2014MNRAS.445..955B

Query : 2014MNRAS.445..955B

2014MNRAS.445..955B - Mon. Not. R. Astron. Soc., 445, 955-969 (2014/November-3)

The cosmic evolution of radio-AGN feedback to z = 1.

BEST P.N., KER L.M., SIMPSON C., RIGBY E.E. and SABATER J.

Abstract (from CDS):

This paper presents the first measurement of the radio luminosity function of `jet-mode' (radiatively inefficient) radio-AGN out to z = 1, in order to investigate the cosmic evolution of radio-AGN feedback. Eight radio source samples are combined to produce a catalogue of 211 radio-loud AGN with 0.5 < z < 1.0, which are spectroscopically classified into jet-mode and radiative-mode (radiatively efficient) AGN classes. Comparing with large samples of local radio-AGN from the Sloan Digital Sky Survey, the cosmic evolution of the radio luminosity function of each radio-AGN class is independently derived. Radiative-mode radio-AGN show an order of magnitude increase in space density out to z ~ 1 at all luminosities, consistent with these AGN being fuelled by cold gas. In contrast, the space density of jet-mode radio-AGN decreases with increasing redshift at low radio luminosities (L1.4GHz ≲ 1024 W/ Hz) but increases at higher radio luminosities. Simple models are developed to explain the observed evolution. In the best-fitting models, the characteristic space density of jet-mode AGN declines with redshift in accordance with the declining space density of massive quiescent galaxies, which fuel them via cooling of gas in their hot haloes. A time delay of 1.5-2 Gyr may be present between the quenching of star formation and the onset of jet-mode radio-AGN activity. The behaviour at higher radio luminosities can be explained either by an increasing characteristic luminosity of jet-mode radio-AGN activity with redshift (roughly as (1 + z)3) or if the jet-mode radio-AGN population also includes some contribution of cold-gas-fuelled sources seen at a time when their accretion rate was low. Higher redshifts measurements would distinguish between these possibilities.

Abstract Copyright: © 2014 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society (2014)

Journal keyword(s): accretion, accretion discs - galaxies: active - galaxies: evolution - galaxies: jets - radio continuum: galaxies

VizieR on-line data: <Available at CDS (J/MNRAS/445/955): tablea1.dat>

Simbad objects: 220

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Number of rows : 220
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 TONS 00 1140 rG 00 08 30.810 +35 21 46.98     25.2 22.8 21.0 ~ 6 0
2 3C 5 G 00 13 11.18 +00 51 50.0           ~ 46 2
3 NVSS J001313+345940 rG 00 13 13.2 +34 59 42   23.3 21.6 20.4 19.0 ~ 5 1
4 TONS 00 1267 rG 00 15 31.300 +36 12 20.82 23.5 24.6 24.0 23.0 21.7 ~ 6 0
5 ICRF J002442.9-420203 AGN 00 24 42.98990924 -42 02 03.9490020   22       ~ 65 0
6 4C -00.05 Rad 00 45 41.586 +00 21 09.65           ~ 18 1
7 PKS 0045-009 Rad 00 48 03.68 -00 42 42.5           ~ 5 0
8 4C 01.01 G 01 02 15.4366 +02 03 08.082           ~ 14 1
9 3C 38 Sy2 01 20 27.176 -15 20 11.01     20.0     ~ 86 1
10 QSO J0200-3053 QSO 02 00 12.1757038704 -30 53 26.673024840   19.0 19.6     ~ 57 1
11 5C 6.19 rG 02 09 36.2 +33 54 17           ~ 8 0
12 [SMR2006] VLA J021625-04522 G 02 16 25.159 -04 52 17.11   24.5894 22.2738 19.5427   ~ 3 0
13 [SMR2006] VLA J021634-04550 G 02 16 34.968 -04 55 06.47   24.8528 23.4401 22.2077   ~ 4 0
14 VIPERS 114103424 G 02 16 38.6340 -05 11 22.917   22.9855 21.8760 21.0340   ~ 4 0
15 CANDELS UDS F160W J021659.79-051058.8 G 02 16 59.7903 -05 10 58.805   23.3955 21.8846 20.8847   ~ 6 0
16 CANDELS UDS F160W J021702.67-051618.4 G 02 17 02.6797 -05 16 18.391   24.2771 23.0452 22.8665   ~ 7 0
17 ZFOURGE UDS 14544 G 02 17 05.4108 -05 10 02.281   24.0783 22.9643 22.3571   ~ 6 0
18 [SMR2006] VLA J021707-04521 G 02 17 07.447 -04 52 11.85   23.2740 22.0685 21.2629   ~ 3 0
19 SDSS J021718.54-052920.5 AGN 02 17 18.546 -05 29 20.53   21.6931 21.0271 20.8361   ~ 10 0
20 VIPERS 114139211 G 02 17 20.574 -05 02 44.41   23.2909 22.0587 21.2782   ~ 5 0
21 CANDELS UDS F160W J021724.39-051252.2 AGN 02 17 24.39514 -05 12 52.2136   23.9318 22.8145 22.1173   ~ 12 0
22 [SMR2006] VLA J021729-05187 G 02 17 29.806 -05 18 48.66   22.3545 21.1870 20.4323   ~ 3 0
23 CANDELS UDS F160W J021737.14-051329.5 rG 02 17 37.14752 -05 13 29.5242   23.372 22.054 21.102 19.12 ~ 46 0
24 [SMR2006] VLA J021740-04516 G 02 17 40.819 -04 51 37.25   22.1993 21.0832 20.2471   ~ 3 0
25 CANDELS UDS F160W J021754.11-051249.9 G 02 17 54.1 -05 12 50   22.1616 21.2003 20.1645   ~ 12 1
26 [SMR2006] VLA J021755-05370 QSO 02 17 55.397 -05 37 05.21   22.3759 22.1716 22.1387   ~ 5 0
27 [SMR2006] VLA J021757-05030 G 02 17 57.098 -05 03 02.87   23.1080 21.6537 20.4948   ~ 3 0
28 [SMR2006] 19 AGN 02 17 57.263 -05 27 55.86   21.91 21.73     ~ 6 0
29 FIRST J021758.9-043256 G 02 17 58.97 -04 32 56.0   24.8563 24.5212 24.1179   ~ 6 1
30 NAME SXDSF reg 02 18 00 -05 00.0           ~ 224 1
31 VIPERS 105210755 G 02 18 00.3092 -05 38 04.915   23.0556 21.8268 20.7512   ~ 4 0
32 HSCS J021801.85-053721.8 G 02 18 01.85921 -05 37 21.8238   24.2529 23.3920 22.7123   ~ 4 0
33 [SMR2006] VLA J021822-05291 G 02 18 22.322 -05 29 09.15   25.2047 24.0171 23.2015   ~ 3 0
34 FIRST J021822.4-051648 G 02 18 22.4 -05 16 49   22.7947 21.5143 20.3331   ~ 7 1
35 [GSR2007] SXDF-iS-087629 AGN 02 18 23.5 -05 25 00   22.5712 21.3233 20.4645   ~ 8 0
36 FIRST J021827.3-045437 AGN 02 18 27.31 -04 54 37.4   23.1069 21.9154 20.9715   ~ 7 1
37 VIPERS 114158927 G 02 18 34.318 -04 58 05.51           ~ 5 0
38 [SMR2006] VLA J021837-04488 G 02 18 37.877 -04 48 51.03   23.5147 22.4204 22.2454   ~ 3 0
39 [SMR2006] VLA J021842-04347 G 02 18 42.859 -04 34 42.92   24.4642 22.9654 22.0131   ~ 3 0
40 [SMR2006] VLA J021848-05083 G 02 18 48.216 -05 08 22.17   22.5566 21.1499 20.0820   ~ 3 0
41 [SMR2006] VLA J021849-04595 G 02 18 48.984 -04 59 31.92   23.0057 21.8161 20.8949   ~ 3 0
42 [SMR2006] VLA J020458-04468 G 02 18 58.471 -04 46 51.46   23.6875 22.7788 22.1214   ~ 3 0
43 GAMA 1091328 G 02 19 06.673 -04 59 01.91   21.9116 20.6730 19.5648   ~ 7 0
44 [SMR2006] VLA J021932-05129 G 02 19 32.143 -05 12 57.64   21.5277 22.4361 21.9753   ~ 4 0
45 5C 6.233 rG 02 20 32.9 +29 52 06           ~ 9 0
46 NVSS J022216+335327 rG 02 22 16.9 +33 53 27           ~ 9 1
47 7C 021949.20+334340.00 QSO 02 22 48.7196178288 +33 57 18.978482556     19.99     ~ 18 1
48 7C 0221+3417 rG 02 24 56.12 +34 30 36.4           ~ 7 0
49 4C -00.12 QSO 02 25 07.9319769264 -00 35 32.987872212   19.98 19.36     ~ 85 1
50 LEDA 2823181 Sy2 02 37 43.6 -19 32 33     21.3     ~ 73 0
51 87GB 024249.8+024934 G 02 45 26.5 +03 02 19           ~ 12 1
52 ICRF J025246.1-710435 AGN 02 52 46.15578 -71 04 35.2742   19.0 19.0     ~ 96 1
53 ICRF J031857.8+162832 AGN 03 18 57.80304294 +16 28 32.6782325     22.0     ~ 207 1
54 QSO B0407-65 QSO 04 08 20.37884 -65 45 09.0806     18.0     ~ 175 1
55 PKS 0409-75 rG 04 08 48.4924 -75 07 19.327   21.40 21.7     ~ 80 1
56 ICRF J041045.6+765645 AGN 04 10 45.61079426 +76 56 45.3130641   21 22.0 21.200   ~ 158 1
57 BD+52 913 WD* 05 05 30.6180977592 +52 49 51.919301604 10.25 11.44 11.69 11.93 12.108 DA.8 1090 0
58 ICRF J052109.8+163822 Sy1 05 21 09.88596258 +16 38 22.0515459   19.37 18.84 18.480   ~ 851 1
59 ICRF J054236.1+495107 Sy1 05 42 36.13789710 +49 51 07.2337139   18.45 17.80 17.210   ~ 1493 1
60 4C 33.21 Rad 07 35 55.5731 +33 07 09.728   21.0       ~ 40 1
61 5C 7.8 rG 08 11 03.64 +28 13 53.3           ~ 7 0
62 3C 196 Sy1 08 13 36.0561170112 +48 13 02.644966020   18.36 17.79     ~ 551 2
63 NVSS J081346+275139 rG 08 13 46.2 +27 51 39           ~ 7 1
64 5C 7.85 QSO 08 17 48.0237928272 +27 16 39.292769316     20.00     ~ 19 1
65 NVSS J081908+261444 rG 08 19 08.4 +26 14 46           ~ 11 1
66 7C 0816+2651 QSO 08 19 16.6156811712 +26 42 03.246228036   19.20 19.10 18.6   ~ 47 1
67 NVSS J081927+251918 rG 08 19 27.4 +25 19 19           ~ 11 1
68 NVSS J082307+243036 rG 08 23 07.7 +24 30 36           ~ 9 1
69 4C 37.24 QSO 08 31 10.0180098720 +37 42 09.574152228   19.25 18.95     ~ 105 1
70 4C 51.25 G 08 33 18.8 +51 03 09   20.0       ~ 19 1
71 3C 202 Rad 08 34 48.223 +17 00 42.43   19.5       ~ 31 1
72 ICRF J084047.5+131223 Sy1 08 40 47.58842599 +13 12 23.5637506   18.58 18.15 17.622   ~ 434 1
73 3C 217 Rad 09 08 50.6 +37 48 19   22       ~ 128 1
74 ICRF J090933.4+425346 Sy2 09 09 33.49714902 +42 53 46.4821036   19.98 19.42 18.220   ~ 503 0
75 4C 16.27 G 09 12 03.999 +16 18 27.04     18.5     ~ 17 1
76 4C 17.48 Rad 09 14 05.1 +17 15 54   20.0       ~ 23 2
77 4C 53.18 Q? 09 22 49.9 +53 02 21           ~ 14 1
78 4C 59.10 Rad 09 30 54.39 +58 55 15.7           ~ 5 0
79 3C 225 rG 09 42 15.4 +13 45 51   19 20.0     ~ 121 2
80 3C 226.0 Sy1 09 44 16.51944 +09 46 16.9068   19.5       ~ 129 2
81 4C 17.49 Rad 09 45 13.80 +16 55 21.4   20.5       ~ 11 1
82 NVSS J094538-211112 G 09 45 38.34 -21 11 12.1           ~ 5 0
83 CENSORS 12 G 09 46 41.2 -20 29 29           ~ 7 1
84 NVSS J094703-205002 G 09 47 03.4 -20 50 02           ~ 6 0
85 NVSS J094710-203553 Rad 09 47 10.3 -20 35 46           ~ 6 0
86 NVSS J094804-203435 Rad 09 48 04.23 -20 34 35.9           ~ 5 0
87 NVSS J094810-200158 Rad 09 48 10.05 -20 01 58.1           ~ 5 0
88 CENSORS 29 QSO 09 48 15.7300060776 -21 40 06.449631996   19.23 19.02     ~ 7 0
89 CENSORS 37 QSO 09 49 19.3 -21 51 50   24.52 24.55     ~ 7 0
90 NVSS J094922-211819 Rad 09 49 22.0 -21 18 23           ~ 6 0
91 NVSS J094924-211110 G 09 49 25.5 -21 11 02           ~ 6 0
92 NVSS J094929-212938 Rad 09 49 29.71 -21 29 38.8           ~ 5 0
93 NVSS J094930-202333 G 09 49 30.9 -20 23 29           ~ 6 0
94 CENSORS 62 G 09 49 45.86 -21 50 06.5           ~ 5 0
95 3C 228 rG 09 50 10.7 +14 19 58   21       ~ 166 2
96 NVSS J095038-214115 G 09 50 38.48 -21 41 15.1           ~ 5 0
97 NVSS J095129-201641 G 09 51 29.2 -20 16 25           ~ 6 0
98 NVSS J095143-212356 QSO 09 51 43.9 -21 23 57   18.40 18.65     ~ 15 1
99 NVSS J095210-205008 Rad 09 52 10.86 -20 50 08.2           ~ 5 0
100 NVSS J095242-195820 G 09 52 43.1 -19 58 19           ~ 6 0
101 NVSS J095255-205207 QSO 09 52 55.86 -20 52 07.0           ~ 5 0
102 NVSS J095259-214841 G 09 52 59.2 -21 48 39           ~ 6 0
103 NVSS J095309-200122 G 09 53 09.2 -20 01 19           ~ 6 0
104 NVSS J095441-204947 Rad 09 54 41.98 -20 49 47.1           ~ 5 0
105 NVSS J095527-204607 G 09 55 26.95 -20 46 05.9           ~ 5 0
106 CENSORS 115 G 09 57 24.53 -20 22 36.3           ~ 6 0
107 NVSS J095726-201304 G 09 57 26.2 -20 12 50           ~ 6 0
108 NVSS J095730-213237 Rad 09 57 30.82 -21 32 37.7           ~ 5 0
109 NVSS J095739-200318 Rad 09 57 39.4 -20 03 04           ~ 6 0
110 NVSS J095743-200636 G 09 57 43.0 -20 06 40           ~ 6 0
111 Ton 469 Sy1 09 58 20.9496221568 +32 24 02.208417372   15.88 15.78 15.51   ~ 425 1
112 4C 00.34 QSO 10 00 17.6727030648 +00 05 23.704002492   19.61 19.41     ~ 149 1
113 4C 32.34 G 10 04 32.8 +31 51 49   22.0       ~ 32 1
114 4C 59.11 Rad 10 07 42.5 +59 08 10           ~ 12 1
115 3C 237.0 rG 10 08 00.0529 +07 30 16.830   21       ~ 190 0
116 4C 43.19 Rad 10 25 29.8 +42 57 43           ~ 16 1
117 4C 46.21 QSO 10 27 14.839 +46 02 56.84           ~ 23 1
118 4C 00.35 G 10 30 09.9088 +00 37 42.151   19.4       ~ 15 1
119 4C 03.18 rG 10 41 39.0 +02 42 32           ~ 44 1
120 4C 15.34 Rad 10 46 34.9 +15 43 45           ~ 10 1
121 4C -02.43 Rad 10 49 26.1 -02 54 55           ~ 15 1
122 3C 247 QSO 10 58 58.8 +43 01 23   21.5       ~ 160 1
123 3C 248 Rad 11 00 06.8 +30 26 38           ~ 29 1
124 ICRF J110715.0+162802 Sy1 11 07 15.0475336176 +16 28 02.244766584   15.91 15.70     ~ 166 1
125 4C 39.34 QSO 11 08 37.6606539552 +38 58 42.205665180   18.5 18.5     ~ 50 1
126 3C 254 QSO 11 14 38.7251836992 +40 37 20.329281156   17.62 17.42     ~ 324 2
127 4C 12.41 QSO 11 26 27.122 +12 20 34.83   20.0       ~ 19 2
128 ICRF J113259.4+102342 Sy1 11 32 59.4889741536 +10 23 42.213963696   17.43 17.36     ~ 104 1
129 4C 43.22 G 11 34 38.5 +43 28 01   20.0       ~ 26 1
130 LB 10265 BLL 11 34 54.4897952568 +30 05 26.065870692   18.48 18.24     ~ 93 0
131 NAME Crt A Sy1 11 39 10.7025556152 -13 50 43.639196064   16.38 16.17 16.4   ~ 271 1
132 4C 59.16 G 11 40 49.57440 +59 12 25.3763           ~ 22 1
133 6C 114019+490800 QSO 11 42 58.7954013408 +48 51 18.846235980   19.6       ~ 22 1
134 3C 265.0 Sy1 11 45 29.0 +31 33 50   20.0       ~ 247 0
135 4C 25.36 Q? 11 47 14.74128 +25 23 19.1832     18.0     ~ 16 1
136 4C 09.39 Bla 11 53 12.5520470448 +09 14 02.276002572   18.26 18.14     ~ 83 1
137 4C 54.25 Rad 11 59 13.8 +53 53 07           ~ 11 1
138 3C 268.1 rG 12 00 23.2 +73 00 48   22       ~ 147 1
139 4C 46.25 AGN 12 00 31.1534 +45 48 42.610           ~ 21 1
140 4C 29.46 Rad 12 04 50.8 +29 30 22   18.5       ~ 27 1
141 4C 04.40 rG 12 06 20.12496 +04 06 10.7892           ~ 22 1
142 HZ 21 WD* 12 13 56.2641545952 +32 56 31.358609412 13.125 14.361 14.688 14.837 15.038 DO1 140 0
143 4C 17.54 QSO 12 15 14.72006420 +17 30 02.2543564   20.0       ~ 23 1
144 7C 1216+2012 QSO 12 18 59.149 +19 55 28.05   21.46 20.49     ~ 18 1
145 [BSF97] J122151.94+313052.7 X 12 21 53.28 +31 30 57.2           ~ 18 1
146 3C 272 rG 12 24 28.5 +42 06 36   22       ~ 65 1
147 7C 1225+2040 QSO 12 28 11.7303277080 +20 23 52.504330776   18.00 17.77     ~ 47 1
148 PKS J1232-0134 Rad 12 32 05.02 -01 34 50.5           ~ 4 1
149 ICRF J124357.6+162253 Sy1 12 43 57.6491122968 +16 22 53.395049244   19.23 19.00     ~ 312 1
150 3C 277.2 Sy1 12 53 32.425 +15 42 25.29   21.5       ~ 152 1
151 2C 1066 SyG 12 56 57.5 +47 20 20   22.0       ~ 281 0
152 6C 130023+583458 AGN 13 02 28.6 +58 18 47           ~ 5 1
153 3C 281 Sy1 13 07 53.9295304872 +06 42 13.877755920   17.15 17.02     ~ 144 2
154 ICRF J131938.7-004939 Sy1 13 19 38.7664196304 -00 49 39.939501000   17.88 17.66     ~ 130 1
155 4C 17.56 Rad 13 20 21.662 +17 43 13.51   19.5       ~ 23 1
156 3C 286 Sy1 13 31 08.2883506368 +30 30 32.960091564   17.51 17.25     ~ 4341 2
157 4C 01.38 G 13 32 16.5 +01 01 47           ~ 10 1
158 4C -06.35 QSO 13 38 07.9770389712 -06 27 11.161704780   17.82 17.68     ~ 93 1
159 4C 02.37 G 13 39 32.4 +01 45 26           ~ 21 1
160 ICRF J134013.3-033520 BLL 13 40 13.30446530 -03 35 20.8029609   18.0       ~ 15 0
161 3C 288.1 QSO 13 42 13.2580199856 +60 21 42.770207052   18.26 17.97     ~ 150 1
162 3C 289 QSO 13 45 26.699 +49 46 31.39   23       ~ 161 1
163 PKS 1352+008 Rad 13 55 07.5 +00 40 43           ~ 5 0
164 4C 01.39 rG 13 57 01.5 +01 04 39           ~ 31 2
165 [OKM2018] SWIFT J1357.0+1929 Sy1 13 57 04.4366598768 +19 19 07.371837768   16.33 16.03 15.3   ~ 455 2
166 PKS 1355+01 Q? 13 57 53.718 +00 46 33.39           ~ 22 1
167 4C 20.33 QSO 14 24 56.9189790528 +20 00 26.360208360   18.09 17.65     ~ 130 1
168 4C 24.31 BLL 14 25 50.7161304144 +24 04 03.415431432   17.62 17.26     ~ 104 1
169 QSO J1455-1108 QSO 14 55 54.8843947488 -11 08 43.409609088   17.81 17.37     ~ 85 1
170 ICRF J145907.5+714019 Sy1 14 59 07.58390804 +71 40 19.8668093   17.24 16.78 17.2   ~ 493 1
171 4C 01.42 rG 15 12 25.5 +01 21 11           ~ 29 1
172 PMN J1530-4231 rG 15 30 14.3 -42 31 54           ~ 19 1
173 Cul 1535+139 gam 15 37 32.343 +13 44 48.51           ~ 20 1
174 4C 60.21 rG 15 41 45.5 +60 15 35   21       ~ 47 1
175 NAME 3C 330G2 Sy2 16 09 36.6 +65 56 43   20.33       ~ 275 1
176 2E 3648 Sy1 16 20 21.8185395384 +17 36 23.952361176   16.53 16.41 20.5   ~ 417 2
177 4C 23.43 Sy1 16 24 39.0838297968 +23 45 12.223370412   17.91 17.47     ~ 339 1
178 3C 337 QSO 16 28 53.9 +44 19 03   20.0       ~ 148 1
179 3C 340 rG 16 29 37.8 +23 20 14   22       ~ 125 1
180 ICRF J163433.8+624535 Sy2 16 34 33.80623119 +62 45 35.8960467   21.06 20.61     ~ 215 1
181 3C 342 QSO 16 36 36.4997668992 +26 48 09.225210816   18.57 18.37     ~ 89 0
182 ICRF J163828.2+623444 Sy2 16 38 28.22535940 +62 34 44.3168151   20.7 20.7     ~ 163 2
183 3C 344 Rad 16 43 06.05027 +37 29 30.8073   20       ~ 42 1
184 3C 352 rG 17 10 44.1001 +46 01 29.834   22.8       ~ 149 1
185 WSTB 53W5 G 17 14 36.70 +50 28 23.7           ~ 8 0
186 7C 171348.00+495737.00 SyG 17 15 03.9202602072 +49 54 18.432192636           ~ 11 1
187 WSTB 53W19 Rad 17 15 46.89 +50 30 10.5           ~ 7 0
188 87GB 171450.9+500929 EmG 17 16 10.2 +50 05 34   22.5       ~ 10 1
189 FIRST J171628.2+494712 G 17 16 28.3 +49 47 13           ~ 11 0
190 87GB 171530.7+495956 G 17 16 46.3 +49 56 44           ~ 13 2
191 WSTB 66W1 Rad 17 17 19.17 +49 49 16.3           ~ 6 0
192 87GB 171639.0+501052 G 17 17 53.3 +50 07 51           ~ 14 1
193 WSTB 66W6 G 17 18 07.87 +50 22 44.6           ~ 8 0
194 WSTB 53W48 G 17 18 11.21 +50 24 00.9           ~ 9 0
195 WSTB 53W60 Rad 17 19 25.05 +49 28 43.7           ~ 6 0
196 WSTB 53W67 rG 17 19 51.27 +50 10 58.5           ~ 12 0
197 WSTB 53W77 rG 17 21 01.32 +49 48 34.1           ~ 10 0
198 [VV96] J172137.6+495537 QSO 17 21 37.5479889936 +49 55 37.117941780     18.3     ~ 23 0
199 WSTB 53W83 rG 17 21 48.93 +50 02 39.8           ~ 12 0
200 WSTB 53W89 rG 17 22 01.02 +50 06 51.7           ~ 8 0
201 4C 65.21 QSO 17 32 53.9951151408 +65 33 25.213571388   17.71 17.38     ~ 35 1
202 2E 3940 Sy1 17 42 51.5939437344 +61 45 54.562645584   17.88 17.74     ~ 29 1
203 7C 1755+6830 Rad 17 55 38.00 +68 32 12.9           ~ 10 1
204 BWE 1758+6535 Rad 17 58 18.20 +65 35 09.5           ~ 10 1
205 7C 180706.40+683110.00 G 18 06 50.3 +68 31 40           ~ 14 1
206 7C 1815+6815 Rad 18 15 28.932 +68 18 33.00           ~ 8 0
207 4C 67.28 G 18 16 26.1 +67 12 10           ~ 12 1
208 87GB 181655.2+660517 G 18 16 58.4 +66 06 18           ~ 11 1
209 7C 181929.40+655032.00 G 18 19 34.7 +65 51 54           ~ 10 1
210 7C 182631.60+651044.00 G 18 26 41.3 +65 12 44           ~ 11 1
211 ICRF J182931.7+484446 Sy1 18 29 31.7809732968 +48 44 46.160168892   17.05 16.81 16.860   ~ 688 1
212 1Jy 2032-35 G 20 35 47.7 -34 54 03     22.5     ~ 42 1
213 ICRF J213032.8+050217 AG? 21 30 32.87740078 +05 02 17.4745177     23.4     ~ 158 1
214 ICRF J213750.0-204231 Sy1 21 37 50.00785656 -20 42 31.6728477   20.400 19.4 19.286   ~ 95 1
215 QSO B2154-1828 QSO 21 56 57.4085284128 -18 13 46.533365040     19.8     ~ 33 1
216 PKS 2158-177 Rad 22 01 39.29 -17 32 59.1           ~ 6 0
217 PKS 2159-201 rG 22 02 41.8 -19 55 09           ~ 13 1
218 QSO B2331-417 QSO 23 34 26.700 -41 25 26.41     19.5     ~ 34 1
219 ICRF J234403.7+822640 Sy2 23 44 03.8302221504 +82 26 40.345410408   21.769 20.5 20.220   ~ 97 1
220 4C -00.85 G 23 58 25.2 -00 44 46           ~ 18 1

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