9.87	5.32 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
4	05 36 18.2	-06 45 47	210.4352	-19.7719	G210.435-19.765	IRAS 05338-0647	6.58 (0.01)	0.64 (0.01)	158.28	104.34 (0.44)	KVN	0.670	130	+H₂O -CH₃OH I -CH₃OH II	2010 May 8
	05 36 18.2	-06 45 47	210.4352	-19.7719	G210.435-19.765	IRAS 05338-0647	6.60 (0.01)	0.69 (0.01)	209.45	155.84 (0.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II	2010 Oct 20
	05 36 18.2	-06 45 47	210.4352	-19.7719	G210.435-19.765	IRAS 05338-0647	6.73 (0.01)	0.60 (0.01)	126.98	86.24 (0.33)	KVN		130	+H₂O -CH₃OH I -CH₃OH II	2010 Dec 2
5	05 39 56.1	-07 30 26	211.5666	-19.2942	G211.567-19.294	IRAS 05375-0731	13.25 (0.04)	1.12 (0.10)	3.44	4.55 (0.33)	KVN	0.390	130	+H₂O -CH₃OH I -CH₃OH II	2010 Jan 18
	05 39 56.1	-07 30 26	211.5666	-19.2942	G211.567-19.294	IRAS 05375-0731	-0.09 (0.02)	1.08 (0.06)	9.87	10.76 (0.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II	2010 Oct 20
	05 39 56.1	-07 30 26	211.5666	-19.2942	G211.567-19.294	IRAS 05375-0731	0.04 (0.01)	0.78 (0.01)	109.22	89.35 (0.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II	2010 Dec 2
	05 39 56.1	-07 30 26	211.5666	-19.2942	G211.567-19.294	IRAS 05375-0731	2.04 (0.04)	0.75 (0.07)	5.32	4.32 (0.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
6	06 59 34.8	+10 15 01	204.6907	6.4450	G204.691+6.445	IRAS 06571-0441	16.44 (0.02)	0.75 (0.05)	9.43	7.77 (0.44)	KVN	0.640	130	-CH₃OH I	2010 May 7 2010 Oct 20 2010 Dec 2
7	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	18.04 (0.03)	0.96 (0.08)	5.32	5.66 (0.44)	KVN	0.640	130	+H₂O +CH₃OH I -CH₃OH II +OH	2010 May 8
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	21.73 (0.07)	2.10 (0.16)	13.65	26.41 (1.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	23.47 (0.01)	1.22 (0.01)	100.78	132.86 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	6.48 (0.03)	0.83 (0.06)	8.43	7.77 (0.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH	2010 Oct 20
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	16.43 (0.05)	1.32 (0.11)	8.32	11.32 (0.88)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	18.31 (0.03)	1.50 (0.07)	15.42	23.75 (0.99)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	21.51 (0.07)	1.05 (0.17)	4.77	4.77 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	23.20 (0.06)	1.18 (0.16)	5.1	6.32 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	15.96 (0.11)	0.64 (0.24)	2.88	2.10 (0.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH	2010 Dec 2
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	18.39 (0.02)	1.51 (0.03)	23.86	38.62 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	21.56 (0.07)	1.27 (0.18)	4.77	6.32 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
	18 29 49.6	+01 15 22	31.5843	5.3808	G31.584+5.381	Serpens FIRS1	23.00 (0.09)	0.59 (0.15)	2.99	1.66 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II +OH
8	19 42 55.7	+23 24 20	59.4681	-0.0474	G59.468-0.047	HH 165	24.86 (0.06)	0.80 (0.11)	2.1	1.88 (0.33)	KVN	0.380	130	+H₂O -CH₃OH I	2010 May 8
	19 42 55.7	+23 24 20	59.4681	-0.0474	G59.468-0.047	HH 165	25.08 (0.05)	0.83 (0.11)	4.21	3.33 (0.44)	KVN		130	+H₂O -CH₃OH I	2010 Oct 20
	19 42 55.7	+23 24 20	59.4681	-0.0474	G59.468-0.047	HH 165	25.27 (0.06)	0.80 (0.14)	3.33	2.55 (0.44)	KVN		130	+H₂O -CH₃OH I	2010 Dec 2
9	20 07 6.7	+27 28 53	65.7802	-2.6122	G65.780-2.612	IRAS 20050+2720 MMS1	-84.75 (0.07)	3.59 (0.18)	5.43	19.09 (0.77)	KVN	0.580	130	+H₂O +CH₃OH I -CH₃OH II	2010 May 8
	20 07 6.7	+27 28 53	65.7802	-2.6122	G65.780-2.612	IRAS 20050+2720 MMS1	-87.33 (0.06)	2.56 (0.15)	6.43	15.54 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II	2010 Oct 20
	20 07 6.7	+27 28 53	65.7802	-2.6122	G65.780-2.612	IRAS 20050+2720 MMS1	2.40 (0.09)	1.57 (0.21)	3.77	4.77 (0.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II	2010 Dec 2
10	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	-2.31 (0.01)	0.85 (0.01)	57.38	54.61 (0.44)	KVN	0.590	130	+H₂O +CH₃OH I -CH₃OH II -SiO	2010 Apr 18
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	0.08 (0.01)	1.87 (0.01)	96.23	200.35 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	2.43 (0.01)	1.70 (0.03)	35.74	61.93 (0.88)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	11.15 (0.03)	0.58 (0.06)	5.99	4.21 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	-2.40 (0.01)	0.71 (0.01)	65.26	47.28 (0.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO	2010 Oct 20
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	0.04 (0.01)	2.75 (0.03)	52.39	137.97 (0.99)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	3.48 (0.02)	0.63 (0.05)	10.21	6.32 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	11.50 (0.01)	0.60 (0.01)	32.07	20.53 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	14.88 (0.13)	2.30 (0.25)	4.88	7.65 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	-2.33 (0.01)	0.73 (0.01)	53.28	43.73 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO	2010 Dec 2
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	0.43 (0.01)	1.41 (0.01)	60.82	92.68 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	2.25 (0.02)	0.74 (0.05)	10.21	7.54 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	11.38 (0.01)	0.51 (0.03)	15.42	8.99 (0.44)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
	20 20 30.5	+41 21 27	78.8703	2.7602	G78.870+2.760	V1318 CygS	16.26 (0.13)	1.13 (0.28)	4.32	3.55 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II -SiO
11	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-13.68 (0.01)	1.78 (0.03)	23.31	41.62 (0.44)	KVN	0.380	130	+H₂O -CH₃OH I -CH₃OH II +OH	2010 Jan 13
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-12.32 (0.05)	2.05 (0.11)	10.1	22.75 (0.99)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-8.58 (0.01)	1.85 (0.03)	16.53	30.30 (0.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-13.42 (0.18)	2.08 (0.40)	3.88	7.77 (1.22)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH	2010 Oct 20
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-11.69 (0.15)	0.98 (0.21)	4.88	3.33 (0.99)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-9.35 (0.04)	2.40 (0.16)	15.2	33.41 (1.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-8.13 (0.26)	1.90 (0.56)	6.43	10.87 (3.10)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	6.89 (0.10)	1.43 (0.22)	2.99	4.21 (0.55)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-13.18 (0.16)	2.00 (0.54)	3.1	4.77 (0.99)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH	2010 Dec 2
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-11.77 (0.03)	0.27 (0.10)	3.33	0.88 (0.33)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH
	20 27 25.4	+37 22 48	76.3806	-0.6176	G76.381-0.618	S106 FIR	-9.32 (0.13)	2.71 (0.38)	4.77	8.88 (0.88)	KVN		130	+H₂O -CH₃OH I -CH₃OH II +OH
12	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-56.92 (0.05)	1.70 (0.13)	5.99	11.21 (0.77)	KVN	0.450	130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO	2010 Feb 22
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-53.92 (0.01)	1.20 (0.01)	70.48	90.68 (0.55)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-50.85 (0.02)	1.32 (0.06)	12.65	18.64 (0.77)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-49.83 (0.02)	1.38 (0.05)	16.42	24.19 (0.55)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-46.76 (0.01)	0.78 (0.01)	66.6	56.16 (0.33)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-54.90 (0.01)	1.23 (0.01)	89.02	120.99 (0.77)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO	2010 Oct 20
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-51.32 (0.01)	1.65 (0.02)	62.04	103.23 (0.88)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-46.09 (0.01)	0.65 (0.07)	9.43	6.66 (0.55)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-54.81 (0.01)	1.09 (0.01)	101.12	115.66 (0.55)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO	2010 Dec 2
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-52.03 (0.02)	1.07 (0.03)	39.18	44.51 (0.99)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-50.58 (0.02)	1.32 (0.05)	33.85	44.62 (1.22)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
	21 39 58.2	+50 14 21	94.6024	-1.7960	G94.602-1.796	V645 Cyg	-46.03 (0.07)	0.93 (0.19)	4.77	4.32 (0.55)	KVN		130	+H₂O -CH₃OH I +CH₃OH II -OH -SiO
13	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-20.79 (0.05)	1.37 (0.13)	4.1	5.10 (0.44)	KVN	0.470	130	+H₂O +CH₃OH I +CH₃OH II	2010 May 7
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-16.04 (0.02)	0.54 (0.05)	5.21	3.33 (0.33)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-11.23 (0.01)	0.96 (0.03)	14.65	13.87 (0.44)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-9.96 (0.03)	1.88 (0.07)	11.43	23.19 (0.77)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-1.51 (0.01)	0.61 (0.04)	8.43	5.66 (0.33)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	2.11 (0.01)	0.71 (0.02)	21.86	15.65 (0.33)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-20.26 (0.02)	1.25 (0.06)	12.09	15.98 (0.55)	KVN		130	+H₂O +CH₃OH I +CH₃OH II	2010 Oct 20
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-9.99 (0.01)	1.32 (0.04)	27.08	33.85 (0.55)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-0.17 (0.04)	0.57 (0.14)	5.21	2.66 (0.44)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	3.01 (0.08)	0.87 (0.16)	2.88	2.55 (0.44)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-19.71 (0.03)	0.99 (0.09)	10.1	9.10 (0.55)	KVN		130	+H₂O +CH₃OH I +CH₃OH II	2010 Dec 2
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-10.32 (0.06)	1.25 (0.17)	7.65	8.32 (0.88)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
	21 40 42.4	+58 16 10	99.9826	4.1696	G99.982+4.170	IRAS 21391+5802	-8.66 (0.07)	1.19 (0.16)	6.54	7.54 (0.88)	KVN		130	+H₂O +CH₃OH I +CH₃OH II
14	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-11.40 (0.01)	1.54 (0.01)	188.47	295.26 (0.88)	KVN	0.390	130	+H₂O +CH₃OH I -CH₃OH II	2010 May 8
	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-7.65 (0.01)	1.13 (0.01)	87.13	101.12 (0.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-5.48 (0.01)	1.41 (0.03)	24.42	37.85 (0.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-11.52 (0.01)	0.97 (0.01)	288.93	286.71 (2.22)	KVN		130	+H₂O +CH₃OH I -CH₃OH II	2010 Oct 20
	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-7.97 (0.01)	0.81 (0.01)	1814.96	1618.49 (1.99)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-5.06 (0.01)	1.22 (0.03)	103.11	130.64 (2.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-11.61 (0.01)	1.12 (0.03)	110	126.31 (2.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II	2010 Dec 2
	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-7.96 (0.01)	0.95 (0.01)	900.98	908.09 (2.55)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
	21 43 1.6	+66 03 26	105.3700	9.8400	G105.370+9.840	NGC 7129 FIRS2	-5.22 (0.04)	0.96 (0.10)	37.07	34.63 (2.77)	KVN		130	+H₂O +CH₃OH I -CH₃OH II
15	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-21.84 (0.18)	1.80 (0.52)	3.44	5.99 (1.22)	KVN	0.770	130	+H₂O -CH₃OH I -CH₃OH II	2010 May 8
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-18.38 (0.06)	1.82 (0.18)	10.65	18.31 (1.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-16.60 (0.04)	1.44 (0.12)	12.54	18.42 (1.22)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-15.30 (0.14)	2.98 (0.49)	9.32	25.75 (3.33)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-12.47 (0.01)	1.07 (0.02)	55.27	59.94 (0.88)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-9.55 (0.01)	0.61 (0.01)	50.83	33.41 (0.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-6.21 (0.05)	1.52 (0.13)	9.43	13.87 (0.88)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-15.50 (0.03)	1.42 (0.08)	16.42	22.42 (0.99)	KVN		130	+H₂O -CH₃OH I -CH₃OH II	2010 Oct 20
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-13.34 (0.02)	1.54 (0.07)	24.42	40.95 (1.44)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-11.42 (0.02)	1.26 (0.06)	24.3	28.52 (1.11)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-9.67 (0.01)	0.78 (0.01)	96.34	78.14 (0.11)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-7.96 (0.01)	0.88 (0.01)	118.21	104.67 (0.77)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-5.15 (0.02)	1.12 (0.17)	6.99	7.54 (0.88)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-16.64 (0.04)	0.99 (0.09)	14.31	11.10 (0.99)	KVN		130	+H₂O -CH₃OH I -CH₃OH II	2010 Dec 2
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-14.01 (0.04)	2.62 (0.11)	24.75	66.60 (2.10)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-11.52 (0.01)	1.24 (0.03)	46.95	57.27 (1.55)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-9.63 (0.01)	0.64 (0.01)	58.6	38.73 (0.55)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-7.95 (0.01)	1.07 (0.02)	60.82	67.48 (0.88)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-5.24 (0.08)	0.55 (0.22)	4.1	2.10 (0.55)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
	21 43 6.7	+66 06 55	105.4156	9.8779	G105.416+9.878	V373 Cep	-1.34 (0.08)	0.81 (0.19)	5.21	3.44 (0.77)	KVN		130	+H₂O -CH₃OH I -CH₃OH II
16	23 05 50.3	+62 30 12	111.0777	2.0873	G111.075+2.086	IRAS 23037+6213	-10.50 (0.02)	0.63 (0.04)	8.65	6.10 (0.33)	KVN	0.490	130	+H₂O -CH₃OH I -CH₃OH II	2010 May 8

Non-detection table from Bae et al. (2011)

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ID	Obs. RA	Obs. Dec	l	b	Group id	Source name	Telescope	RMS	Beam	Detection	Date
	(J2000)	(J2000)	(deg.)	(deg.)				(Jy)	(arcsec)	Yes/No
1	00 07 2.6	+65 38 38	118.3716	3.1660	G118.373+3.166	MacC H12	KVN	0.460	130	-H₂O -CH₃OH I -OH	2010 Feb 24
2	00 07 30.7	+65 39 52	118.4227	3.1780	G118.423+3.178	HBC 324	KVN	0.360	130	-H₂O -CH₃OH I	2010 Mar 18
3	00 11 26	+58 49 29	117.7635	-3.6450	G117.765-3.639	LkHa 198	KVN	0.460	130	+H₂O -CH₃OH I -CH₃OH II -OH	2010 Feb 24
4	00 11 26.1	+58 50 04	117.7653	-3.6354	G117.765-3.639	V376 Cas	KVN	0.490	130	+H₂O -CH₃OH I -CH₃OH II -OH	2010 Feb 24
5	00 31 30.7	+61 58 51	120.5938	-0.8004	G120.594-0.800	VX Cas	KVN	0.430	130	-H₂O -CH₃OH I -OH	2010 Feb 24
6	00 43 18.3	+61 54 40	121.9746	-0.9455	G121.975-0.946	V594 Cas	KVN	0.360	130	-H₂O -CH₃OH I	2010 Mar 18
7	02 16 30.1	+55 22 57	134.8786	-5.5038	G134.879-5.504	RNO 6	KVN	0.360	130	-H₂O -CH₃OH I	2010 Mar 18
8	03 28 56.3	+31 14 34	158.3409	-20.5910	G158.356-20.585	NGC1333 IRAS2	KVN	0.490	130	+H₂O +CH₃OH I -CH₃OH II	2010 May 8
9	03 29 3.8	+31 16 04	158.3475	-20.5550	G158.347-20.555	NGC1333 SVS 13A	KVN	0.540	130	+H₂O -CH₃OH I -CH₃OH II	2010 May 9
10	03 39 0.6	+29 41 46	161.1831	-20.4627	G161.183-20.463	IRAS 03359+2932	KVN	0.450	130	-H₂O -CH₃OH I	2010 Feb 24
11	03 40 47	+32 31 54	159.5956	-18.0258	G159.596-18.026	IP Per	KVN	0.450	130	-H₂O -CH₃OH I	2010 Feb 24
12	03 49 36.3	+38 58 55	156.7965	-11.9023	G156.797-11.902	XY Per e+w	KVN	0.480	130	-H₂O -CH₃OH I	2010 Mar 18
13	04 18 40.6	+28 19 16	168.8354	-15.5494	G168.836-15.549	V892 Tau	KVN	0.360	130	-H₂O -CH₃OH I -OH	2010 Mar 17
14	04 30 50.3	+23 00 09	174.8657	-17.0650	G174.866-17.065	IRAS 04278+2253	KVN	0.470	130	-H₂O -CH₃OH I	2010 Feb 24
15	04 40 32.6	+24 26 31	175.1987	-14.4377	G175.199-14.438	BD+24676	KVN	0.710	130	-H₂O -CH₃OH I	2010 Apr 19
16	04 55 45.8	+30 33 04	172.4990	-7.9810	G172.498-7.982	AB Aur	KVN	0.380	130	-H₂O -CH₃OH I -CH₃OH II -SiO	2010 Mar 19
17	04 58 46.3	+29 50 37	173.4658	-7.9022	G173.462-7.909	MWC 480	KVN	0.450	130	-H₂O -CH₃OH I -SiO	2010 Feb 24
18	05 04 30	-03 47 14	203.6342	-25.4429	G203.634-25.443	UX Ori	KVN	0.430	130	-H₂O -CH₃OH I -OH	2010 Mar 18
19	05 06 55.5	-03 21 13	203.5305	-24.7044	G203.531-24.704	IRAS 05044-0325	KVN	0.390	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 18
20	05 11 36.5	-02 22 48	203.2050	-23.2122	G203.205-23.212	V1012 Ori	KVN	0.340	130	-H₂O -CH₃OH I -OH	2010 Mar 18
21	05 16 0.5	-09 48 35	211.0190	-25.6195	G211.019-25.619	V1366 Ori	KVN	0.420	130	-H₂O -CH₃OH I	2010 Mar 21
22	05 24 1.2	+24 57 38	180.7528	-6.1961	G180.753-6.196	IRAS 05209+2454	KVN	0.490	130	-H₂O -CH₃OH I -OH -SiO	2010 Feb 24
23	05 24 08	+02 27 47	200.3137	-18.1188	G200.314-18.119	IRAS 05215+0225	KVN	0.480	130	-H₂O -CH₃OH I -OH	2010 Mar 17
24	05 24 42.8	+01 43 48	201.0605	-18.3537	G201.061-18.354	V346 Ori	KVN	0.390	130	-H₂O -CH₃OH I	2010 Mar 21
25	05 27 5.5	+00 25 08	202.5726	-18.4729	G202.572-18.474	IRAS 05245+0022	KVN	0.470	130	-H₂O -CH₃OH I -OH	2010 Mar 17
26	05 27 42.8	-08 19 38	210.9310	-22.3728	G210.931-22.373	HD 35929	KVN	0.370	130	-H₂O -CH₃OH I	2010 Mar 18
27	05 29 48	-00 23 43	203.6678	-18.2704	G203.668-18.270	IRAS F05272-0025	KVN	0.360	130	-H₂O -CH₃OH I	2010 Mar 18
28	05 30 19	+11 20 20	193.1962	-12.2870	G193.196-12.287	IRAS 05275+1118	KVN	0.340	130	-H₂O -CH₃OH I	2010 Mar 18
29	05 30 27.5	+25 19 57	181.2478	-4.7754	G181.247-4.776	MWC 758	KVN	0.640	130	-H₂O -CH₃OH I	2010 Feb 24
30	05 31 28.1	+12 09 10	192.6355	-11.6230	G192.635-11.623	HK Ori	KVN	0.390	130	-H₂O -CH₃OH I -SiO	2010 Mar 17
31	05 31 57.2	+11 17 41	193.4477	-11.9669	G193.448-11.967	V1410 Ori	KVN	0.370	130	-H₂O -CH₃OH I	2010 Mar 19
32	05 32 0.3	-04 55 54	208.1851	-19.9015	G208.185-19.902	IRAS 05295-0458	KVN	0.320	130	-H₂O -CH₃OH I	2010 Mar 24
33	05 32 14.1	+17 03 29	188.4942	-8.8856	G188.494-8.886	IRAS 05293+1701	KVN	0.640	130	-H₂O -CH₃OH I	2010 Feb 24
34	05 32 41.7	-05 35 48	208.8985	-20.0502	G208.899-20.050	IRAS 05302-0537	KVN	0.720	130	+H₂O -CH₃OH I -CH₃OH II	2010 Jan 14
35	05 35 9.6	+10 01 52	194.9695	-11.9409	G194.970-11.941	HD 245185	KVN	0.670	130	-H₂O -CH₃OH I	2010 Mar 19
36	05 35 23.5	-05 01 32	208.6809	-19.1930	G208.671-19.199	OMC3 MMS6	KVN	0.620	130	-H₂O -CH₃OH I -CH₃OH II	2010 May 8
37	05 35 26	-05 05 42	208.7514	-19.2153	G208.751-19.215	OMC3 MMS9	KVN	0.660	130	+H₂O +CH₃OH I -CH₃OH II	2010 May 8
38	05 35 26.6	-05 03 56	208.7248	-19.1997	G208.725-19.200	OMC3 MMS7	KVN	0.720	130	-H₂O -CH₃OH I -CH₃OH II	2010 May 8
39	05 35 27	-05 10 06	208.8226	-19.2448	G208.817-19.239	OMC2 FIR4	KVN	0.660	130	+H₂O +CH₃OH I +CH₃OH II	2010 May 6
40	05 35 50.4	-05 28 35	209.1601	-19.2977	G209.160-19.298	Tori	KVN	0.490	130	-H₂O -CH₃OH I	2010 Mar 17
41	05 35 57	-06 43 41	210.3603	-19.8348	G210.360-19.835	IRAS 05335-0645	KVN	0.550	130	-H₂O -CH₃OH I	2010 May 7
42	05 35 58.5	+24 44 54	182.4184	-4.0403	G182.417-4.042	CQ Tau	KVN	0.420	130	-H₂O -CH₃OH I -OH	2010 Mar 17
43	05 36 25.1	-06 44 42	210.4315	-19.7383	G210.435-19.765	HH147 MMS	KVN	0.580	130	+H₂O -CH₃OH I -CH₃OH II	2010 May 8
44	05 36 25.4	-06 42 58	210.4046	-19.7243	G210.400-19.720	V380 Ori	KVN	0.360	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 21
45	05 36 25.5	-06 25 02	210.1208	-19.5906	G210.113-19.592	IRAS 05339-0626	KVN	0.560	130	-H₂O -CH₃OH I -CH₃OH II	2010 May 8
46	05 36 40.6	-06 38 03	210.3565	-19.6315	G210.356-19.631	IRAS 05342-0639	KVN	0.560	130	-H₂O -CH₃OH I	2010 May 8
47	05 36 59.3	-06 09 16	209.9380	-19.3478	G209.938-19.348	V586 Ori	KVN	0.480	130	-CH₃OH I	2010 Mar 24
48	05 37 2.4	-01 37 21	205.7024	-17.2571	G205.702-17.257	IRAS 05345-0139	KVN	0.440	130	-H₂O -CH₃OH I	2010 Mar 23
49	00 00 00	-06 35 01	89.8643	-66.0958	G89.864-66.096	BFOri	KVN	0.540	130	-H₂O -CH₃OH I	2010 Mar 24
50	05 37 47.1	+06 42 30	198.2433	-13.0575	G198.243-13.057	KMS 27	KVN	0.540	130	-H₂O -CH₃OH I	2010 Mar 24
51	05 38 5.2	-01 15 22	205.4925	-16.8541	G205.492-16.854	IRAS 05355-0117	KVN	0.620	130	-H₂O -CH₃OH I	2010 Mar 24
52	05 38 9.2	-06 49 16	210.7073	-19.3865	G210.707-19.386	V1787 Ori	KVN	0.430	130	-H₂O -CH₃OH I	2010 Mar 24
53	05 38 14.5	-05 25 13	209.3927	-18.7391	G209.393-18.739	V1788 Ori	KVN	0.440	130	-H₂O -CH₃OH I	2010 Mar 23
54	05 38 18.2	-07 02 26	210.9333	-19.4506	G210.935-19.448	Haro 13a	KVN	0.480	130	+H₂O -CH₃OH I -CH₃OH II +OH	2010 Mar 24
55	05 38 58.6	-07 16 46	211.2388	-19.4067	G211.239-19.406	V599 Ori	KVN	0.380	130	-H₂O -CH₃OH I	2010 Mar 16
56	05 39 11.1	+04 07 17	200.7341	-14.0324	G200.734-14.032	Ori	KVN	0.370	130	-H₂O -CH₃OH I	2010 Mar 16
57	05 39 30.5	+26 22 27	181.4669	-2.4989	G181.467-2.499	RR Tau	KVN	0.340	130	-H₂O -CH₃OH I	2010 Mar 16
58	05 40 11.8	-09 42 11	213.6966	-20.1925	G213.697-20.193	V350 Ori	KVN	0.390	130	-H₂O -CH₃OH I	2010 Mar 16
59	05 40 27.7	-07 27 28	211.5807	-19.1552	G211.581-19.155	Reipurth50 NIRS1	KVN	0.590	130	-H₂O -CH₃OH I -CH₃OH II	2010 May 9
60	05 41 2.3	-02 43 01	207.2022	-16.8829	G207.202-16.883	MWC 120	KVN	0.480	130	-H₂O -CH₃OH I	2010 Mar 24
61	05 41 24.9	-02 18 09	206.8642	-16.6074	G206.864-16.608	NGC 2023 MM 1	KVN	0.640	130	-H₂O -CH₃OH I	2010 May 9
62	05 43 11.9	-04 59 50	209.5824	-17.4470	G209.584-17.444	IRAS 05407-0501	KVN	0.390	130	-H₂O -CH₃OH I -SiO	2010 Mar 21
63	05 44 18.8	+00 08 40	204.9708	-14.8212	G204.971-14.821	IRAS 05417+0007	KVN	0.470	130	-H₂O -CH₃OH I	2010 Mar 23
64	05 47 42.3	+00 38 40	204.9293	-13.8377	G204.929-13.838	IRAS 05451+0037	KVN	0.420	130	-H₂O -CH₃OH I -OH	2010 Jan 18
65	05 50 13.5	+23 52 17	184.8696	-1.7345	G184.870-1.734	IRAS 05471+2351	KVN	0.520	130	-H₂O -CH₃OH I	2010 Mar 19
66	05 53 42.6	-10 24 01	215.8699	-17.4867	G215.870-17.487	IRAS 05513-1024	KVN	0.380	130	-H₂O -CH₃OH I -SiO	2010 Mar 16
67	05 57 49.5	+14 05 34	194.2390	-5.1098	G194.239-5.110	IRAS 05555-1405	KVN	0.440	130	-H₂O -CH₃OH I	2010 Mar 21
68	05 58 55.6	+16 39 58	192.1287	-3.6047	G192.129-3.605	IRAS 05560+1639	KVN	0.440	130	-H₂O -CH₃OH I	2010 Mar 21
69	06 02 00	+16 30 57	192.6238	-3.0387	G192.623-3.040	HD 250550	KVN	0.370	130	+H₂O -CH₃OH I -OH	2010 Mar 16
70	06 02 14.9	-10 01 00	216.4505	-15.4250	G216.450-15.426	IRAS 05598-1000	KVN	0.370	130	-H₂O -CH₃OH I -OH -SiO	2010 Mar 18
71	06 03 37.1	-14 53 03	221.1958	-17.1752	G221.196-17.175	IRAS 06013-1452	KVN	0.430	130	-H₂O -CH₃OH I -OH	2010 Mar 16
72	06 06 58.5	-05 55 08	213.1864	-12.5733	G213.186-12.573	IRAS 06045-0554	KVN	0.540	130	-H₂O -CH₃OH I	2010 Mar 24
73	06 07 16.1	+29 58 01	181.4730	4.5937	G181.473+4.594	IRAS 06040+2958	KVN	0.540	130	-H₂O -CH₃OH I	2010 Mar 19
74	06 07 49.5	+18 38 26	191.4488	-0.7887	G191.449-0.789	LkHa 208	KVN	0.540	130	-H₂O -CH₃OH I	2010 Mar 19
75	06 10 17.5	+29 25 16	182.2695	4.9082	G182.270+4.908	IRAS 06071+2925	KVN	0.540	130	-H₂O -CH₃OH I	2010 Mar 19
76	06 10 57.8	-06 14 37	213.9363	-11.8308	G213.936-11.831	LkHa 339	KVN	0.430	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 23
77	06 13 36.2	-06 25 02	214.3933	-11.3209	G214.393-11.321	IRAS 06111-0624	KVN	0.580	130	-H₂O -CH₃OH I	2010 Mar 24
78	06 18 45.5	+15 16 52	195.6502	-0.1047	G195.650-0.105	MWC 137	KVN	0.540	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 19
79	06 23 56.2	+14 30 28	196.9214	0.6352	G196.921+0.635	IRAS 06210+1432	KVN	0.560	130	-H₂O -CH₃OH I	2010 Mar 19
80	06 26 53.8	-10 15 34	219.3790	-10.0677	G219.379-10.068	IRAS 06245-1013	KVN	0.440	130	-H₂O -CH₃OH I -OH -SiO	2010 Mar 23
81	06 30 49	+12 57 54	199.0646	1.3965	G199.065+1.396	Mon OB1 IRAS12 S1	KVN	0.650	130	-H₂O -CH₃OH I	2010 May 9
82	06 31 6.9	+10 26 05	201.3419	0.2906	G201.342+0.291	VY Mon	KVN	0.420	130	-H₂O -CH₃OH I -CH₃OH II -SiO	2010 Mar 23
83	06 32 41.8	+10 09 34	201.7659	0.5084	G201.766+0.508	LkHa 215	KVN	0.510	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 21
84	06 33 5.2	+10 29 20	201.5179	0.7455	G201.518+0.746	MWC 147	KVN	0.440	130	-H₂O -CH₃OH I	2010 Mar 23
85	06 39 9.9	+08 44 11	203.7632	1.2706	G203.763+1.271	R Mon	KVN	0.380	130	-H₂O -CH₃OH I -CH₃OH II -OH	2010 Mar 24
86	06 40 44.6	+09 48 02	202.9947	2.1037	G202.995+2.104	V590 Mon	KVN	0.420	130	-H₂O -CH₃OH I -OH	2010 Mar 23
87	06 41 3.3	+10 15 01	202.6293	2.3772	G202.629+2.377	IRAS 06382+1017	KVN	0.510	130	+H₂O -CH₃OH I -CH₃OH II	2010 May 8
88	06 48 41.8	-16 48 06	227.6829	-8.1634	G227.683-8.163	IRAS 06464-1644	KVN	0.420	130	-H₂O -CH₃OH I -OH	2010 May 16
89	06 49 58.8	-07 38 52	219.5830	-3.8012	G219.583-3.801	IRAS 06475-0735	KVN	0.640	130	-H₂O -CH₃OH I	2010 May 24
90	06 51 45.8	+05 05 04	208.4412	2.3882	G208.441+2.388	IRAS 06491+0508	KVN	0.380	130	-H₂O -CH₃OH I	2010 Mar 21
91	06 54 26.8	-25 02 12	235.7982	-10.5088	G235.798-10.509	IRAS 06523-2458	KVN	0.440	130	-H₂O -CH₃OH I -OH	2010 Mar 16
92	06 55 39.3	-03 09 45	216.2270	-0.5045	G216.227-0.505	IRAS 06531 -0305	KVN	0.660	130	-H₂O -CH₃OH I	2010 Mar 24
93	06 58 44.2	-03 41 09	217.0437	-0.0592	G217.045-0.059	IRAS 06562-0337	KVN	0.420	130	-H₂O -CH₃OH I -OH	2010 Mar 23
94	07 01 49.5	-11 18 03	224.1710	-2.8553	G224.171-2.855	GUCMa	KVN	0.420	130	-H₂O -CH₃OH I	2010 Mar 21
95	07 02 42.5	-11 26 12	224.3908	-2.7245	G224.391-2.725	LkHa 218	KVN	0.580	130	-H₂O -CH₃OH I	2010 Mar 24
96	07 03 43.2	-11 33 06	224.6065	-2.5565	G224.606-2.557	Z CMa	KVN	0.450	130	-H₂O -CH₃OH I -CH₃OH II -OH	2010 Mar 21
97	07 04 6.7	-11 26 09	224.5473	-2.4182	G224.547-2.418	LkHa 220	KVN	0.380	130	-H₂O -CH₃OH I	2010 Mar 18
98	07 04 25.5	-10 27 16	223.7092	-1.9009	G223.709-1.901	MWC 166	KVN	0.380	130	-H₂O -CH₃OH I	2010 Mar 18
99	07 08 38.8	-04 19 08	218.7393	1.8473	G218.739+1.847	IRAS 07061 -0414	KVN	0.390	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 16
100	07 19 35.9	-17 39 18	231.7985	-1.9685	G231.799-1.968	IRAS 07173-1733	KVN	0.440	130	-H₂O -CH₃OH I -OH	2010 Mar 21
101	07 24 16.9	-26 16 01	239.9338	-5.0380	G239.934-5.038	IRAS 07222-2610	KVN	0.470	130	-H₂O -CH₃OH I	2010 Mar 23
102	07 24 37	-24 34 48	238.4738	-4.1814	G238.474-4.181	IRAS 07225-2428	KVN	0.610	130	+H₂O -CH₃OH I	2010 Mar 24
103	07 25 4.9	-25 45 48	239.5715	-4.6435	G239.572-4.643	IRAS 07230-2539	KVN	0.480	130	-H₂O -CH₃OH I	2010 Mar 23
104	07 31 48.9	-19 27 33	234.7614	-0.2766	G234.761-0.277	IRAS 07296-1921	KVN	0.450	130	-H₂O -CH₃OH I	2010 Mar 23
105	07 32 27.2	-21 55 27	236.9932	-1.3343	G236.993-1.334	IRAS 07303-2148	KVN	0.480	130	-H₂O -CH₃OH I	2010 Mar 21
106	07 41 41.2	-20 00 14	236.3712	1.4846	G236.371+1.485	IRAS 07394-1953	KVN	0.430	130	-H₂O -CH₃OH I	2010 Mar 16
107	15 49 15.3	-26 00 55	345.5979	21.7720	G345.597+21.773	IRAS 15462-2551	KVN	0.490	130	-H₂O -CH₃OH I -OH	2010 Mar 17
108	15 49 57.7	-03 55 16	4.1771	36.9196	G4.177+36.920	IRAS 15473-0346	KVN	0.650	130	-H₂O -CH₃OH I	2010 Feb 22
109	15 56 40	-22 01 40	349.8975	23.5093	G349.898+23.509	IRAS 15537-2153	KVN	0.470	130	-H₂O -CH₃OH I -OH	2010 Mar 17
110	16 06 58	-27 43 10	347.3992	17.8183	G347.399+17.818	IRSA 16038-2735	KVN	0.510	130	-H₂O -CH₃OH I -OH	2010 Mar 17
111	16 13 11.6	-22 29 07	352.4171	20.4478	G352.417+20.448	IRAS 16102-2221	KVN	0.440	130	-H₂O -CH₃OH I	2010 Mar 19
112	16 18 37.2	-24 05 18	352.0646	18.4448	G352.065+18.445	IRAS 16156-2358	KVN	0.450	130	-H₂O -CH₃OH I	2010 Mar 19
113	16 27 9.4	-24 37 19	353.0105	16.6416	G353.011+16.642	Elias 29	KVN	0.420	130	-H₂O -CH₃OH I -CH₃OH II	2010 Jan 12
114	16 40 17.9	-23 53 45	355.5987	14.8270	G355.599+14.826	IRAS 16372-2347	KVN	0.470	130	-H₂O -CH₃OH I -OH -SiO	2010 Mar 19
115	17 10 8.1	-27 15 18	357.0645	7.4476	G357.064+7.448	KK Oph	KVN	0.390	130	-H₂O -CH₃OH I +SiO	2010 Mar 17
116	17 20 56.1	-26 03 31	359.4457	6.1581	G359.446+6.158	IRAS 17178-2600	KVN	0.390	130	-H₂O -CH₃OH I -OH	2010 Mar 17
117	17 45 14.2	-17 56 47	9.3643	5.7785	G9.364+5.779	IRAS 17423-1755	KVN	0.430	130	-H₂O -CH₃OH I +OH	2010 Mar 17
118	17 50 57.8	-14 16 11	13.2517	6.4635	G13.252+6.463	IRAS 17481-1415	KVN	0.420	130	-H₂O -CH₃OH I	2010 Feb 22
119	17 56 21.3	-21 57 22	7.2370	1.4895	G7.236+1.491	MWC 275	KVN	0.360	130	-H₂O -CH₃OH I -SiO	2010 Mar 18
120	18 00 29.3	-16 47 23	12.2064	3.2187	G12.206+3.219	IRAS 17575-1647	KVN	0.540	130	-H₂O -CH₃OH I	2010 Mar 19
121	18 24 29.8	-29 46 49	3.3924	-7.8095	G3.392-7.810	IRAS 18213-2948	KVN	0.320	130	-H₂O -CH₃OH I -OH	2010 Mar 18
122	18 27 39.5	-03 49 52	26.8017	3.5262	G26.802+3.526	MWC 297	KVN	0.510	130	+H₂O -CH₃OH I -CH₃OH II -SiO	2010 Feb 22
123	18 28 47.9	+00 08 40	30.4734	5.1016	G30.473+5.102	VV Ser	KVN	0.450	130	+H₂O -CH₃OH I	2010 Feb 22
124	18 29 25.7	-06 04 37	25.0121	2.0967	G25.011+2.097	MWC 300	KVN	0.330	130	-H₂O -CH₃OH I -OH -SiO	2010 Mar 18
125	18 30 6.2	+00 42 34	31.1276	5.0698	G31.128+5.070	IRAS 18275+0040	KVN	0.320	130	-H₂O -CH₃OH I -OH	2010 Mar 18
126	18 33 21.2	-04 58 02	26.4482	1.7426	G26.448+1.743	AS 310	KVN	0.430	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 17
127	18 41 34.8	+08 08 22	39.0836	5.8799	G39.084+5.880	IRAS 18391+0805	KVN	0.490	130	-H₂O -CH₃OH I -OH	2010 Mar 19
128	18 48 0.4	+02 54 13	35.1264	2.0863	G35.126+2.087	IRAS 18454+0250	KVN	0.530	130	-H₂O -CH₃OH I -OH	2010 Mar 19
129	18 50 47.2	+08 42 10	40.6168	4.0998	G40.617+4.100	IRAS 18483+0838	KVN	0.510	130	-H₂O -CH₃OH I	2010 Mar 19
130	18 55 23	+04 04 34	37.0092	0.9815	G37.009+0.982	IRAS 18528+0400	KVN	0.390	130	-H₂O -CH₃OH I	2010 Mar 17
131	19 11 11.3	+15 47 16	49.2080	2.8860	G49.207+2.886	MWC 614	KVN	0.430	130	-H₂O -CH₃OH I -OH -SiO	2010 Feb 24
132	19 25 58.8	+21 12 31	55.6445	2.3142	G55.645+2.314	WW Vul	KVN	0.440	130	-H₂O -CH₃OH I	2010 Feb 24
133	19 29 0.7	+09 38 39	45.8153	-3.8310	G45.815-3.831	Par 21	KVN	0.330	130	-H₂O -CH₃OH I	2010 Mar 19
134	19 36 18.9	+29 32 50	64.0964	4.2566	G64.096+4.257	IRAS 19343+2926	KVN	0.310	130	-H₂O -CH₃OH I -CH₃OH II +OH	2010 Mar 18
135	20 03 2.5	+05 44 17	46.4962	-13.0968	G46.496-13.097	V1295 Aql	KVN	0.380	130	-H₂O -CH₃OH I -SiO	2010 Mar 17
136	20 20 28.2	+41 21 52	78.8720	2.7701	G78.870+2.760	V1685 Cyg	KVN	0.340	130	+H₂O +CH₃OH I -CH₃OH II -SiO	2010 Apr 18
137	20 20 29.3	+41 21 29	78.8686	2.7636	G78.870+2.760	V1686 Cyg	KVN	0.380	130	+H₂O +CH₃OH I -CH₃OH II -SiO	2010 Apr 18
138	20 24 15.7	+42 18 01	80.0448	2.7229	G80.045+2.723	BD+41:3731	KVN	0.530	130	-H₂O -CH₃OH I	2010 Apr 17
139	20 24 29.5	+42 14 02	80.0148	2.6499	G80.015+2.650	Par 22	KVN	0.510	130	-H₂O -CH₃OH I	2010 Mar 19
140	20 45 54	+67 57 39	102.9698	15.2316	G102.970+15.231	PV Cep	KVN	0.430	130	+H₂O -CH₃OH I -CH₃OH II -OH	2010 Feb 22
141	20 47 23.3	+43 44 40	83.7391	0.2119	G83.739+0.212	V517 Cyg	KVN	0.510	130	-H₂O -CH₃OH I	2010 Apr 17
142	20 47 37.5	+43 47 25	83.8016	0.2074	G83.802+0.207	AS 442	KVN	0.440	130	-H₂O -CH₃OH I	2010 Feb 24
143	20 48 4.8	+43 47 26	83.8534	0.1437	G83.853+0.144	LkHa 134	KVN	0.380	130	-H₂O -CH₃OH I	2010 Mar 19
144	20 51 2.7	+43 49 32	84.2190	-0.2484	G84.219-0.248	LkHa 147	KVN	0.470	130	-H₂O -CH₃OH I	2010 Mar 19
145	20 52 4.6	+44 37 31	84.9530	0.1190	G84.953+0.119	V1493 Cyg	KVN	0.580	130	-H₂O -CH₃OH I	2010 Mar 19
146	20 58 53.7	+44 15 29	85.4599	-1.0468	G85.460-1.047	V1057 Cyg	KVN	0.560	130	-H₂O -CH₃OH I -CH₃OH II -SiO	2010 Apr 9
147	21 01 36.9	+68 09 48	104.0616	14.1926	G104.063+14.195	MWC 361	KVN	0.430	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 17
148	21 03 54.2	+50 15 10	90.5228	2.2748	G90.523+2.262	LkHa 324	KVN	0.390	130	-H₂O -CH₃OH I -CH₃OH II	2010 Feb 22
149	21 16 03	+68 54 52	105.5360	13.6838	G105.536+13.684	HD 203024	KVN	0.380	130	-H₂O -CH₃OH I -OH -SiO	2010 Mar 17
150	21 42 50.2	+66 06 35	105.3906	9.8921	G105.391+9.892	V361 Cep	KVN	0.720	130	-H₂O -CH₃OH I	2010 May 8
151	21 52 34.1	+47 13 44	94.2491	-5.4357	G94.250-5.436	AS 477	KVN	0.610	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 19
152	21 54 18.8	+47 12 10	94.4647	-5.6417	G94.465-5.642	LkHa 257	KVN	0.590	130	-H₂O -CH₃OH I	2010 Mar 19
153	22 01 42.9	+69 44 37	109.1380	11.5575	G109.138+11.558	BH Cep	KVN	0.270	130	-H₂O -CH₃OH I -OH	2010 Mar 17
154	22 19 18.1	+63 18 49	106.7969	5.3126	G106.797+5.312	IRAS 22176+6303	KVN	0.590	130	+H₂O +CH₃OH I +CH₃OH II +OH	2010 May 8
155	22 21 33.2	+73 40 27	112.7883	13.8301	G112.788+13.830	SV Cep	KVN	0.360	130	-H₂O -CH₃OH I -SiO	2010 Mar 21
156	22 28 29.3	+62 59 44	107.5044	4.4882	G107.504+4.488	IRAS 22267+6244	KVN	0.550	130	+H₂O +CH₃OH I -CH₃OH II	2010 May 8
157	22 28 52.2	+64 13 43	108.1859	5.5184	G108.186+5.518	IRAS 22272+6358	KVN	0.480	130	-H₂O -CH₃OH I +CH₃OH II	2010 May 8
158	22 34 41	+40 40 05	96.7292	-15.1440	G96.729-15.144	LkHa 233	KVN	0.580	130	-H₂O -CH₃OH I	2010 Mar 19
159	22 47 2.1	+62 10 11	108.9614	2.7209	G108.961+2.721	IRAS 22451+6154	KVN	0.490	130	-H₂O -CH₃OH I -CH₃OH II -SiO	2010 May 8
160	22 53 15.6	+62 08 45	109.6004	2.3727	G109.600+2.373	IL Cep	KVN	0.430	130	-H₂O -CH₃OH I	2010 Mar 17
161	23 03 13.9	+61 42 21	110.4787	1.4786	G110.478+1.481	IRAS 23011+6126	KVN	0.260	130	+H₂O +CH₃OH I -CH₃OH II	2010 Jan 14
162	23 05 7.5	+62 15 37	110.9052	1.8971	G110.905+1.897	BHJ71	KVN	0.360	130	-H₂O -CH₃OH I	2010 Mar 18
163	23 17 25.6	+60 50 44	111.7293	0.0351	G111.730+0.035	MWC 1080	KVN	0.360	130	-H₂O -CH₃OH I -CH₃OH II	2010 Mar 18
164	23 58 41.6	+66 26 13	117.6863	4.1039	G117.686+4.104	LkHa 259	KVN	0.430	130	+H₂O -CH₃OH I	2010 Mar 17

Display associated data

Group name
Different Line detections
IRAS source	IRAS coordinates (RA, Dec)	IRAS source distance (arcsec)	IRAS flux density (F12,F25,F60,F100)
2MASS source	2MASS coordinates (RA, Dec)	2MASS source distance (arcsec)	2MASS magnituted (J,H,K)
GCVS source	GCVS coordinates (RA, Dec)	GCVS source distance (arcsec)	GCVS parameters
WISE source	WISE coordinates (RA, Dec)	WISE source distance (arcsec)	WISE magnitudes (w1, w2, w3, w4)
Akari IRC source	Akari IRC coordinates (RA, Dec)	Akari IRC source distance (arcsec)	Akari IRC fluxes (S09, S18)
Akari FIS source	Akari FIS coordinates (RA, Dec)	Akari FIS source distance (arcsec)	Akari FIS fluxes (S65, S90, S140, S160)
Continuum source	Continuum coordinates (RA, Dec)	Continuum source distance (arcsec)	Continuum parameters
Bolocam GPS	BGPS coordinates (RA, Dec)	BGPS source distance (arcsec)	BGPS parameters
EGO source	EGO coordinates (RA, Dec)	EGO source distance (arcsec)	EGO parameters
Select all	Select all	Select all	Select all

View images

DSS (optical)	SDSS (optical+NIR)	2MASS (JHK)	WISE (4-22 um)	IRAC (3-8 um)	GLIMPSE 360 (3.6-4.5 um)
AKARI color (60-160 um)	PACS color (70-160 um)	SPIRE color (250-500 um)	ATLASGAL (870 um)	ATLASGAL+Planck (870 um)	Bolocam (1.1 mm)
NVSS (1.4 GHz)	Image size: arcsec (default is 120 arcsec)
	Image size: arcsec (default is 120 arcsec)

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

select MAX(h2o_data.ra_hms) as ra_hms,MAX(h2o_data.dec_dms) as dec_dms,MAX(h2o_data.source_name) as source_name,MAX(h2o_data.ra) as ra,MAX(h2o_data.dec) as dec,MAX(h2o_data.l) as l,MAX(h2o_data.b) as b,MAX(h2o_data.grp) as grp,MAX(h2o_data.vlow) as vlow,MAX(h2o_data.vup) as vup,MAX(h2o_data.vpeak) as vpeak,MAX(h2o_data.vpeak_e) as vpeak_e,MAX(h2o_data.vpeak2) as vpeak2,MAX(h2o_data.vpeak2_e) as vpeak2_e,MAX(h2o_data.dv) as dv,MAX(h2o_data.other_name) as other_name,MAX(h2o_data.peak) as peak,MAX(h2o_data.peak_e) as peak_e,MAX(h2o_data.peak2) as peak2,MAX(h2o_data.peak2_e) as peak2_e,MAX(h2o_data.int) as int,MAX(h2o_data.int_e) as int_e,MAX(h2o_data.rms) as rms,MAX(h2o_data.date) as date,MAX(h2o_data.date2) as date2,MAX(h2o_data.telescope_ref) as telescope_ref,MAX(h2o_data.units) as units,MAX(h2o_data.beam) as beam,MAX(h2o_data.ref) as ref,MAX(h2o_data.list_ref) as list_ref,MAX(h2o_data.ascii) as ascii,MAX(h2o_data.image) as image,MAX(h2o_data.id) as id,MAX(h2o_data.date_txt) as date_txt,MAX(h2o_data.other_name) as other_name,MAX(h2o_data.other_desc) as other_desc,BOOL_OR(thermal) as thermal,MAX(h2o_data.line) as line,MAX(h2o_data.vrange) as vrange,MAX(h2o_data.vpeak) as vpeak,MAX(h2o_data.peak) as peak,MAX(h2o_data.fwhm) as fwhm,MAX(h2o_data.int) as int,MAX(h2o_data.rms) as rms,MAX(h2o_data.units) as units,MAX(h2o_data.units_rms) as units_rms,MAX(h2o_data.date_txt) as date_txt,MAX(h2o_data.telescope_ref) as telescope_ref,MAX(h2o_data.beam) as beam,MAX(h2o_data.beam_maj) as beam_maj,MAX(h2o_data.beam_min) as beam_min,MAX(h2o_data.beam_pa) as beam_pa,MAX(h2o_data.ref) as ref,MAX(h2o_data.list_ref) as list_ref,MAX(h2o_data.ascii) as ascii,MAX(h2o_data.image) as image,MAX(h2o_data.descr) as descr,MAX(h2o_data.id) as id,BOOL_OR(mjy_flag) as mjy_flag,BOOL_OR(rms_mjy_flag) as rms_mjy_flag,MAX(h2o_data.dist) as dist,MAX(h2o_data.date_txt) as date_txt,MAX(line_det) as line_det FROM h2o_data  LEFT JOIN all_objects_withmet ON h2o_data.grp=all_objects_withmet.group_name  WHERE ref ilike 'BAE11' AND detected=true AND hide=false GROUP BY ref

select h2o_data.ra_hms,h2o_data.dec_dms,h2o_data.source_name,h2o_data.ra,h2o_data.dec,h2o_data.l,h2o_data.b,h2o_data.grp,h2o_data.vlow,h2o_data.vup,h2o_data.vpeak,h2o_data.vpeak_e,h2o_data.vpeak2,h2o_data.vpeak2_e,h2o_data.dv,h2o_data.other_name,h2o_data.peak,h2o_data.peak_e,h2o_data.peak2,h2o_data.peak2_e,h2o_data.int,h2o_data.int_e,h2o_data.rms,h2o_data.date,h2o_data.date2,h2o_data.telescope_ref,h2o_data.units,h2o_data.beam,h2o_data.ref,h2o_data.list_ref,h2o_data.ascii,h2o_data.image,h2o_data.id,h2o_data.date_txt,h2o_data.other_name,h2o_data.other_desc,h2o_data.thermal,h2o_data.line,h2o_data.vrange,h2o_data.vpeak,h2o_data.peak,h2o_data.fwhm,h2o_data.int,h2o_data.rms,h2o_data.units,h2o_data.units_rms,h2o_data.date_txt,h2o_data.telescope_ref,h2o_data.beam,h2o_data.beam_maj,h2o_data.beam_min,h2o_data.beam_pa,h2o_data.ref,h2o_data.list_ref,h2o_data.ascii,h2o_data.image,h2o_data.descr,h2o_data.id,h2o_data.mjy_flag,h2o_data.rms_mjy_flag,h2o_data.dist,h2o_data.date_txt,line_det FROM h2o_data   LEFT JOIN all_objects_withmet ON h2o_data.grp=all_objects_withmet.group_name  WHERE ref ilike 'BAE11' AND detected=true AND hide=false ORDER BY detected DESC,id

Display data from paper

BAE11 - A Multi-epoch, Simultaneous Water and Methanol Maser Survey toward Intermediate-mass Young Stellar Objects

View paper statistics

Detection table from Bae et al. (2011)

Non-detection table from Bae et al. (2011)