2016ApJ...833..224C

Query : 2016ApJ...833..224C

2016ApJ...833..224C - Astrophys. J., 833, 224-224 (2016/December-3)

Star formation in intermediate redshift 0.2 > z > 0.7 brightest cluster galaxies.

COOKE K.C., O'DEA C.P., BAUM S.A., TREMBLAY G.R., COX I.G. and GLADDERS M.

Abstract (from CDS):

We present a multi-wavelength photometric and spectroscopic study of 42 Brightest Cluster Galaxies (BCGs) in two samples of galaxy clusters chosen for a gravitational lensing study. The study's initial sample combines 25 BCGs from the Cluster Lensing and Supernova Survey with Hubble sample and 37 BCGs from the Sloan Giant Arcs Survey with a total redshift range of 0.2<z<0.7. Using archival GALEX, Hubble Space Telescope, Wide-Field Infrared Survey Explorer, Herschel, and Very Large Array data we determine the BCGs' stellar mass, radio power, and star formation rates. The radio power is higher than expected if due to star formation, consistent with the BCGs being active galactic nucleus (AGN)-powered radio sources. This suggests that the AGN and star formation are both fueled by cold gas in the host galaxy. The specific star formation rate (sSFR) is low and constant with redshift. The mean sSFR is 9.42 x 10–12 yr–1, which corresponds to a mass doubling time of 105 billion years. These findings are consistent with models for hierarchical formation of BCGs, which suggest that star formation is no longer a significant channel for galaxy growth for z \leqslant 1. Instead, stellar growth (of the order of a factor of at least two) during this period is expected to occur mainly via minor dry mergers.

Abstract Copyright: © 2016. The American Astronomical Society. All rights reserved.

Journal keyword(s): galaxies: clusters: general - galaxies: clusters: intracluster medium - galaxies: elliptical and lenticular, cD - galaxies: star formation - galaxies: star formation

Simbad objects: 114

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Number of rows : 114
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 [GMB2011] 1772 ClG 00 04 50.983 -01 03 28.29           ~ 2 0
2 SDSS J000451.95-010315.8 G 00 04 51.95376 -01 03 15.8328           ~ 1 0
3 ClG J0108+0624 ClG 01 08 39.1 +06 25 20           ~ 7 0
4 SDSS J010842.02+062443.5 G 01 08 42.02376 +06 24 43.5348           ~ 1 0
5 [OOP2020] Abell 209 BCG BiC 01 31 52.5435724728 -13 36 40.583272896   18.76 17.00 16.41   ~ 12 0
6 ACO 209 ClG 01 31 52.9 -13 36 53           ~ 295 0
7 ClG J0146-0929 ClG 01 46 56.00 -09 29 52.4           ~ 17 0
8 SDSS J014656.00-092952.4 BiC 01 46 56.009 -09 29 52.49           ~ 8 0
9 ClG J0150+2725 ClG 01 50 00.8 +27 25 36           ~ 7 0
10 SDSS J015000.85+272536.2 G 01 50 00.85632 +27 25 36.2388           ~ 1 0
11 ACO 383 ClG 02 48 03.3915 -03 31 45.228           ~ 359 0
12 SDSS J024803.39-033145.2 BiC 02 48 03.3956603208 -03 31 45.600488256   17.89   15.76   ~ 22 1
13 [OOP2020] MACS J0329.7-0211 BCG BiC 03 29 41.5725 -02 11 46.431           ~ 11 0
14 ClG J0329-0212 ClG 03 29 41.6 -02 11 47           ~ 142 0
15 MCS J0416.1-2403 ClG 04 16 08.380 -24 04 20.80           ~ 335 0
16 [OOP2020] MACS J0416.1-2403 BCG A BiC 04 16 09.098 -24 04 03.78           ~ 9 0
17 ClG J0429-0253 ClG 04 29 36.0 -02 53 09           ~ 123 0
18 [OOP2020] MACS J0429.6-0253 BCG BiC 04 29 36.0092 -02 53 06.691           ~ 8 0
19 ClG J0647+7015 ClG 06 47 50.0 +70 14 55           ~ 153 0
20 [OOP2020] MACS J0647.7+7015 BCG BiC 06 47 50.6430 +70 14 53.987           ~ 5 0
21 MACSg J071731.92+374512.6 G 07 17 31.921 +37 45 12.61           ~ 6 0
22 ClG J0717+3745 ClG 07 17 36.50 +37 45 23.0           ~ 462 0
23 ClG J0744+3927 ClG 07 44 52.5 +39 27 30           ~ 181 0
24 SDSS J074452.77+392726.7 BiC 07 44 52.778 +39 27 26.78           ~ 8 0
25 [OOP2020] Abell 611 BCG BiC 08 00 56.849 +36 03 23.47         16.6 ~ 25 0
26 ACO 611 ClG 08 00 58.7 +36 02 49           ~ 258 0
27 ZwCl 0848+3341 ClG 08 51 39.00 +33 31 08.0           ~ 19 0
28 SDSS J085139.02+333112.7 GiC 08 51 39.0234387120 +33 31 12.662861268           ~ 3 0
29 [RRB2014] RM J091539.0+382658.6 ClG 09 15 39.0 +38 26 58           ~ 6 0
30 SDSS J091539.00+382658.5 BiC 09 15 39.009 +38 26 58.55           ~ 4 0
31 ACO 801 ClG 09 28 04.5 +20 31 45           ~ 40 0
32 MCG+04-23-001 BiC 09 28 04.5353651112 +20 31 45.086648844           ~ 17 0
33 ClG J0952+3434 ClG 09 52 40.2 +34 34 46           ~ 7 0
34 [YHW2016] 148.16759+34.57946 BiC 09 52 40.220 +34 34 46.07           ~ 9 0
35 ClG J0957+0509 ClG 09 57 39.19 +05 09 31.9           ~ 15 0
36 SDSS J095739.19+050931.9 BiC 09 57 39.192 +05 09 31.92           ~ 6 0
37 ACO 913 ClG 10 02 14.1 +20 32 16           ~ 27 0
38 SDSS J100226.83+203101.7 BiC 10 02 26.837 +20 31 01.80           ~ 6 0
39 SDSS J103843.59+484917.7 BiC 10 38 43.584 +48 49 17.76           ~ 9 0
40 [SPD2011] 8049 ClG 10 38 59.4 +48 48 46           ~ 3 0
41 NVSS J105040+001716 rG 10 50 39.901 +00 17 07.17     20.70     ~ 5 0
42 ClG J1050+0017 ClG 10 50 40.2 +00 17 18           ~ 14 0
43 SDSS J105504.59+554823.4 BiC 10 55 04.597 +55 48 23.40           ~ 5 0
44 ClG J1055+5547 ClG 10 55 04.60 +55 48 23.4           ~ 15 0
45 ClG J1110+6459 ClG 11 10 17.69 +64 59 48.2           ~ 12 0
46 [JSG2017] J111017.73+645947.9 G 11 10 17.73 +64 59 47.9           ~ 2 0
47 [RRB2014] RM J111451.5+164313.6 ClG 11 14 51.4 +16 43 13           ~ 5 0
48 LEDA 1516378 BiC 11 15 06.0892457016 +16 45 43.505568360           ~ 5 0
49 SDSS J111551.90+012955.0 BiC 11 15 51.902 +01 29 55.07           ~ 14 0
50 MCS J1115.8+0129 ClG 11 15 52.1 +01 29 53           ~ 130 0
51 SDSS J113808.95+275430.7 G 11 38 08.952 +27 54 30.72           ~ 2 0
52 ClG J1138+2754 ClG 11 38 11.0 +27 55 34           ~ 30 0
53 SDSS J114935.68+222354.5 BiC 11 49 35.688 +22 23 54.60         19.258 ~ 14 0
54 MCS J1149.5+2223 ClG 11 49 35.8 +22 23 55           ~ 458 0
55 ClG J1152+3313 ClG 11 52 00.15 +33 13 42.1           ~ 16 0
56 [KI2008] 1307436 BiC 11 52 00.197 +33 13 42.10           ~ 8 0
57 SDSS J115247.38+093014.7 GiC 11 52 47.3882 +09 30 14.748           ~ 3 0
58 ClG J1152+0930 ClG 11 52 47.39 +09 30 14.8           ~ 15 0
59 ClG J1156+1911 ClG 11 56 05.4 +19 11 20           ~ 5 0
60 SDSS J115605.46+191112.6 BiC 11 56 05.460 +19 11 12.69           ~ 3 0
61 [OOP2020] Abell 1423 BCG BiC 11 57 17.2853335608 +33 36 39.145520376   18.0       ~ 19 0
62 ACO 1423 ClG 11 57 17.3206 +33 36 39.364           ~ 168 0
63 [OOP2020] MACS J1206.2-0847 BCG BiC 12 06 12.1447 -08 48 03.348           ~ 10 0
64 MCS J1206.2-0847 ClG 12 06 12.2 -08 48 02           ~ 246 0
65 ClG J1207+5254 ClG 12 07 35.9 +52 54 59           ~ 7 0
66 SDSS J120735.91+525459.2 BiC 12 07 35.9101369992 +52 54 59.180615316           ~ 5 0
67 SDSS J120923.68+264046.7 BiC 12 09 23.687 +26 40 46.73           ~ 9 0
68 SDSSCGB 41791 CGG 12 09 23.69 +26 40 46.7           ~ 29 0
69 ClG J1226+3332 ClG 12 26 57.7 +33 32 50           ~ 215 0
70 GALEX J122658.7+333249 BiC 12 26 58.25 +33 32 48.6     21.09   19.13 ~ 7 0
71 ClG J1311-0311 ClG 13 11 01.7 -03 10 38           ~ 109 0
72 [OOP2020] MACS J1311.0-0310 BCG BiC 13 11 01.794 -03 10 39.73           ~ 7 0
73 ClG J1329+2243 ClG 13 29 30.5 +22 43 02           ~ 15 0
74 SDSS J132934.49+224316.2 BiC 13 29 34.495 +22 43 16.25           ~ 3 0
75 2dFGRS TGN139Z335 LSB 13 35 59.9693018736 -03 31 29.074028232   17.81   16.14   ~ 14 1
76 ClG J1336-0331 GrG 13 36 00.00 -03 31 29.2           ~ 11 0
77 ClG J1343+4155 ClG 13 43 32.85 +41 55 03.4           ~ 13 0
78 SDSS J134332.85+415503.4 BiC 13 43 32.853 +41 55 03.48           ~ 10 1
79 ClG J1347-1145 ClG 13 47 30.5 -11 45 07           ~ 547 0
80 [OOP2020] RX J1347.5-1145 BCG A BiC 13 47 30.6101 -11 45 09.485           ~ 10 0
81 ClG J1423+2404 ClG 14 23 47.7 +24 04 40           ~ 208 0
82 [REE2012] J142347.9+240442 BiC 14 23 47.876 +24 04 42.45           ~ 11 0
83 ClG J1439+1208 ClG 14 39 09.7 +12 08 25           ~ 9 0
84 [YHW2016] 219.79076+12.14044 BiC 14 39 09.782 +12 08 25.61           ~ 10 0
85 ClG J1456+5702 ClG 14 56 00.86 +57 02 20.6           ~ 16 0
86 SDSS J145600.86+570220.5 BiC 14 56 00.861 +57 02 20.58           ~ 5 0
87 [BHG2011] J152745.812+065233.273 BiC 15 27 45.825 +06 52 33.63           ~ 6 0
88 ClG J1527+0652 ClG 15 27 45.83 +06 52 33.6           ~ 15 0
89 ZwCl 1529+3425 ClG 15 31 10.60 +34 14 25.0           ~ 26 0
90 SDSS J153110.59+341425.0 BiC 15 31 10.6102879584 +34 14 24.716700888           ~ 5 0
91 LEDA 1900245 Bla 15 32 53.780 +30 20 59.41   19.1   15.7 17.819 ~ 145 0
92 ClG J1604+2244 ClG 16 04 10.1 +22 44 18           ~ 7 0
93 SDSS J160410.24+224414.2 GiC 16 04 10.2429899088 +22 44 14.278531596           ~ 4 0
94 SDSS J163208.11+350032.6 BiC 16 32 08.119 +35 00 32.64           ~ 4 0
95 ClG J1632+3500 ClG 16 32 10.8 +35 00 34           ~ 13 0
96 [OOP2020] MACS J1720.3+3536 BCG BiC 17 20 16.775 +35 36 26.50           ~ 8 0
97 ClG J1720+3536 ClG 17 20 16.8 +35 36 27           ~ 141 1
98 ACO 2261 ClG 17 22 26.9 +32 07 58           ~ 342 0
99 [OOP2020] Abell 2261 BCG BiC 17 22 27.185 +32 07 57.25           ~ 43 1
100 ClG J1723+3411 ClG 17 23 35.900 +34 11 54.50           ~ 7 0
101 SDSS J172336.16+341158.0 BiC 17 23 36.161 +34 11 58.06           ~ 7 0
102 ClG J1931-2635 ClG 19 31 49.6 -26 34 33           ~ 161 0
103 [OOP2020] MACS J1931.8-2635 BCG BiC 19 31 49.6298038776 -26 34 33.118590468           ~ 8 0
104 ClG J2111-0115 ClG 21 11 19.34 -01 14 23.5           ~ 17 0
105 SDSS J211119.34-011423.5 G 21 11 19.34400 -01 14 23.5140           ~ 1 0
106 ClG J2129-0741 ClG 21 29 26.0 -07 41 28           ~ 170 0
107 [OOP2020] MACS J2129.4-0741 BCG BiC 21 29 26.127 -07 41 27.85         19.42 ~ 11 0
108 [OOP2020] RX J2129.7+0005 BCG BiC 21 29 39.953 +00 05 21.16           ~ 36 0
109 ClG J2129+0005 ClG 21 29 40.5 +00 05 47           ~ 270 0
110 ClG 2137-2353 ClG 21 40 12.8 -23 39 27     18.5     ~ 378 0
111 [OOP2020] MS 2137-2353 BCG BLL 21 40 15.176 -23 39 39.88       16.7   ~ 17 1
112 [OOP2020] Abell S1063 BCG BiC 22 48 44.055 -44 31 50.78           ~ 15 0
113 ACO S 1063 ClG 22 48 45.4 -44 31 42           ~ 319 0
114 ACO 2597 ClG 23 25 19.70 -12 07 27.7           ~ 539 0

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