2017A&A...608A.142V

Query : 2017A&A...608A.142V

2017A&A...608A.142V - Astronomy and Astrophysics, volume 608A, 142-142 (2017/12-1)

The Fornax Deep Survey with VST. III. Low surface brightness dwarfs and ultra diffuse galaxies in the center of the Fornax cluster.

VENHOLA A., PELETIER R., LAURIKAINEN E., SALO H., LISKER T., IODICE E., CAPACCIOLI M., VERDOES KLEIJN G., VALENTIJN E., MIESKE S., HILKER M., WITTMANN C., VAN DE VEN G., GRADO A., SPAVONE M., CANTIELLO M., NAPOLITANO N., PAOLILLO M. and FALCON-BARROSO J.

Abstract (from CDS):

Context. Studies of low surface brightness (LSB) galaxies in nearby clusters have revealed a sub-population of extremely diffuse galaxies with central surface brightness of µ_0,g'>24mag/arcsec², total luminosity M_g' fainter than -16mag and effective radius between 1.5kpc<R_e<10kpc. The origin of these ultra diffuse galaxies (UDGs) is still unclear, although several theories have been suggested. As the UDGs overlap with the dwarf-sized galaxies in their luminosities, it is important to compare their properties in the same environment. If a continuum is found between the properties of UDGs and the rest of the LSB population, it would be consistent with the idea that they have a common origin.
Aims. Our aim is to exploit the deep g', r' and i'-band images of the Fornax Deep Survey (FDS), in order to identify LSB galaxies in an area of 4deg² in the center of the Fornax cluster. The identified galaxies are divided into UDGs and dwarf-sized LSB galaxies, and their properties are compared.
Methods. We identified visually all extended structures having r'-band central surface brightness of µ_0,r'>23mag/arcsec². We classified the objects based on their appearance into galaxies and tidal structures, and perform 2D Sersic model fitting with GALFIT to measure the properties of those classified as galaxies. We analyzed their radial distribution and orientations with respect of the cluster center, and with respect to the other galaxies in our sample. We also studied their colors and compare the LSB galaxies in Fornax with those in other environments.
Results. Our final sample complete in the parameter space of the previously known UDGs, consists of 205 galaxies of which 196 are LSB dwarfs (with R_e<1.5kpc) and nine are UDGs (R_e>1.5kpc). We show that the UDGs have (1) g'-r' colors similar to those of LSB dwarfs of the same luminosity; (2) the largest UDGs (R_e>3kpc) in our sample appear different from the other LSB galaxies, in that they are significantly more elongated and extended; whereas (3) the smaller UDGs differ from the LSB dwarfs only by having slightly larger effective radii; (4) we do not find clear differences between the structural parameters of the UDGs in our sample and those of UDGs in other galaxy environments; (5) we find that the dwarf LSB galaxies in our sample are less concentrated in the cluster center than the galaxies with higher surface brightness, and that their number density drops within 180 kpc from the cluster center. We also compare the LSB dwarfs in Fornax with the LSB dwarfs in the Centaurus group, where data of similar quality to ours is available. (6) We find the smallest LSB dwarfs to have similar colors, sizes and Sersic profiles regardless of their environment. However, in the Centaurus group the colors become bluer with increasing galaxy magnitudes, an effect which is probably due to smaller mass and hence weaker environmental influence of the Centaurus group.
Conclusions. Our findings are consistent with the small UDGs forming the tail of a continuous distribution of less extended LSB galaxies. However, the elongated and distorted shapes of the large UDGs could imply that they are tidally disturbed galaxies. Due to limitations of the automatic detection methods and uncertainty in the classification the objects, it is yet unclear what is the total contribution of the tidally disrupted galaxies in the UDG population.

Abstract Copyright: © ESO, 2017

Journal keyword(s): galaxies: dwarf - galaxies: photometry - galaxies: evolution - galaxies: clusters: individual: Fornax - galaxies: clusters: individual: Fornax

VizieR on-line data: <Available at CDS (J/A+A/608/A142): tabled1.dat>

Nomenclature: Table D.1: [VPL2017] FDS10 LSBNN N=45 among (Nos 2-57), [VPL2017] FDS11 LSBNN N=60 among (Nos 1-81), [VPL2017] FDS12 LSBNN N=41 among (Nos 2-55), [VPL2017] FDS16 LSB NN N=59 among (Nos 6-87).

Simbad objects: 238

Full paper

View the references in ADS

Number of rows : 238

N	Identifier	Otype	ICRS (J2000) RA	ICRS (J2000) DEC	Mag U	Mag B	Mag V	Mag R	Mag I	Sp type	#ref 1850 - 2023	#notes
1	NAME Scl Group	GrG	01 00 06	-33 44.2						~	500	0
2	NAME Fornax Dwarf Spheroidal	G	02 39 59.3	-34 26 57		9.02	7.4			~	1709	1
3	ACO 426	ClG	03 19 47.2	+41 30 47						~	2203	1
4	NGC 1316	GiP	03 22 41.789	-37 12 29.52	9.81	9.15	8.53	7.66		~	1355	1
5	NGFS J033101-353815	LSB	03 31 01	-35 38.3						~	3	0
6	LEDA 74657	LSB	03 31 16.9	-34 57 42		19.0				~	10	0
7	LEDA 74659	LSB	03 31 20.7	-35 49 10		19.4				~	11	0
8	6dFGS gJ033120.9-352930	EmG	03 31 20.9454220152	-35 29 29.875192764		15.72				~	21	0
9	LEDA 74661	LSB	03 31 22.7	-34 58 17		19.3				~	10	0
10	FCC 97	LSB	03 31 27.0	-35 29 37						~	6	0
11	FDS 16 0152	LSB	03 31 48.8	-35 34 57						~	5	0
12	LEDA 4662966	LSB	03 32 05.3	-35 25 33						~	5	0
13	NGFS J033205-354936	LSB	03 32 06	-35 49.6						~	3	0
14	FDS 16 0246	LSB	03 32 22.0	-35 24 22						~	5	0
15	LEDA 74696	LSB	03 32 27.4	-35 46 31		19.3				~	13	0
16	LEDA 4662936	LSB	03 32 48.5	-35 56 45						~	5	0
17	ESO 358-14	LSB	03 32 57.4	-35 44 15		17.95		16.69		~	24	0
18	LEDA 74712	LSB	03 33 08.6	-35 23 49		19.7				~	11	0
19	NGFS J033312-350208	LSB	03 33 12	-35 02.1						~	3	0
20	NGFS J033314-350139	LSB	03 33 14	-35 01.7						~	3	0
21	NGFS J033316-353551	LSB	03 33 15.979	-35 35 50.90						~	3	0
22	FDS 16 0307	LSB	03 33 18.6	-35 15 47						~	5	0
23	FDS 16 0145	LSB	03 33 22.2	-35 36 20						~	6	0
24	FDS 17 0345	LSB	03 33 24.2	-35 59 12						~	5	0
25	FDS 17 0359	LSB	03 33 27.7	-35 57 53						~	5	0
26	NGFS J033329-350736	LSB	03 33 28	-35 07.6						~	3	0
27	FDS 16 0127	LSB	03 33 32.2	-35 39 42						~	6	0
28	LEDA 4662937	LSB	03 33 33.0	-35 42 15						~	6	0
29	LEDA 74727	LSB	03 33 43.3	-35 51 34		16.7				~	19	1
30	LEDA 74728	LSB	03 33 48.4	-35 50 10		18.7				~	17	0
31	NGFS J033350-355706	LSB	03 33 49.874	-35 57 06.17						~	4	0
32	LEDA 74731	LSB	03 34 06.0	-35 16 37		19.8				~	14	0
33	NGFS J033407-352838	LSB	03 34 06.975	-35 28 37.99						~	4	0
34	NGFS J033407-352252	LSB	03 34 07.240	-35 22 52.33						~	2	0
35	FLSBG 223	LSB	03 34 09.179	-35 30 59.50		18.2				~	10	0
36	LEDA 74735	LSB	03 34 12.2	-35 13 43		20.3				~	13	0
37	FDS 16 0533	LSB	03 34 14.3	-35 49 10						~	6	0
38	LEDA 74737	LSB	03 34 20.2	-35 21 45		17.5				~	17	0
39	NGFS J033423-355042	LSB	03 34 23.337	-35 50 41.89						~	4	0
40	NGFS J033427-350621	LSB	03 34 27.181	-35 06 20.76						~	4	0
41	NGFS J033433-350236	LSB	03 34 32.551	-35 02 35.50						~	4	0
42	NGFS J033443-353115	LSB	03 34 43.390	-35 31 15.08						~	4	0
43	LEDA 13242	LSB	03 34 44.2	-35 51 41		16.9				~	19	0
44	[VPL2017] FDS16 LSB24	LSB	03 34 51	-35 52.3						~	2	0
45	FDS 16 0141	LSB	03 34 52.0	-35 37 24						~	5	0
46	FDS 16 0170	LSB	03 34 52.7	-35 34 10						~	6	0
47	LEDA 74742	LSB	03 34 56.5	-35 11 27		19.0	18.25			~	18	0
48	NGFS J033457-354115	LSB	03 34 56.556	-35 41 14.52						~	4	0
49	FDS 16 0329	LSB	03 34 57.6	-35 13 25						~	7	0
50	LEDA 74744	LSB	03 34 58.2	-35 02 34		18.5				~	15	0
51	LEDA 74745	LSB	03 35 00.2	-35 19 21		19.2	19.26			~	18	0
52	FDS 16 0227	LSB	03 35 05.4	-35 27 02						~	6	0
53	LEDA 74747	LSB	03 35 05.5	-35 13 06		19.6	19.07			~	18	0
54	LEDA 74749	LSB	03 35 11.5	-35 19 22		19.5				~	16	0
55	LEDA 74754	LSB	03 35 30.366	-35 15 08.26		19.2	18.99			~	12	0
56	LEDA 13287	LSB	03 35 42.8	-35 20 18		17.2	16.85			~	26	1
57	LEDA 74757	LSB	03 35 42.8	-35 30 51		18.3	18.85			~	15	0
58	LEDA 13291	LSB	03 35 46.3	-35 59 21		16.8				~	17	0
59	NGFS J033547-352142	LSB	03 35 47.340	-35 21 42.40						~	4	0
60	[VPL2017] FDS10 LSB57	LSB	03 35 53	-34 14.6						~	1	0
61	LEDA 74759	LSB	03 35 55.8	-34 49 42		18.1				~	15	0
62	LEDA 4662939	LSB	03 35 57.1	-34 37 54						~	6	0
63	FDS 16 0272	LSB	03 35 57.9	-35 20 53						~	6	0
64	[VPL2017] FDS12 LSB42	LSB	03 36 00	-36 34.4						~	2	0
65	NGFS J033600-355610	LSB	03 36 00.110	-35 56 10.29						~	4	0
66	FDS 15 0039	LSB	03 36 00.3	-34 52 41						~	6	0
67	FDS 17 0259	LSB	03 36 01.1	-36 15 29						~	6	0
68	NGFS J033602-351839	LSB	03 36 01.763	-35 18 38.58						~	3	0
69	NGFS J033603-362116	LSB	03 36 02.568	-36 21 16.24						~	3	0
70	LEDA 74761	LSB	03 36 04.1	-35 23 20		17.7	17.34			~	22	1
71	LEDA 74763	LSB	03 36 06.8	-35 50 32		19.8				~	12	0
72	[VPL2017] FDS11 LSB7	LSB	03 36 08	-36 00.0						~	2	0
73	NGFS J033608-355913	LSB	03 36 08.422	-35 59 12.94						~	3	0
74	NGFS J033610-354017	LSB	03 36 10.106	-35 40 17.18						~	4	0
75	NGFS J033612-354447	LSB	03 36 12.220	-35 44 46.98						~	4	0
76	[VPL2017] FDS16 LSB6	LSB	03 36 13	-35 13.4						~	2	0
77	[VPL2017] FDS12 LSB47	LSB	03 36 17	-36 04.9						~	2	0
78	FDS 10 0167	LSB	03 36 20.1	-34 35 39						~	7	0
79	LEDA 74768	LSB	03 36 23.5	-35 54 41		17.5				~	15	0
80	NGFS J033624-353122	LSB	03 36 23.668	-35 31 21.65						~	3	0
81	FDS 11 0108	LSB	03 36 25.2	-35 42 12						~	7	0
82	LEDA 74770	LSB	03 36 28.0	-35 12 39		18.7	18.78			~	16	0
83	[VPL2017] FDS10 LSB54	LSB	03 36 28	-34 45.3						~	2	0
84	FCC 171	LSB	03 36 37.252	-35 23 09.33						~	23	2
85	NGFS J033639-353641	LSB	03 36 38.551	-35 36 40.77						~	4	0
86	NGFS J033641-353520	LSB	03 36 40.651	-35 35 20.28						~	4	0
87	FDS 10 0117	LSB	03 36 41.9	-34 42 41						~	6	0
88	LEDA 74775	LSB	03 36 43.0	-35 26 08		18.8				~	15	0
89	NGFS J033646-355527	LSB	03 36 45.914	-35 55 27.35						~	3	0
90	FDS 11 0093	LSB	03 36 54.4	-35 44 50						~	6	0
91	NGFS J033655-355640	LSB	03 36 54.986	-35 56 39.81						~	3	0
92	FDS 11 0306	LSB	03 36 59.8	-35 20 36						~	10	1
93	NGFS J033700-350816	LSB	03 36 59.856	-35 08 15.72						~	4	0
94	LEDA 74783	LSB	03 37 02.7	-34 52 32		19.5				~	15	0
95	FDS 11 0064	LSB	03 37 03.4	-35 48 03						~	8	0
96	[VPL2017] FDS10 LSB47	LSB	03 37 09	-34 17.5						~	1	0
97	LEDA 74787	LSB	03 37 10.0	-35 23 11		19.3				~	17	0
98	LEDA 74788	LSB	03 37 10.3	-35 53 18		19.6	19.70			~	14	0
99	NGFS J033716-352130	LSB	03 37 15.685	-35 21 29.67						~	5	0
100	FDS 10 0591a	LSB	03 37 16.1	-34 16 17						~	4	0
101	FDS 10 0315	LSB	03 37 22.6	-34 17 14						~	5	0
102	FDS 12 0492	LSB	03 37 27.5	-35 57 46						~	6	0
103	NGFS J033730-341329	LSB	03 37 30	-34 13.5						~	3	0
104	FDS 10 0387	LSB	03 37 30.9	-34 05 45						~	5	0
105	LEDA 4662940	LSB	03 37 32.4	-36 32 40						~	5	0
106	LEDA 74792	LSB	03 37 34.0	-35 49 45		17.7				~	24	0
107	FDS 10 0180	LSB	03 37 34.5	-34 33 59						~	6	0
108	FDS 11 0299	LSB	03 37 38.6	-35 23 07						~	7	0
109	FDS 12 0383	LSB	03 37 40.8	-36 10 26						~	6	0
110	LEDA 74796	LSB	03 37 41.1	-35 17 46		19.1				~	18	0
111	FDS 12 0491	LSB	03 37 42.0	-35 57 19						~	6	0
112	LEDA 74798	LSB	03 37 43.7	-36 43 35		19.0				~	12	0
113	NGFS J033744-354214	LSB	03 37 44.448	-35 42 14.34						~	4	0
114	NGFS J033751-352146	LSB	03 37 50.909	-35 21 46.37						~	5	0
115	FDS 10 0200	LSB	03 37 58.9	-34 31 51						~	5	0
116	[VPL2017] FDS11 LSB17	LSB	03 38 02	-35 16.9						~	1	0
117	FDS 12 0463	LSB	03 38 06.3	-36 03 00						~	6	0
118	FDS 10 0423	LSB	03 38 08.0	-33 58 46						~	5	0
119	NGFS J033808-360030	LSB	03 38 08.465	-36 00 30.07						~	4	0
120	FDS 11 0403	LSB	03 38 08.7	-35 09 53						~	7	0
121	FDS 12 0287	LSB	03 38 11.0	-36 20 16						~	6	0
122	FDS 10 0345	LSB	03 38 13.7	-34 13 43						~	5	0
123	FDS 12 0314	LSB	03 38 15.5	-36 16 52						~	6	0
124	LEDA 74807	LSB	03 38 19.2	-36 03 56		18.7				~	13	0
125	LEDA 74810	LSB	03 38 20.9	-36 24 45		17.6				~	16	0
126	FDS 10 0017	LSB	03 38 22.4	-34 55 36						~	6	0
127	[VPL2017] FDS10 LSB16	LSB	03 38 24	-34 38.9						~	2	0
128	[VPL2017] FDS12 LSB28	LSB	03 38 25	-36 53.4						~	2	0
129	NGFS J033828-350222	LSB	03 38 27.989	-35 02 21.83						~	3	0
130	[VPL2017] FDS10 LSB39	LSB	03 38 29	-34 41.4						~	1	0
131	NGC 1399	BiC	03 38 29.083	-35 27 02.67	11.05	9.74	9.59	8.12		~	1557	1
132	ACO S 373	ClG	03 38 29.4	-35 27 08						~	1780	0
133	NGFS J033831-344629	LSB	03 38 31.470	-34 46 28.70						~	3	0
134	[VPL2017] FDS12 LSB31	LSB	03 38 33	-36 26.5						~	2	0
135	LEDA 74816	LSB	03 38 36.6	-35 50 02		19.0	18.91			~	20	0
136	FDS 11 0013	LSB	03 38 37.2	-35 55 02						~	6	0
137	LEDA 74817	LSB	03 38 37.7	-35 45 27		19.2	19.21			~	27	1
138	FDS 9 0024	LSB	03 38 38.3	-33 53 52						~	3	0
139	LEDA 74818	LSB	03 38 39.4	-36 33 30		19.2				~	12	0
140	LEDA 74819	LSB	03 38 41.7	-36 43 38		19.7				~	10	0
141	NGFS J033847-345913	LSB	03 38 46.968	-34 59 12.75						~	3	0
142	NGFS J033850-354334	LSB	03 38 50.452	-35 43 33.90						~	3	0
143	FDS 12 0154	LSB	03 38 53.5	-36 36 51						~	5	0
144	[VPL2017] FDS10 LSB34	LSB	03 38 54	-34 10.3						~	1	0
145	FDS 10 0056	LSB	03 38 54.3	-34 49 32						~	6	0
146	FDS 12 0135	LSB	03 38 56.0	-36 39 44						~	4	0
147	NGFS J033859-354428	LSB	03 38 58.990	-35 44 28.10						~	3	0
148	FDS 12 0286	LSB	03 39 00.9	-36 20 19						~	6	0
149	[VPL2017] FDS10 LSB37	LSB	03 39 03	-34 34.6						~	1	0
150	NGFS J033904-363333	LSB	03 39 04	-36 33.6						~	3	0
151	FDS 10 0326	LSB	03 39 06.5	-34 15 49						~	5	0
152	[VPL2017] FDS10 LSB33	LSB	03 39 07	-34 03.7						~	1	0
153	[VPL2017] FDS10 LSB36	LSB	03 39 18	-34 18.4						~	1	0
154	[VPL2017] FDS10 LSB11	LSB	03 39 18	-34 56.2						~	1	0
155	FDS 12 0148	LSB	03 39 25.1	-36 37 20						~	5	0
156	NGFS J033929-353421	LSB	03 39 28.908	-35 34 21.30						~	5	0
157	FDS 12 0433	LSB	03 39 32.3	-36 05 58						~	6	0
158	LEDA 74841	LSB	03 39 37.8	-36 33 13		19.6				~	10	0
159	FDS 11 0200	LSB	03 39 41.7	-35 31 54						~	6	0
160	NGFS J033942-352806	LSB	03 39 41.997	-35 28 06.10						~	5	0
161	[VPL2017] FDS10 LSB30	LSB	03 39 46	-34 08.1						~	1	0
162	[VPL2017] FDS10 LSB3	LSB	03 39 47	-34 41.2						~	2	0
163	LEDA 74850	LSB	03 39 50.1	-35 31 22		19.3				~	20	1
164	LEDA 74849	LSB	03 39 50.3	-35 01 19		17.8	18.41			~	14	0
165	NGFS J033951-360045	LSB	03 39 51.164	-36 00 44.78						~	4	0
166	LEDA 74851	LSB	03 39 51.4	-35 19 20		18.8	18.69			~	18	0
167	FDS 12 0396	LSB	03 39 52.6	-36 08 31						~	6	0
168	FDS 10 0123	LSB	03 39 54.6	-34 41 46						~	6	0
169	LEDA 74856	LSB	03 39 55.4	-35 39 44		19.1	18.75			~	20	0
170	[BAL2007] newdw2	LSB	03 39 56.422	-35 37 20.51						~	6	1
171	FDS 12 0436	LSB	03 40 00.3	-36 05 37						~	6	0
172	FDS 10 0109	LSB	03 40 00.6	-34 43 23						~	6	0
173	NGFS J034003-352754	LSB	03 40 03.118	-35 27 54.26						~	5	0
174	LEDA 74860	LSB	03 40 04.7	-34 10 04		18.4				~	16	0
175	FDS 10 0147	LSB	03 40 05.1	-34 39 08						~	6	0
176	LEDA 74862	LSB	03 40 06.1	-36 14 01		19.6				~	13	0
177	LEDA 4662945	LSB	03 40 07.0	-36 33 36						~	5	0
178	LEDA 74865	LSB	03 40 10.0	-34 26 48		17.2				~	13	0
179	NGFS J034012-351720	LSB	03 40 12.491	-35 17 19.60						~	4	0
180	NGFS J034015-363648	LSB	03 40 15	-36 36.8						~	3	0
181	FDS 11 0140	LSB	03 40 15.7	-35 39 46						~	6	0
182	LEDA 74869	LSB	03 40 17.2	-36 32 05		18.7				~	18	0
183	NGFS J034018-360332	LSB	03 40 18.064	-36 03 31.96						~	3	0
184	NGFS J034019-350815	LSB	03 40 18.576	-35 08 15.02						~	4	0
185	FDS 12 0296	LSB	03 40 19.3	-36 18 50						~	6	0
186	FDS 11 0488	LSB	03 40 26.3	-35 00 12						~	6	0
187	FDS 11 0277	LSB	03 40 26.8	-35 25 11						~	6	0
188	NGFS J034028-344710	LSB	03 40 28.341	-34 47 09.86						~	4	0
189	NGFS J034033-363317	LSB	03 40 33	-36 33.3						~	3	0
190	NGFS J034033-363448	LSB	03 40 33	-36 34.8						~	3	0
191	FDS 11 0032	LSB	03 40 33.6	-35 53 18						~	6	0
192	[VPL2017] FDS11 LSB2	LSB	03 40 36	-35 46.4						~	2	0
193	NGFS J034037-352119	LSB	03 40 36.826	-35 21 18.52						~	4	0
194	LEDA 74882	LSB	03 40 37.7	-36 07 16		19.1				~	17	0
195	LEDA 4662946	LSB	03 40 40.6	-34 56 56						~	7	0
196	LEDA 74884	LSB	03 40 42.3	-35 39 40		17.8				~	20	0
197	FDS 12 0366	LSB	03 40 44.0	-36 11 07						~	8	0
198	[VPL2017] FDS12 LSB52	LSB	03 40 46	-36 04.5						~	2	0
199	NGFS J034050-352318	LSB	03 40 49.630	-35 23 18.38						~	4	0
200	2MASX J03405042-3544534	GiC	03 40 50.4165381120	-35 44 54.385434708		15.74				~	33	0
201	NGFS J034053-350704	LSB	03 40 52.890	-35 07 03.82						~	4	0
202	[VPL2017] FDS10 LSB21	LSB	03 40 54	-34 17.3						~	1	0
203	FDS 5 0182	LSB	03 40 56.7	-34 42 47						~	6	0
204	[VPL2017] FDS11 LSB1	LSB	03 40 59	-35 41.8						~	1	0
205	LEDA 74899	LSB	03 41 00.77	-35 44 31.1		17.6				~	29	0
206	NGFS J034103-344144	LSB	03 41 03	-34 41.8						~	3	0
207	[VPL2017] FDS10 LSB20	LSB	03 41 06	-34 08.7						~	1	0
208	LEDA 74903	LSB	03 41 06.9	-35 41 26		19.6				~	15	0
209	LEDA 74905	LSB	03 41 07.3	-35 30 52		17.8				~	17	1
210	NGFS J034112-360409	LSB	03 41 11.906	-36 04 09.46						~	3	0
211	LEDA 13560	LSB	03 41 12.79	-35 09 29.8		17.0				~	19	1
212	[VPL2017] FDS11 LSB39	LSB	03 41 13	-35 20.1						~	2	0
213	NGFS J034126-352247	LSB	03 41 26.375	-35 22 46.50						~	3	0
214	NAME LMC	G	05 23 34.6	-69 45 22			0.4			~	16975	1
215	NAME Hydra I Cluster	ClG	10 36 36.0	-27 31 04						~	826	1
216	HCC 87	G	10 36 39.0	-27 21 25			21.75		20.68	~	15	0
217	NAME Virgo Cluster	ClG	12 26 32.1	+12 43 24						~	6505	0
218	[MDF2015] VLSB-B	LSB	12 28 10.0726	+12 43 29.447			17.6			~	14	0
219	[PLP2016] 187.065960+12.870085	LSB	12 28 15.8225873472	+12 52 12.283964076			16.1			~	12	0
220	[MDF2015] VLSB-C	LSB	12 30 37.3	+10 20 53			16.2			~	4	0
221	2MASX J12365934+1419494	LSB	12 36 59.3463193464	+14 19 49.164305988		17.80				~	195	0
222	ACO 3526	ClG	12 48 51.8	-41 18 21						~	1045	2
223	SMDG J1253151+274115	LSB	12 53 15.1	+27 41 15						~	10	0
224	SMDG J1256129+273250	LSB	12 56 12.95	+27 32 50.3		21.67		20.99		~	9	0
225	SMDG J1256228+281955	LSB	12 56 22.8	+28 19 53						~	8	0
226	[VAM2015] DF24	LSB	12 56 28.9	+27 46 19						~	4	0
227	SMDG J1256297+282640	LSB	12 56 29.7	+28 26 40						~	10	0
228	SMDG J1257017+282325	LSB	12 57 01.7	+28 23 25						~	17	0
229	[VAM2015] DF14	LSB	12 58 07.8	+27 54 46						~	7	0
230	SMDG J1259142+290717	LSB	12 59 14.1	+29 07 16						~	7	0
231	ACO 1656	ClG	12 59 44.40	+27 54 44.9						~	4695	2
232	[VAM2015] DF20	LSB	13 00 18.9	+27 48 06		22.48		21.58		~	8	0
233	SMDG J1301582+275011	LSB	13 01 58.3	+27 50 11						~	46	0
234	[VAM2015] DF38	LSB	13 02 00.1	+27 19 51						~	4	0
235	SMDG J1302578+274724	LSB	13 02 57.8	+27 47 25						~	7	0
236	NAME Centaurus A	Sy2	13 25 27.61521044	-43 01 08.8050291		8.18	6.84	6.66		~	4399	3
237	NAME UMi Galaxy	G	15 09 11.34	+67 12 51.7		13.60	10.6			~	1326	0
238	NAME Local Group	GrG	~	~						~	8146	0

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