Display data from paper

Select data type:

QIA16 - Accurate OH Maser Positions from the SPLASH Pilot Region

Short title: Qiao et al. (2016)
Authors: Qiao, Hai-HuaWalsh, Andrew J.Green, James A.Breen, Shari L.Dawson, J. R.Ellingsen, Simon P.Gomez, Jose F.Jordan, Christopher H.Shen, Zhi-QiangLowe, VickiJones, Paul A.
Journal: The Astrophysical Journal Supplement Series, Volume 227, Issue 2, article id. 26, 22 pp. (2016).
Bibcode:
PDF:

Target type: OH
Observations category: blind
Facility type: interferometer
Transitions: OH_1612,OH_1665,OH_1667,OH_1720

Abstract
We report on high spatial resolution observations, using the Australia Telescope Compact Array (ATCA), of ground-state OH masers. These observations were carried out toward 196 pointing centers previously identified in the Southern Parkes Large-Area Survey in Hydroxyl (SPLASH) pilot region, between Galactic longitudes of 334� and 344� and Galactic latitudes of -2� and +2�. Supplementing our data with data from the MAGMO (Mapping the Galactic Magnetic field through OH masers) survey, we find maser emission toward 175 of the 196 target fields. We conclude that about half of the 21 nondetections were due to intrinsic variability. Due to the superior sensitivity of the followup ATCA observations, and the ability to resolve nearby sources into separate sites, we have identified 215 OH maser sites toward the 175 fields with detections. Among these 215 OH maser sites, 111 are new detections. After comparing the positions of these 215 maser sites to the literature, we identify 122 (57%) sites associated with evolved stars (one of which is a planetary nebula), 64 (30%) with star formation, two sites with supernova remnants, and 27 (13%) of unknown origin. The infrared colors of evolved star sites with symmetric maser profiles tend to be redder than those of evolved star sites with asymmetric maser profiles, which may indicate that symmetric sources are generally at an earlier evolutionary stage.

Abstract

We report on high spatial resolution observations, using the Australia Telescope Compact Array (ATCA), of ground-state OH masers. These observations were carried out toward 196 pointing centers previously identified in the Southern Parkes Large-Area Survey in Hydroxyl (SPLASH) pilot region, between Galactic longitudes of 334� and 344� and Galactic latitudes of -2� and +2�. Supplementing our data with data from the MAGMO (Mapping the Galactic Magnetic field through OH masers) survey, we find maser emission toward 175 of the 196 target fields. We conclude that about half of the 21 nondetections were due to intrinsic variability. Due to the superior sensitivity of the followup ATCA observations, and the ability to resolve nearby sources into separate sites, we have identified 215 OH maser sites toward the 175 fields with detections. Among these 215 OH maser sites, 111 are new detections. After comparing the positions of these 215 maser sites to the literature, we identify 122 (57%) sites associated with evolved stars (one of which is a planetary nebula), 64 (30%) with star formation, two sites with supernova remnants, and 27 (13%) of unknown origin. The infrared colors of evolved star sites with symmetric maser profiles tend to be redder than those of evolved star sites with asymmetric maser profiles, which may indicate that symmetric sources are generally at an earlier evolutionary stage.

Input tables: Table 1
Download as: Table (CSV)
View as list of objects

Detection table from Qiao et al. (2016)

Export table to csv

Hide / Show individual components

ID	Obs. RA	Obs. Dec	l	b	Group id	grpv	Source name	Other name	Line	Frequency	V_range	V_peak	F_peak	∫F dv	Telescope	V_step	RMS	Beam	Detection	Class	Dist. (parallax)
	(J2000)	(J2000)	(deg.)	(deg.)				Spot	OH	(MHz)	(km/s)	(km/s)	(Jy)	(Jy*km/s)		(km/s)	(Jy)	(arcsec)	Yes/No		(kpc)
1	16 21 1.1	-49 26 14.2	333.9420	0.3865	G333.942+0.387	G333.9420+0.3865	G333.942+0.387	A	1612 MHz;	1612	-74.4;-71.7	-72.9	0.42	0.53	ATCA	0.09	0.065	12	+OH	EVOLVED
2	16 22 34.4	-49 28 13	334.0973	0.1847	G334.097+0.185	G334.0973+0.1847	G334.097+0.185	A	1612 MHz;	1612	-26.7;-24	-25.8	0.78	0.87	ATCA	0.09	0.065	12	+OH	EVOLVED
3	16 22 34.4	-49 28 12.8	334.0973	0.1847	G334.097+0.185	G334.0973+0.1847	G334.097+0.185	B	1612 MHz;	1612	1;2.3	1.2	0.21	0.19	ATCA	0.09	0.065	12	+OH	EVOLVED
4	16 22 34.4	-49 28 12.6	334.0973	0.1848	G334.097+0.185	G334.0973+0.1847	G334.097+0.185	C	1612 MHz;	1612	2.8;5.1	3.9	0.41	0.58	ATCA	0.09	0.065	12	+OH	EVOLVED
5	16 21 51.5	-49 18 17.1	334.1323	0.3839	G334.132+0.384	G334.1323+0.3839	G334.132+0.384	A	1720 MHz;	1720	-45.7;-44.4	-45.4	0.36	0.31	ATCA	0.09	0.065	12	+OH	UNK
6	16 26 41.2	-49 54 27.3	334.2514	-0.5965	G334.251-0.597	G334.2514-0.5965	G334.251-0.596	A	1612 MHz;	1612	-60.2;-57	-59.5	1.07	1.51	ATCA	0.09	0.065	12	+OH	EVOLVED
7	16 26 41.2	-49 54 27.4	334.2514	-0.5966	G334.251-0.597	G334.2514-0.5965	G334.251-0.597	B	1612 MHz;	1612	-24.8;-20.2	-21	0.46	0.67	ATCA	0.09	0.065	12	+OH	EVOLVED
8	16 18 20.7	-48 30 43.5	334.2789	1.3535	G334.279+1.354	G334.2789+1.3535	G334.279+1.354	A	1612 MHz;	1612	-171.2;-167.6	-168.9	1.12	1.61	ATCA	0.09	0.065	12	+OH	EVOLVED
9	16 18 20.6	-48 30 43.3	334.2789	1.3536	G334.279+1.354	G334.2789+1.3535	G334.279+1.354	B	1612 MHz;	1612	-150.3;-147.1	-148.1	0.83	0.93	ATCA	0.09	0.065	12	+OH	EVOLVED
10	16 26 20.9	-49 46 30.1	334.3087	-0.4651	G334.309-0.465	G334.3087-0.4651	G334.309-0.465	A	1612 MHz;	1612	-62;-55.7	-61.4	0.3	0.82	ATCA	0.09	0.065	12	+OH	EVOLVED
11	16 26 20.9	-49 46 29.2	334.3089	-0.4650	G334.309-0.465	G334.3087-0.4651	G334.309-0.465	B	1612 MHz;	1612	-31.1;-29.3	-29.6	0.24	0.29	ATCA	0.09	0.065	12	+OH	EVOLVED
12	16 25 24.9	-49 31 9.1	334.3865	-0.1784	G334.387-0.178	G334.3865-0.1784	G334.387-0.178	A	1612 MHz;	1612	-127.7;-120	-126.3	1.29	3.92	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
13	16 25 24.9	-49 31 9.3	334.3865	-0.1784	G334.387-0.178	G334.3865-0.1784	G334.387-0.178	B	1612 MHz;	1612	-92.3;-84.2	-87.2	1.14	3.47	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
14	16 21 8.4	-48 43 34.9	334.4575	0.8765	G334.458+0.877	G334.4576+0.8766	G334.457+0.877	B	1612 MHz;	1612	-99.6;-97.4	-98.1	1.37	1.35	ATCA	0.09	0.065	12	+OH	EVOLVED
15	16 21 8.4	-48 43 34.8	334.4575	0.8765	G334.458+0.877	G334.4576+0.8766	G334.458+0.877	A	1612 MHz;	1612	-130;-127.8	-129.2	1.24	1.35	ATCA	0.09	0.065	12	+OH	EVOLVED
16	16 21 8.4	-48 43 33.4	334.4577	0.8769	G334.458+0.877	G334.4576+0.8766	G334.458+0.877	A	1667 MHz;	1667	-98.8;-97.1	-97.4	0.28	0.24	ATCA	0.09	0.065	12	+OH	EVOLVED
17	16 23 27.2	-49 02 55.5	334.4977	0.3796	G334.498+0.380	G334.4977+0.3796	G334.498+0.380	A	1612 MHz;	1612	-7.2;-4.5	-6.3	0.37	0.53	ATCA	0.09	0.065	12	+OH	EVOLVED
18	16 23 27.2	-49 02 55.4	334.4977	0.3797	G334.498+0.380	G334.4977+0.3796	G334.498+0.380	B	1612 MHz;	1612	26.4;27.7	27.1	0.29	0.23	ATCA	0.09	0.065	12	+OH	EVOLVED
19	16 17 5.7	-47 52 18.5	334.5765	1.9575	G334.577+1.958	G334.5765+1.9575	G334.577+1.958	A	1612 MHz;	1612	-91;-88.8	-90.4	0.4	0.53	ATCA	0.09	0.065	12	+OH	EVOLVED
20	16 19 19.4	-48 03 44.2	334.7102	1.5608	G334.710+1.561	G334.7102+1.5608	G334.710+1.561	A	1612 MHz;	1612	-60.3;-55.8	-59.4	2.53	4.17	ATCA	0.09	0.065	12	+OH -SiO	EVOLVED
21	16 19 19.4	-48 03 44.2	334.7102	1.5608	G334.710+1.561	G334.7102+1.5608	G334.710+1.561	B	1612 MHz;	1612	-33.1;-26.3	-27.1	1.71	3.48	ATCA	0.09	0.065	12	+OH -SiO	EVOLVED
22	16 19 19.3	-48 03 44.1	334.7102	1.5608	G334.710+1.561	G334.7102+1.5608	G334.710+1.561	A	1667 MHz;	1667	-27;-25.7	-26.3	0.34	0.21	ATCA	0.09	0.065	12	+OH -SiO	EVOLVED
23	16 19 9.6	-48 00 42.9	334.7260	1.6158	G334.726+1.616	G334.7262+1.6159	G334.726+1.616	A	1612 MHz;	1612	34.1;41.4	35.2	3.27	6.76	ATCA	0.09	0.065	12	+OH	EVOLVED
24	16 19 9.6	-48 00 43.1	334.7260	1.6158	G334.726+1.616	G334.7262+1.6159	G334.726+1.616	B	1612 MHz;	1612	56.8;60	58.2	0.94	1.45	ATCA	0.09	0.065	12	+OH	EVOLVED
25	16 19 9.6	-48 00 42.4	334.7262	1.6159	G334.726+1.616	G334.7262+1.6159	G334.726+1.616	A	1667 MHz;	1667	57.3;60.3	59	0.25	0.42	ATCA	0.09	0.065	12	+OH	EVOLVED
26	16 33 01	-50 10 55.9	334.7515	-1.5228	G334.752-1.523	G334.7515-1.5228	G334.752-1.523	A	1612 MHz;	1612	-8.4;-5.2	-7.2	0.29	0.39	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
27	16 33 01	-50 10 55.8	334.7515	-1.5228	G334.752-1.523	G334.7515-1.5228	G334.752-1.523	B	1612 MHz;	1612	17.5;20.7	19.5	0.3	0.46	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
28	16 33 01	-50 10 55.9	334.7515	-1.5228	G334.752-1.523	G334.7515-1.5228	G334.752-1.523	C	1612 MHz;	1612	21.2;23.4	22.6	0.88	1.13	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
29	16 33 01	-50 10 55.7	334.7516	-1.5228	G334.752-1.523	G334.7515-1.5228	G334.752-1.523	D	1612 MHz;	1612	23.9;26.6	24.6	1.49	2.3	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
30	16 35 14.9	-50 24 16.1	334.8297	-1.9356	G334.830-1.935	G334.8297-1.9355	G334.830-1.936	A	1612 MHz;	1612	-70.7;-68	-70	0.4	0.55	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
31	16 35 15	-50 24 16.6	334.8297	-1.9358	G334.830-1.935	G334.8297-1.9355	G334.830-1.936	B	1612 MHz;	1612	-34.9;-33.1	-33.6	0.35	0.34	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
32	16 24 33.4	-48 39 54.9	334.8983	0.5195	G334.898+0.520	G334.8983+0.5195	G334.898+0.520	A	1612 MHz;	1612	-73;-70.7	-72.1	3.16	3.84	ATCA	0.09	0.065	12	+OH	EVOLVED
33	16 24 33.4	-48 39 54.9	334.8983	0.5195	G334.898+0.520	G334.8983+0.5195	G334.898+0.520	B	1612 MHz;	1612	-70.2;-66.2	-69.8	1.62	2.4	ATCA	0.09	0.065	12	+OH	EVOLVED
34	16 24 33.4	-48 39 54.8	334.8983	0.5195	G334.898+0.520	G334.8983+0.5195	G334.898+0.520	C	1612 MHz;	1612	-49.8;-42.6	-43.8	3.73	5.92	ATCA	0.09	0.065	12	+OH	EVOLVED
35	16 30 48.8	-49 34 03	334.9579	-0.8436	G334.958-0.844	G334.9579-0.8436	G334.958-0.844	A	1612 MHz;	1612	-146.2;-145.3	-145.4	0.25	0.16	ATCA	0.09	0.065	12	+OH	EVOLVED
36	16 24 16.1	-48 28 29.4	335.0005	0.6872	G335.001+0.687	G335.0005+0.6874	G335.000+0.687	A	1612 MHz;	1612	-125.6;-123.8	-125.1	0.46	0.44	ATCA	0.09	0.065	12	+OH	EVOLVED
37	16 24 16	-48 28 28.4	335.0006	0.6875	G335.001+0.687	G335.0005+0.6874	G335.001+0.687	B	1612 MHz;	1612	-102;-100.2	-100.6	0.34	0.32	ATCA	0.09	0.065	12	+OH	EVOLVED
38	16 26 57.8	-48 43 14.9	335.1357	0.1963	G335.136+0.196	G335.1357+0.1963	G335.136+0.196	A	1612 MHz;	1612	18.1;19.4	18.8	0.4	0.3	ATCA	0.09	0.065	12	+OH	EVOLVED
39	16 26 57.8	-48 43 14.9	335.1355	0.1965	G335.136+0.196	G335.1357+0.1963	G335.136+0.196	B	1612 MHz;	1612	19.9;22.6	21.5	0.26	0.35	ATCA	0.09	0.065	12	+OH	EVOLVED
40	16 22 43.6	-47 53 13.8	335.2377	1.2831	G335.238+1.283	G335.2377+1.2831	G335.238+1.283	A	1612 MHz;	1612	30.8;32.1	31.9	0.32	0.28	ATCA	0.09	0.065	12	+OH	EVOLVED
41	16 22 43.5	-47 53 13.4	335.2377	1.2833	G335.238+1.283	G335.2377+1.2831	G335.238+1.283	B	1612 MHz;	1612	47.6;48.9	48.2	0.22	0.21	ATCA	0.09	0.065	12	+OH	EVOLVED
42	16 21 26.7	-47 20 4.6	335.4765	1.8262	G335.476+1.826	G335.4765+1.8262	G335.476+1.826	A	1612 MHz;	1612	-115.2;-113.4	-114.9	0.4	0.32	ATCA	0.09	0.065	12	+OH	EVOLVED
43	16 21 26.7	-47 20 5.3	335.4763	1.8261	G335.476+1.826	G335.4765+1.8262	G335.476+1.826	B	1612 MHz;	1612	-87.1;-85.3	-86.1	0.23	0.22	ATCA	0.09	0.065	12	+OH	EVOLVED
44	16 25 57.6	-47 45 06	335.7150	0.9911	G335.715+0.991	G335.7150+0.9910	G335.715+0.991	A	1612 MHz;	1612	-43.3;-37.4	-41.9	5.2	8.23	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
	16 25 57.6	-47 45 06	335.7150	0.9911	G335.715+0.991	G335.7150+0.9910	G335.715+0.991	B	1612 MHz;	1612	-13.8;-6.1	-7.9	11.22	19.63	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
46	16 25 57.6	-47 45 6.7	335.7149	0.9908	G335.715+0.991	G335.7150+0.9910	G335.715+0.991	A	1667 MHz;	1667	-43.9;-42.2	-43.2	0.31	0.32	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
47	16 25 57.6	-47 45 6.4	335.7150	0.9910	G335.715+0.991	G335.7150+0.9910	G335.715+0.991	B	1667 MHz;	1667	-10.6;-7.5	-8.6	0.34	0.63	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
48	16 25 57.6	-47 45 6.2	335.7150	0.9910	G335.715+0.991	G335.7150+0.9910	G335.715+0.991	C	1667 MHz;	1667	-7.1;-5.3	-6.4	0.37	0.38	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
49	16 24 09	-47 24 6.7	335.7515	1.4540	G335.751+1.454	G335.7515+1.4540	G335.751+1.454	A	1612 MHz;	1612	-72.3;-68.7	-71.4	0.41	0.94	ATCA	0.09	0.065	12	+OH	EVOLVED
50	16 24 09	-47 24 7.1	335.7514	1.4538	G335.751+1.454	G335.7515+1.4540	G335.751+1.454	B	1612 MHz;	1612	-45.5;-38.3	-39.2	1.09	2.26	ATCA	0.09	0.065	12	+OH	EVOLVED
51	16 29 47.3	-48 15 51.8	335.7890	0.1741	G335.789+0.174	G335.7890+0.1741	G335.789+0.174	A	1665 MHz;	1665	-54.3;-53.4	-54	1.02	0.57	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
52	16 29 47.3	-48 15 52.2	335.7890	0.1740	G335.789+0.174	G335.7890+0.1741	G335.789+0.174	B	1665 MHz;	1665	-52.9;-50.3	-51.3	0.82	1.01	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
53	16 29 47.3	-48 15 52	335.7890	0.1740	G335.789+0.174	G335.7890+0.1741	G335.789+0.174	A	1667 MHz;	1667	-53.1;-51.4	-52.3	5.07	3.13	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
54	16 24 34	-47 21 30.2	335.8319	1.4342	G335.832+1.434	G335.8319+1.4342	G335.832+1.434	A	1612 MHz;	1612	-99.1;-95	-97.1	5.18	7.35	ATCA	0.09	0.065	12	-H₂O +OH	EVOLVED
55	16 24 33.9	-47 21 30.5	335.8318	1.4341	G335.832+1.434	G335.8319+1.4342	G335.832+1.434	B	1612 MHz;	1612	-94.5;-90.9	-94.2	0.52	1.06	ATCA	0.09	0.065	12	-H₂O +OH	EVOLVED
56	16 24 34	-47 21 30.4	335.8319	1.4341	G335.832+1.434	G335.8319+1.4342	G335.832+1.434	C	1612 MHz;	1612	-78.2;-69.6	-69.7	2.55	3.16	ATCA	0.09	0.065	12	-H₂O +OH	EVOLVED
57	16 24 34	-47 21 30.4	335.8319	1.4341	G335.832+1.434	G335.8319+1.4342	G335.832+1.434	D	1612 MHz;	1612	-69.1;-67.3	-68.7	2.75	3.4	ATCA	0.09	0.065	12	-H₂O +OH	EVOLVED
58	16 24 34	-47 21 30.3	335.8319	1.4342	G335.832+1.434	G335.8319+1.4342	G335.832+1.434	E	1612 MHz;	1612	-66.9;-61	-64.6	0.43	1.62	ATCA	0.09	0.065	12	-H₂O +OH	EVOLVED
59	16 24 34	-47 21 30.2	335.8319	1.4342	G335.832+1.434	G335.8319+1.4342	G335.832+1.434	A	1665 MHz;	1665	-92;-82.3	-87.6	0.36	1.84	ATCA	0.09	0.065	12	-H₂O +OH	EVOLVED
60	16 24 33.9	-47 21 30.6	335.8318	1.4341	G335.832+1.434	G335.8319+1.4342	G335.832+1.434	B	1665 MHz;	1665	-81.9;-70	-79.1	0.45	2.35	ATCA	0.09	0.065	12	-H₂O +OH	EVOLVED
61	16 35 10.8	-48 48 50.2	335.9957	-0.8534	G335.996-0.853	G335.9957-0.8534	G335.996-0.853	A	1612 MHz;	1612	-160;-158.2	-159.1	0.35	0.38	ATCA	0.09	0.065	12	+OH	SFR_MIXED
62	16 35 10.8	-48 48 49.9	335.9958	-0.8534	G335.996-0.853	G335.9957-0.8534	G335.996-0.853	B	1612 MHz;	1612	-137.3;-133.2	-134.7	0.46	0.8	ATCA	0.09	0.065	12	+OH	SFR_MIXED
63	16 31 40.1	-48 10 53.5	336.0641	0.0032	G336.064+0.003	G336.0641+0.0032	G336.064+0.003	A	1612 MHz;	1612	-86.9;-82.4	-85.4	0.54	1.34	ATCA	0.09	0.065	12	+OH	EVOLVED
64	16 31 40.1	-48 10 53.4	336.0641	0.0032	G336.064+0.003	G336.0641+0.0032	G336.064+0.003	B	1612 MHz;	1612	-53.3;-49.3	-50.9	0.98	1.74	ATCA	0.09	0.065	12	+OH	EVOLVED
65	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	A	1612 MHz;	1612	-91.4;-90.1	-90.6	2.13	1.37	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
66	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	B	1612 MHz;	1612	-89.6;-86.9	-88.9	2.45	3.94	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
67	16 36 32.5	-48 54 37.8	336.0753	-1.0839	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	C	1612 MHz;	1612	-86.4;-83.3	-85.1	2.27	4.27	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
68	16 36 32.5	-48 54 37.8	336.0753	-1.0839	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	D	1612 MHz;	1612	-82.8;-80.1	-81.6	1.51	2.28	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
69	16 36 32.5	-48 54 37.6	336.0753	-1.0839	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	E	1612 MHz;	1612	-79.6;-74.2	-78	0.93	2.54	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
70	16 36 32.5	-48 54 37.9	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	F	1612 MHz;	1612	-62.8;-58.8	-59.6	3.49	4.12	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
71	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	G	1612 MHz;	1612	-58.3;-57.4	-57.5	3.23	2.51	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
72	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	H	1612 MHz;	1612	-56.9;-56	-56.1	4.61	3.53	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
73	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	I	1612 MHz;	1612	-55.6;-53.3	-53.9	13.12	20.16	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
74	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	J	1612 MHz;	1612	-52.8;-47.9	-52.5	16.94	25.77	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
75	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	A	1665 MHz;	1665	-91.2;-90.3	-90.8	3.89	1.7	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
76	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	B	1665 MHz;	1665	-89.9;-88.1	-88.8	4.01	2.36	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
77	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	C	1665 MHz;	1665	-87.7;-86.8	-87.6	1.47	0.66	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
78	16 36 32.6	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	D	1665 MHz;	1665	-86.4;-82.9	-84.8	0.44	0.83	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
79	16 36 32.5	-48 54 37.4	336.0754	-1.0838	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	E	1665 MHz;	1665	-69.7;-68.8	-69.5	0.23	0.11	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
80	16 36 32.5	-48 54 37.6	336.0754	-1.0839	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	F	1665 MHz;	1665	-67.9;-65.7	-66.5	0.22	0.32	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
81	16 36 32.5	-48 54 38.3	336.0753	-1.0841	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	G	1665 MHz;	1665	-64.8;-63.5	-64.6	0.29	0.24	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
82	16 36 32.6	-48 54 38.5	336.0753	-1.0842	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	H	1665 MHz;	1665	-60.4;-59.1	-59.9	0.23	0.17	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
83	16 36 32.6	-48 54 38.6	336.0752	-1.0842	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	I	1665 MHz;	1665	-58.7;-56.9	-57.9	0.21	0.22	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
84	16 36 32.5	-48 54 38.1	336.0752	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	J	1665 MHz;	1665	-54.7;-51.7	-52.8	0.82	1.31	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
85	16 36 32.5	-48 54 37.9	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	K	1665 MHz;	1665	-51.2;-49.9	-50.1	0.62	0.6	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
86	16 36 32.5	-48 54 37.9	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	L	1665 MHz;	1665	-49.5;-48.2	-49	1.18	0.81	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
87	16 36 32.5	-48 54 38	336.0753	-1.0840	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	A	1667 MHz;	1667	-91.4;-89.6	-90.6	3.87	2.19	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
88	16 36 32.5	-48 54 37.3	336.0754	-1.0839	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	B	1667 MHz;	1667	-89.2;-87.4	-88.9	0.26	0.23	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
89	16 36 32.4	-48 54 38.2	336.0751	-1.0839	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	C	1667 MHz;	1667	-85.7;-84.8	-85.1	0.25	0.13	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
90	16 36 32.6	-48 54 38.3	336.0753	-1.0841	G336.075-1.084	G336.0753-1.0840	G336.075-1.084	D	1667 MHz;	1667	-60.2;-58	-58.4	0.29	0.37	ATCA	0.09	0.065	12	-H₂O +OH +SiO	EVOLVED
91	16 35 42.6	-48 45 19.3	336.0979	-0.8783	G336.098-0.878	G336.0979-0.8783	G336.098-0.878	A	1612 MHz;	1612	-66.9;-62.9	-66	0.28	0.61	ATCA	0.09	0.065	12	+OH	EVOLVED
92	16 35 42.6	-48 45 19.3	336.0979	-0.8783	G336.098-0.878	G336.0979-0.8783	G336.098-0.878	B	1612 MHz;	1612	-29.2;-25.2	-26.1	0.38	0.94	ATCA	0.09	0.065	12	+OH	EVOLVED
93	16 29 53.2	-47 36 26.1	336.2771	0.6145	G336.277+0.615	G336.2771+0.6145	G336.277+0.614	A	1612 MHz;	1612	-111.2;-109	-110.4	0.58	0.58	ATCA	0.09	0.065	12	+OH	EVOLVED
94	16 29 53.2	-47 36 25.8	336.2771	0.6145	G336.277+0.615	G336.2771+0.6145	G336.277+0.615	B	1612 MHz;	1612	-79;-77.2	-78.1	0.29	0.31	ATCA	0.09	0.065	12	+OH	EVOLVED
95	16 26 46.6	-47 03 12.1	336.3126	1.3781	G336.313+1.378	G336.3126+1.3781	G336.313+1.378	A	1612 MHz;	1612	-138.6;-132.7	-137.7	1.93	2.74	ATCA	0.09	0.065	12	+OH	EVOLVED
96	16 26 46.6	-47 03 12.2	336.3126	1.3781	G336.313+1.378	G336.3126+1.3781	G336.313+1.378	B	1612 MHz;	1612	-110.9;-104.6	-105.7	1.92	2.98	ATCA	0.09	0.065	12	+OH	EVOLVED
97	16 30 42.9	-47 19 58.6	336.5725	0.7013	G336.573+0.701	G336.5725+0.7014	G336.572+0.701	B	1612 MHz;	1612	-38.9;-37.6	-37.9	0.2	0.19	ATCA	0.09	0.065	12	+OH	EVOLVED
98	16 30 42.9	-47 19 58.2	336.5726	0.7014	G336.573+0.701	G336.5725+0.7014	G336.573+0.701	A	1612 MHz;	1612	-68;-66.2	-67.2	0.31	0.3	ATCA	0.09	0.065	12	+OH	EVOLVED
99	16 28 18.4	-46 53 7.8	336.6145	1.3066	G336.615+1.307	G336.6145+1.3066	G336.615+1.307	A	1612 MHz;	1612	-75.6;-74.7	-74.9	0.23	0.14	ATCA	0.09	0.065	12	+OH	EVOLVED
100	16 28 18.4	-46 53 7.5	336.6146	1.3066	G336.615+1.307	G336.6145+1.3066	G336.615+1.307	B	1612 MHz;	1612	-46;-44.7	-45.2	0.3	0.27	ATCA	0.09	0.065	12	+OH	EVOLVED
101	16 37 6.6	-48 13 42.5	336.6438	-0.6955	G336.644-0.695	G336.6438-0.6954	G336.644-0.695	A	1612 MHz;	1612	-46.3;-44.1	-45.8	0.39	0.47	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
102	16 37 6.6	-48 13 42.3	336.6438	-0.6954	G336.644-0.695	G336.6438-0.6954	G336.644-0.695	A	1667 MHz;	1667	-46.4;-44.7	-45.8	0.37	0.45	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
103	16 37 6.6	-48 13 42.4	336.6438	-0.6955	G336.644-0.695	G336.6438-0.6954	G336.644-0.695	A	1720 MHz;	1720	-61.6;-59.9	-61	0.95	0.89	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
104	16 37 6.5	-48 13 42.3	336.6437	-0.6953	G336.644-0.695	G336.6438-0.6954	G336.644-0.695	C	1720 MHz;	1720	-50.1;-48.4	-49	0.3	0.29	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
105	16 37 6.6	-48 13 41.4	336.6441	-0.6954	G336.644-0.695	G336.6438-0.6954	G336.644-0.695	E	1720 MHz;	1720	-22.9;-21.6	-22.6	0.29	0.23	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
106	16 37 6.6	-48 13 42.4	336.6439	-0.6956	G336.644-0.695	G336.6438-0.6954	G336.644-0.696	B	1720 MHz;	1720	-56.1;-54.8	-55.8	0.34	0.28	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
107	16 37 6.6	-48 13 42.5	336.6439	-0.6956	G336.644-0.695	G336.6438-0.6954	G336.644-0.696	D	1720 MHz;	1720	-26.3;-23.3	-24.5	0.43	0.71	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
108	16 30 16.8	-47 05 10.5	336.7012	0.9243	G336.701+0.924	G336.7013+0.9244	G336.701+0.924	A	1612 MHz;	1612	-57.1;-55.8	-56.4	0.54	0.52	ATCA	0.09	0.065	12	+OH	EVOLVED
109	16 30 16.8	-47 05 9.6	336.7013	0.9245	G336.701+0.924	G336.7013+0.9244	G336.701+0.925	B	1612 MHz;	1612	-38.5;-36.7	-37.2	0.29	0.3	ATCA	0.09	0.065	12	+OH	EVOLVED
110	16 32 9.6	-47 20 4.2	336.7390	0.5217	G336.739+0.522	G336.7390+0.5217	G336.739+0.522	A	1612 MHz;	1612	-59.6;-56.4	-58.7	0.79	1.21	ATCA	0.09	0.065	12	+OH	EVOLVED
111	16 32 9.6	-47 20 4.4	336.7389	0.5216	G336.739+0.522	G336.7390+0.5217	G336.739+0.522	B	1612 MHz;	1612	-21;-17.8	-18.7	0.4	0.64	ATCA	0.09	0.065	12	+OH	EVOLVED
112	16 33 26	-47 25 42.6	336.8170	0.2998	G336.817+0.300	G336.8170+0.2998	G336.817+0.300	A	1612 MHz;	1612	34;42.1	35.8	1.36	4.6	ATCA	0.09	0.065	12	+OH	EVOLVED
113	16 33 26	-47 25 42.6	336.8170	0.2998	G336.817+0.300	G336.8170+0.2998	G336.817+0.300	B	1612 MHz;	1612	54.8;62.5	59.6	1.02	3.26	ATCA	0.09	0.065	12	+OH	EVOLVED
114	16 39 36.5	-48 17 03	336.8801	-1.0421	G336.880-1.042	G336.8801-1.0421	G336.880-1.042	A	1612 MHz;	1612	-131.9;-126.9	-131.2	0.73	1.56	ATCA	0.09	0.065	12	+OH	EVOLVED
115	16 39 36.5	-48 17 3.1	336.8801	-1.0421	G336.880-1.042	G336.8801-1.0421	G336.880-1.042	B	1612 MHz;	1612	-105.1;-100.6	-101.4	1.74	2.07	ATCA	0.09	0.065	12	+OH	EVOLVED
116	16 38 47.9	-48 00 9.4	337.0003	-0.7539	G337.000-0.754	G337.0003-0.7539	G337.000-0.754	A	1665 MHz;	1665	-123.6;-121.9	-123	0.32	0.37	ATCA	0.09	0.065	12	+OH	EVOLVED
117	16 38 47.9	-48 00 7.5	337.0007	-0.7536	G337.000-0.754	G337.0003-0.7539	G337.001-0.754	A	1612 MHz;	1612	-122.2;-121.8	-122.1	0.35	0.1	ATCA	0.09	0.065	12	+OH	EVOLVED
118	16 43 36.9	-48 40 11.7	337.0288	-1.7957	G337.029-1.796	G337.0288-1.7957	G337.029-1.796	A	1612 MHz;	1612	-181.2;-177.6	-180.3	0.61	1.17	ATCA	0.09	0.065	12	+OH	EVOLVED
119	16 43 36.9	-48 40 11.4	337.0289	-1.7956	G337.029-1.796	G337.0288-1.7957	G337.029-1.796	B	1612 MHz;	1612	-151.7;-147.1	-148.3	0.77	1.69	ATCA	0.09	0.065	12	+OH	EVOLVED
120	16 40 55.8	-48 13 59.8	337.0642	-1.1731	G337.065-1.173	G337.0646-1.1728	G337.064-1.173	A	1612 MHz;	1612	-96.5;-80.1	-90.5	1.94	13.67	ATCA	0.09	0.065	12	-H₂O +OH	EVOLVED
121	16 35 46.5	-47 16 16.9	337.2013	0.1142	G337.201+0.114	G337.2014+0.1142	G337.201+0.114	A	1665 MHz;	1665	-66.2;-64.4	-64.9	2.08	1.53	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	EVOLVED
122	16 35 46.5	-47 16 17.3	337.2011	0.1142	G337.201+0.114	G337.2014+0.1142	G337.201+0.114	B	1665 MHz;	1665	-64;-63.1	-63.4	0.34	0.19	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	EVOLVED
123	16 35 46.5	-47 16 16.2	337.2014	0.1143	G337.201+0.114	G337.2014+0.1142	G337.201+0.114	A	1667 MHz;	1667	-61.1;-60.2	-60.7	0.44	0.21	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	EVOLVED
124	16 36 11.8	-47 17 48.9	337.2305	0.0442	G337.231+0.044	G337.2306+0.0443	G337.230+0.044	B	1612 MHz;	1612	21.1;23.8	23.3	0.27	0.33	ATCA	0.09	0.065	12	+OH	EVOLVED
125	16 36 11.8	-47 17 47.9	337.2307	0.0444	G337.231+0.044	G337.2306+0.0443	G337.231+0.044	A	1612 MHz;	1612	-28.8;-22.5	-26.3	0.67	1.81	ATCA	0.09	0.065	12	+OH	EVOLVED
126	16 35 47.7	-47 13 14.2	337.2409	0.1461	G337.241+0.146	G337.2409+0.1461	G337.241+0.146	A	1612 MHz;	1612	-27;-25.2	-25.9	0.3	0.36	ATCA	0.09	0.065	12	+OH	EVOLVED
127	16 35 47.7	-47 13 14	337.2410	0.1460	G337.241+0.146	G337.2409+0.1461	G337.241+0.146	B	1612 MHz;	1612	1.2;2.1	1.7	0.29	0.15	ATCA	0.09	0.065	12	+OH	EVOLVED
128	16 36 56.3	-47 22 27.5	337.2577	-0.1008	G337.258-0.101	G337.2579-0.1008	G337.258-0.101	A	1665 MHz;	1665	-71;-67.9	-69.3	0.65	1.01	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	SFR
129	16 36 56.3	-47 22 27.4	337.2577	-0.1008	G337.258-0.101	G337.2579-0.1008	G337.258-0.101	B	1665 MHz;	1665	-66.2;-65.3	-65.9	0.35	0.21	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	SFR
130	16 36 56.3	-47 22 27.3	337.2577	-0.1008	G337.258-0.101	G337.2579-0.1008	G337.258-0.101	C	1665 MHz;	1665	-64.4;-61.3	-62	0.45	0.67	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	SFR
131	16 36 56.3	-47 22 26.9	337.2579	-0.1008	G337.258-0.101	G337.2579-0.1008	G337.258-0.101	A	1667 MHz;	1667	-70.7;-69.4	-70	0.33	0.24	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	SFR
132	16 37 39	-47 23 48.9	337.3216	-0.2053	G337.322-0.205	G337.3216-0.2053	G337.322-0.205	A	1612 MHz;	1612	-153.3;-149.7	-151.8	0.69	1.33	ATCA	0.09	0.065	12	+OH	SFR_MIXED
133	16 37 29.2	-47 19 31.7	337.3562	-0.1370	G337.356-0.137	G337.3562-0.1370	G337.356-0.137	A	1612 MHz;	1612	-44.8;-42.1	-43.7	2.08	3.38	ATCA	0.09	0.065	12	+OH	EVOLVED
134	16 37 29.2	-47 19 31.6	337.3562	-0.1369	G337.356-0.137	G337.3562-0.1370	G337.356-0.137	B	1612 MHz;	1612	-41.6;-34.4	-40.8	1.38	4.55	ATCA	0.09	0.065	12	+OH	EVOLVED
135	16 37 29.2	-47 19 31.6	337.3562	-0.1369	G337.356-0.137	G337.3562-0.1370	G337.356-0.137	C	1612 MHz;	1612	-28;-10.8	-12.6	2.29	11.9	ATCA	0.09	0.065	12	+OH	EVOLVED
136	16 33 51.4	-46 40 12.7	337.4226	0.7619	G337.423+0.762	G337.4226+0.7619	G337.423+0.762	A	1612 MHz;	1612	-72.1;-69	-71.1	0.37	0.58	ATCA	0.09	0.065	12	+OH	EVOLVED
137	16 33 51.4	-46 40 12.7	337.4226	0.7619	G337.423+0.762	G337.4226+0.7619	G337.423+0.762	B	1612 MHz;	1612	-48.1;-45.8	-46.7	0.77	0.69	ATCA	0.09	0.065	12	+OH	EVOLVED
138	16 37 2.6	-47 00 39.5	337.5389	0.1299	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	A	1612 MHz;	1612	-147.4;-139.7	-143.8	8.44	26.26	ATCA	0.09	0.065	12	+OH	EVOLVED
139	16 37 2.6	-47 00 39.5	337.5389	0.1299	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	B	1612 MHz;	1612	-139.3;-138.4	-138.9	1.08	0.78	ATCA	0.09	0.065	12	+OH	EVOLVED
140	16 37 2.6	-47 00 39.5	337.5389	0.1299	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	C	1612 MHz;	1612	-137.9;-135.2	-136.9	1.1	1.82	ATCA	0.09	0.065	12	+OH	EVOLVED
141	16 37 2.6	-47 00 39.8	337.5389	0.1298	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	D	1612 MHz;	1612	-134.7;-130.6	-133.9	0.74	1.26	ATCA	0.09	0.065	12	+OH	EVOLVED
142	16 37 2.6	-47 00 39.5	337.5389	0.1299	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	E	1612 MHz;	1612	-105.7;-96.1	-97	1.77	6.02	ATCA	0.09	0.065	12	+OH	EVOLVED
143	16 37 2.6	-47 00 39.6	337.5389	0.1299	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	F	1612 MHz;	1612	-95.7;-93.4	-94.2	3.41	5.23	ATCA	0.09	0.065	12	+OH	EVOLVED
144	16 37 2.6	-47 00 39.6	337.5389	0.1299	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	G	1612 MHz;	1612	-92.9;-89.8	-92.4	3.47	5.68	ATCA	0.09	0.065	12	+OH	EVOLVED
145	16 37 2.6	-47 00 40.2	337.5388	0.1297	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	A	1665 MHz;	1665	-145;-143.2	-144.8	0.28	0.28	ATCA	0.09	0.065	12	+OH	EVOLVED
146	16 37 2.6	-47 00 39.2	337.5390	0.1299	G337.539+0.130	G337.5389+0.1299	G337.539+0.130	A	1667 MHz;	1667	-98.5;-90.6	-93	0.39	1.19	ATCA	0.09	0.065	12	+OH	EVOLVED
147	16 38 9.5	-47 05 0.5	337.6123	-0.0597	G337.613-0.060	G337.6125-0.0597	G337.612-0.060	A	1665 MHz;	1665	-59.7;-57.9	-58.7	0.47	0.5	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	SFR_MIXED
148	16 38 9.5	-47 05 00	337.6125	-0.0597	G337.613-0.060	G337.6125-0.0597	G337.612-0.060	B	1665 MHz;	1665	-43.4;-42.1	-42.7	1.04	0.88	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	SFR_MIXED
149	16 38 9.5	-47 04 59.9	337.6125	-0.0596	G337.613-0.060	G337.6125-0.0597	G337.612-0.060	C	1665 MHz;	1665	-41.7;-40.4	-41.5	0.98	0.61	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	SFR_MIXED
150	16 38 9.5	-47 05 0.4	337.6124	-0.0598	G337.613-0.060	G337.6125-0.0597	G337.612-0.060	A	1720 MHz;	1720	-41.4;-39.3	-39.9	0.61	0.6	ATCA	0.09	0.065	12	+H₂O +CH₃OH II +OH	SFR_MIXED
151	16 38 29.7	-47 00 35.4	337.7054	-0.0531	G337.705-0.053	G337.7053-0.0532	G337.705-0.053	A	1665 MHz;	1665	-55.4;-50.6	-50.7	14.08	15.35	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
152	16 38 29.7	-47 00 35.5	337.7054	-0.0532	G337.705-0.053	G337.7053-0.0532	G337.705-0.053	B	1665 MHz;	1665	-50.1;-46.2	-49.2	21.31	29.41	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
153	16 38 29.7	-47 00 36	337.7053	-0.0533	G337.705-0.053	G337.7053-0.0532	G337.705-0.053	A	1667 MHz;	1667	-61.3;-58.2	-60.7	0.55	0.91	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
154	16 38 29.6	-47 00 36.3	337.7051	-0.0532	G337.705-0.053	G337.7053-0.0532	G337.705-0.053	B	1667 MHz;	1667	-57.3;-55.6	-56.9	0.38	0.42	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
155	16 38 29.6	-47 00 35.5	337.7053	-0.0531	G337.705-0.053	G337.7053-0.0532	G337.705-0.053	C	1667 MHz;	1667	-54.7;-52.9	-53.3	0.8	0.67	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
156	16 38 29.7	-47 00 35.3	337.7054	-0.0531	G337.705-0.053	G337.7053-0.0532	G337.705-0.053	D	1667 MHz;	1667	-52.5;-46.8	-49.6	5.92	13.11	ATCA	0.09	0.065	12	+H₂O +CH₃OH I +CH₃OH II +OH	SFR
157	16 45 39.5	-48 03 39.2	337.7120	-1.6552	G337.712-1.655	G337.7120-1.6552	G337.712-1.655	A	1612 MHz;	1612	-99.1;-96.4	-98.5	0.35	0.5	ATCA	0.09	0.065	12	+OH	EVOLVED
158	16 45 39.5	-48 03 38.7	337.7121	-1.6551	G337.712-1.655	G337.7120-1.6552	G337.712-1.655	B	1612 MHz;	1612	-64.6;-62.3	-63.1	0.52	0.64	ATCA	0.09	0.065	12	+OH	EVOLVED
159	16 36 47.6	-46 43 46.7	337.7188	0.3503	G337.719+0.350	G337.7188+0.3503	G337.719+0.350	A	1612 MHz;	1612	-57.5;-56.1	-56.3	0.61	0.37	ATCA	0.09	0.065	12	+OH	EVOLVED
160	16 36 47.6	-46 43 47	337.7188	0.3503	G337.719+0.350	G337.7188+0.3503	G337.719+0.350	B	1612 MHz;	1612	-55.6;-47.5	-54	2.2	4.77	ATCA	0.09	0.065	12	+OH	EVOLVED
161	16 36 47.6	-46 43 46.9	337.7188	0.3503	G337.719+0.350	G337.7188+0.3503	G337.719+0.350	C	1612 MHz;	1612	-31.6;-21.6	-24.1	1.69	5.79	ATCA	0.09	0.065	12	+OH	EVOLVED
162	16 36 47.7	-46 43 47.1	337.7188	0.3502	G337.719+0.350	G337.7188+0.3503	G337.719+0.350	A	1667 MHz;	1667	-23.8;-20.7	-21.8	0.73	0.97	ATCA	0.09	0.065	12	+OH	EVOLVED
163	16 32 35.3	-45 58 37.8	337.7818	1.3938	G337.782+1.394	G337.7818+1.3938	G337.782+1.394	A	1612 MHz;	1612	-35.7;-32.5	-33.9	0.53	0.69	ATCA	0.09	0.065	12	+OH	EVOLVED
164	16 35 26.8	-46 24 32.2	337.8000	0.7374	G337.800+0.737	G337.8000+0.7375	G337.800+0.737	A	1612 MHz;	1612	-139.9;-137.6	-139.4	0.55	0.62	ATCA	0.09	0.065	12	+OH	EVOLVED
165	16 35 26.8	-46 24 32	337.8000	0.7375	G337.800+0.737	G337.8000+0.7375	G337.800+0.738	B	1612 MHz;	1612	-112.7;-109	-109.6	0.26	0.38	ATCA	0.09	0.065	12	+OH	EVOLVED
166	16 38 52.2	-46 56 16	337.8018	-0.0527	G337.802-0.053	G337.8017-0.0527	G337.802-0.053	A	1720 MHz;	1720	-46.6;-43.2	-44.9	1.99	3.38	ATCA	0.09	0.065	12	+OH	SFR
167	16 39 47.9	-47 04 6.5	337.8096	-0.2578	G337.810-0.258	G337.8096-0.2578	G337.810-0.258	A	1612 MHz;	1612	-123.5;-121.7	-122.9	0.49	0.57	ATCA	0.09	0.065	12	+OH	EVOLVED
168	16 39 47.9	-47 04 6.4	337.8097	-0.2578	G337.810-0.258	G337.8096-0.2578	G337.810-0.258	B	1612 MHz;	1612	-121.2;-114.9	-118.7	0.68	2.47	ATCA	0.09	0.065	12	+OH	EVOLVED
169	16 39 47.9	-47 04 6.6	337.8096	-0.2578	G337.810-0.258	G337.8096-0.2578	G337.810-0.258	C	1612 MHz;	1612	-99.4;-96.7	-96.8	0.97	1.34	ATCA	0.09	0.065	12	+OH	EVOLVED
170	16 39 47.9	-47 04 6.6	337.8096	-0.2578	G337.810-0.258	G337.8096-0.2578	G337.810-0.258	D	1612 MHz;	1612	-96.2;-94	-95.1	1.35	2.03	ATCA	0.09	0.065	12	+OH	EVOLVED
171	16 37 41.5	-46 40 40.2	337.8605	0.2709	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	A	1612 MHz;	1612	-85.1;-82.9	-83.4	2.92	2.69	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
172	16 37 41.5	-46 40 40.6	337.8604	0.2708	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	E	1612 MHz;	1612	-42;-40.2	-41.3	1.12	1.04	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
173	16 37 41.5	-46 40 41.1	337.8603	0.2707	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	F	1612 MHz;	1612	-39.7;-37.5	-39.2	0.45	0.54	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
174	16 37 41.5	-46 40 40.9	337.8603	0.2708	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	A	1665 MHz;	1665	-58.3;-57	-57.9	0.61	0.39	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
175	16 37 41.5	-46 40 40.7	337.8604	0.2708	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	A	1667 MHz;	1667	-83.1;-76.9	-80.6	1.35	2.79	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
176	16 37 41.5	-46 40 40.8	337.8603	0.2708	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	B	1667 MHz;	1667	-76.5;-73	-75	0.79	1.57	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
177	16 37 41.5	-46 40 40.8	337.8604	0.2708	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	C	1667 MHz;	1667	-72.5;-69	-71	0.79	1.2	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
178	16 37 41.5	-46 40 41.5	337.8602	0.2707	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	D	1667 MHz;	1667	-68.6;-66.4	-67.7	0.56	0.56	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
179	16 37 41.5	-46 40 40.9	337.8604	0.2708	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	E	1667 MHz;	1667	-61.1;-58.9	-59.2	1.19	1.26	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
180	16 37 41.5	-46 40 40.8	337.8604	0.2708	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	F	1667 MHz;	1667	-58.5;-57.2	-58.2	0.87	0.81	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
181	16 37 41.5	-46 40 41.1	337.8604	0.2707	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	G	1667 MHz;	1667	-56.7;-55.8	-56.4	0.56	0.35	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
182	16 37 41.5	-46 40 40.9	337.8603	0.2708	G337.860+0.271	G337.8604+0.2708	G337.860+0.271	H	1667 MHz;	1667	-55.4;-51.9	-54	1.66	2.18	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
183	16 37 41.5	-46 40 40.2	337.8605	0.2708	G337.860+0.271	G337.8604+0.2708	G337.861+0.271	B	1612 MHz;	1612	-82.4;-81.5	-82.2	2.34	1.76	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
184	16 37 41.5	-46 40 40.2	337.8605	0.2708	G337.860+0.271	G337.8604+0.2708	G337.861+0.271	C	1612 MHz;	1612	-81.1;-80.2	-80.7	2.51	1.83	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
185	16 37 41.6	-46 40 40	337.8606	0.2708	G337.860+0.271	G337.8604+0.2708	G337.861+0.271	D	1612 MHz;	1612	-79.7;-77	-78.9	3.07	3.09	ATCA	0.09	0.065	12	+H₂O +OH	EVOLVED
186	16 35 23.6	-46 17 46.5	337.8769	0.8204	G337.877+0.820	G337.8769+0.8204	G337.877+0.820	A	1612 MHz;	1612	-116.7;-114	-115.3	0.29	0.4	ATCA	0.09	0.065	12	+OH	EVOLVED
187	16 47 34.8	-48 01 20.5	337.9496	-1.8748	G337.950-1.875	G337.9496-1.8748	G337.950-1.875	A	1612 MHz;	1612	-81.4;-79.2	-80.8	0.51	0.61	ATCA	0.09	0.065	12	+OH	EVOLVED

Display data from paper

QIA16 - Accurate OH Maser Positions from the SPLASH Pilot Region

View as list of objects

Detection table from Qiao et al. (2016)