2020ApJ...888...74M

Query : 2020ApJ...888...74M

2020ApJ...888...74M - Astrophys. J., 888, 74-74 (2020/January-2)

The massive and distant clusters of WISE survey. VII. The environments and properties of radio galaxies in clusters at z ∼ 1.

MORAVEC E., GONZALEZ A.H., STERN D., CLARKE T., BRODWIN M., DECKER B., EISENHARDT P.R.M., MO W., POPE A., STANFORD S.A. and WYLEZALEK D.

Abstract (from CDS):

We present the results from a study with NSF's Karl G. Jansky Very Large Array (VLA) to determine the radio morphologies of extended radio sources and the properties of their host galaxies in 50 massive galaxy clusters at z ∼ 1. We find a majority of the radio morphologies to be Fanaroff-Riley type IIs. By analyzing the infrared counterparts of the radio sources, we find that ∼40% of the host galaxies are the candidate brightest cluster galaxy and ∼83% are consistent with being one of the top six most massive galaxies in the cluster. We investigate the role of environmental factors on the radio-loud AGN population by examining correlations between environmental and radio-galaxy properties. We find that the highest stellar mass hosts (M* >= 4 x 1011 M☉) are confined to the cluster center and host compact jets. There is evidence for an increase in the size of the jets with cluster-centric radius, which may be attributed to the decreased ICM pressure confinement with increasing radius. Besides this correlation, there are no other significant correlations between the properties of the radio-AGN (luminosity, morphology, or size) and environmental properties (cluster richness and location within the cluster). The fact that there are more AGN in the cluster environment than the field at this epoch, combined with the lack of strong correlation between galaxy and environmental properties, argues that the cluster environment fosters radio activity but does not solely drive the evolution of these sources at this redshift.

Abstract Copyright: © 2020. The American Astronomical Society. All rights reserved.

Journal keyword(s): Galaxy evolution - Galaxy clusters - High-redshift galaxy clusters - Active galactic nuclei - Radio interferometry - Radio continuum emission - Radio galaxies - Radio lobes - Fanaroff-Riley radio galaxies - AGN host galaxies - Infrared galaxies - Rich galaxy clusters

Nomenclature: Table 2: [MGS2020] JHHMMSS.ss+DDMMSS.s N=50.

Simbad objects: 107

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Number of rows : 107
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 MOO J0015+0801 ClG 00 15 23.98 +08 01 31.8           ~ 3 0
2 FIRST J001524.4+080115 rG 00 15 24.50 +08 01 15.3           ~ 2 0
3 MOO J0100-0151 ClG 01 00 58.94 -01 50 49.5           ~ 2 0
4 PKS 0058-021 rG 01 01 03.02 -01 51 15.1           ~ 6 1
5 MOO J0121-0145 ClG 01 21 51.94 -01 45 44.0           ~ 3 0
6 MOO J0228-0644 ClG 02 28 00.84 -06 44 52.6           ~ 3 0
7 NVSS J022802-064439 rG 02 28 02.3 -06 44 39           ~ 3 0
8 MOO J0231-0212 ClG 02 31 12.96 -02 12 30.5           ~ 2 0
9 [MGS2020] J023113.07-021212.1 Rad 02 31 13.07 -02 12 12.1           ~ 1 0
10 MOO J0250-0443 ClG 02 50 43.04 -04 43 21.8           ~ 3 0
11 NVSS J025044-044302 rG 02 50 44.5 -04 43 04           ~ 3 0
12 ACT-CL J0300.2+0125 ClG 03 00 10.71 +01 24 49.8           ~ 5 0
13 [MGS2020] J030012.52+012459.2 Rad 03 00 12.52 +01 24 59.2           ~ 1 0
14 FIRST J030012.9+012500 AG? 03 00 12.8985 +01 24 59.799           ~ 3 0
15 ACO 426 ClG 03 19 47.2 +41 30 47           ~ 2269 1
16 MOO J0900+0407 ClG 09 00 44.35 +04 07 46.6           ~ 2 0
17 [MGS2020] J090047.87+040756.4 rG 09 00 47.87 +04 07 56.4           ~ 1 0
18 [VV2006] J090102.4+334051 QSO 09 01 02.4331229088 +33 40 52.100521392   19.62 19.46     ~ 20 0
19 MOO J0901+3341 ClG 09 01 08.27 +33 41 33.8           ~ 2 0
20 MOO J0903+1319 ClG 09 03.0 +13 19           ~ 2 0
21 [MGS2020] J090304.96+131951.7 rG 09 03 04.96 +13 19 51.7           ~ 1 0
22 [MGS2020] J091720.12+145610.6 rG 09 17 20.12 +14 56 10.6           ~ 1 0
23 MOO J0917+1456 ClG 09 17 22.56 +14 56 09.8           ~ 2 0
24 NAME Hya A LIN 09 18 05.66848602 -12 05 43.8060823   14.38 14.8     ~ 1014 1
25 [MGS2020] J092053.97-075530.5 rG 09 20 53.97 -07 55 30.5           ~ 1 0
26 MOO J0920-0755 ClG 09 20 54.66 -07 55 30.6           ~ 2 0
27 MOO J0928-0126 ClG 09 28.0 -01 26           ~ 2 0
28 [MGS2020] J092808.73-012538.0 Rad 09 28 08.73 -01 25 38.0           ~ 1 0
29 MOO J0959+3903 ClG 09 59.0 +39 03           ~ 2 0
30 FIRST J095957.5+390350 rG 09 59 57.75 +39 03 49.0           ~ 1 0
31 MOO J1004-0257 ClG 10 04 38.71 -02 57 27.7           ~ 2 0
32 [MGS2020] J100438.97-025745.8 Rad 10 04 38.97 -02 57 45.8           ~ 1 0
33 [MGS2020] J100721.70+013926.3 rG 10 07 21.70 +01 39 26.3           ~ 1 0
34 MOO J1007+0139 ClG 10 07 24.35 +01 39 48.1           ~ 2 0
35 MOO J1011+3919 ClG 10 11.0 +39 19           ~ 2 0
36 NVSS J101155+392002 rG 10 11 55.22 +39 20 04.1           ~ 5 1
37 MOO J1012+0843 ClG 10 12 17.13 +08 43 36.5           ~ 2 0
38 [MGS2020] J101217.22+084226.3 rG 10 12 17.22 +08 42 26.3           ~ 1 0
39 MOO J1020+2412 ClG 10 20 04.62 +24 12 11.3           ~ 2 0
40 FIRST J102004.9+241214 rG 10 20 04.9110 +24 12 13.721           ~ 2 0
41 [MGS2020] J102040.09+123145.7 Rad 10 20 40.09 +12 31 45.7           ~ 1 0
42 MOO J1020+1231 ClG 10 20 40.24 +12 31 21.0           ~ 2 0
43 MOO J1021+1800 ClG 10 21.0 +18 00           ~ 2 0
44 [MGS2020] J102154.93+180054.6 rG 10 21 54.93 +18 00 54.6           ~ 1 0
45 MOO J1034+3104 ClG 10 34.0 +31 04           ~ 2 0
46 NVSS J103432+310350 rG 10 34 32.73 +31 03 52.1           ~ 7 1
47 MOO J1037+0433 ClG 10 37.0 +04 33           ~ 2 0
48 NVSS J103710+043315 Rad 10 37 11.81 +04 33 07.7           ~ 1 0
49 [MGS2020] J105317.73+105229.5 Rad 10 53 17.73 +10 52 29.5           ~ 1 0
50 ACT-CL J1053.2+1052 ClG 10 53 21.36 +10 52 15.0           ~ 4 0
51 MOO J1117+1514 ClG 11 17.0 +15 14           ~ 2 0
52 [MGS2020] J111736.53+151444.3 rG 11 17 36.53 +15 14 44.3           ~ 1 0
53 MOO J1138+5031 ClG 11 38 13.44 +50 31 21.2           ~ 2 0
54 [MGS2020] J113814.25+503145.4 rG 11 38 14.25 +50 31 45.4           ~ 1 0
55 SDSS J114023.85+445417.7 rG 11 40 23.859 +44 54 17.72           ~ 3 0
56 MOO J1140+4454 ClG 11 40 25.20 +44 54 40.0           ~ 2 0
57 MOO J1215-0630 ClG 12 15.0 -06 30           ~ 2 0
58 M 87 AGN 12 30 49.42338414 +12 23 28.0436859 10.16 9.59 8.63   7.49 ~ 7221 3
59 MOO J1238-0232 ClG 12 38 57.39 -02 32 16.6           ~ 2 0
60 [MGS2020] J123857.75-023141.5 rG 12 38 57.75 -02 31 41.5           ~ 1 0
61 ACO 3526 ClG 12 48 51.8 -41 18 21           ~ 1069 2
62 [MGS2020] J125246.56+070054.2 rG 12 52 46.56 +07 00 54.2           ~ 1 0
63 MOO J1252+0700 ClG 12 52 47.41 +07 00 56.9           ~ 2 0
64 [MGS2020] J130824.27+162251.4 rG 13 08 24.27 +16 22 51.4           ~ 1 0
65 MOO J1308+1622 ClG 13 08 24.55 +16 22 40.1           ~ 2 0
66 MOO J1312+2002 ClG 13 12.0 +20 02           ~ 2 0
67 [MGS2020] J131249.56+200226.1 rG 13 12 49.56 +20 02 26.1           ~ 1 0
68 MOO J1319+5519 ClG 13 19 38.3 +55 19 07           ~ 3 0
69 NVSS J131942+551901 rG 13 19 41.94 +55 19 01.8           ~ 3 1
70 MOO J1334+1443 ClG 13 34 45.72 +14 43 11.1           ~ 2 0
71 NVSS J133447+144249 Rad 13 34 46.43 +14 42 58.6           ~ 1 0
72 MOO J1353-0541 ClG 13 53 44.50 -05 41 32.5           ~ 2 0
73 [MGS2020] J135346.94-054123.5 Rad 13 53 46.94 -05 41 23.5           ~ 1 0
74 [MGS2020] J135556.60+611648.1 rG 13 55 56.60 +61 16 48.1           ~ 1 0
75 MOO J1355+6116 ClG 13 55 57.03 +61 16 09.1           ~ 2 0
76 NVSS J135822+215918 rG 13 58 22.94 +21 59 19.6           ~ 3 1
77 MOO J1358+2158 ClG 13 58 25.47 +21 58 47.4           ~ 3 0
78 [MGS2020] J140122.23+075105.3 Rad 14 01 22.23 +07 51 05.3           ~ 1 0
79 MOO J1401+0750 ClG 14 01 25.33 +07 50 14.5           ~ 2 0
80 MOO J1412+4846 ClG 14 12 57.69 +48 46 01.0           ~ 3 0
81 [MGS2020] J141258.06+484701.2 rG 14 12 58.06 +48 47 01.2           ~ 1 0
82 [MGS2020] J143519.41+480002.5 rG 14 35 19.41 +48 00 02.5           ~ 1 0
83 MOO J1435+4759 ClG 14 35 23.47 +47 59 41.1           ~ 3 0
84 MOO J1440+2628 ClG 14 40.0 +26 28           ~ 2 0
85 [MGS2020] J144009.82+262855.9 rG 14 40 09.82 +26 28 55.9           ~ 1 0
86 [MGD2020] MOO J1506+5137 A rG 15 06 20.40 +51 36 53.7           ~ 2 0
87 MOO J1506+5137 ClG 15 06 20.7 +51 37 01           ~ 7 0
88 MOO J1507+3126 ClG 15 07.0 +31 26           ~ 2 0
89 [MGS2020] J150753.03+312708.6 rG 15 07 53.03 +31 27 08.6           ~ 1 0
90 MOO J1516-0435 ClG 15 16.0 -04 35           ~ 2 0
91 [MGS2020] J151640.11-043539.5 rG 15 16 40.11 -04 35 39.5           ~ 1 0
92 [MGS2020] J155523.06+325956.5 rG 15 55 23.06 +32 59 56.5           ~ 1 0
93 MOO J1555+3259 ClG 15 55 24.44 +32 59 27.5           ~ 2 0
94 NVSS J161931+532309 rG 16 19 31.8 +53 23 10           ~ 3 1
95 MOO J1619+5323 ClG 16 19 34.06 +53 23 17.1           ~ 2 0
96 MOO J1622+1324 ClG 16 22.0 +13 24           ~ 2 0
97 NVSS J162227+132406 Rad 16 22 26.77 +13 24 03.8           ~ 1 0
98 ACO 2199 ClG 16 28 43.31 +39 34 07.6           ~ 1172 1
99 MOO J1634+4021 ClG 16 34.0 +40 21           ~ 2 0
100 [MGS2020] J163436.42+402131.6 Rad 16 34 36.42 +40 21 31.6           ~ 1 0
101 [MGS2020] J173100.30+585805.7 rG 17 31 00.30 +58 58 05.7           ~ 1 0
102 MOO J1731+5857 ClG 17 31 04.91 +58 57 50.1           ~ 3 0
103 PMN J2247+0508 rG 22 47 15.2 +05 08 07           ~ 12 1
104 MOO J2247+0507 ClG 22 47 15.62 +05 07 49.1           ~ 4 0
105 MOO J2306+0951 ClG 23 06 25.92 +09 52 15.5           ~ 2 0
106 MOO J2321+0119 ClG 23 21.0 +01 19           ~ 2 0
107 [MGS2020] J232107.40+011914.0 Rad 23 21 07.40 +01 19 14.0           ~ 1 0

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