2016A&A...593A...2A


C.D.S. - SIMBAD4 rel 1.7 - 2021.04.21CEST07:17:08

2016A&A...593A...2A - Astronomy and Astrophysics, volume 593A, 2-2 (2016/9-1)

Size growth of red-sequence early-type galaxies in clusters in the last 10 Gyr.

ANDREON S., DONG H. and RAICHOOR A.

Abstract (from CDS):

We carried out a photometric and structural analysis in the rest-frame V band of a mass-selected (logM/M>10.7) sample of red-sequence galaxies in 14 galaxy clusters, 6 of which are at z>1.45, namely JKCS041, IDCS J1426.5+3508, SpARCS104922.6+564032.5, SpARCSJ021524-034331, XDCPJ0044.0-2033, and SPT-CLJ2040-4451. To this end, we reduced/analyzed about 300 orbits of multicolor images taken with the Advanced Camera for Survey and the Wide Field Camera 3 on the Hubble Space Telescope. We uniformly morphologically classified galaxies from z=0.023 to z=1.803, and we homogeneously derived sizes (effective radii) for the entire sample. Furthermore, our size derivation allows, and therefore is not biased by, the presence of the usual variety of morphological structures seen in early-type galaxies, such as bulges, bars, disks, isophote twists, and ellipiticy gradients. By using such a mass-selected sample, composed of 244 red-sequence early-type galaxies, we find that the log of the galaxy size at a fixed stellar mass, logM/M=11, has increased with time at a rate of 0.023±0.002dex per Gyr over the last 10Gyr, in marked contrast with the threefold increase found in the literature for galaxies in the general field over the same period. This suggests, at face value, that secular processes should be excluded as the primary drivers of size evolution because we observed an environmental dependent size growth. Using spectroscopic ages of Coma early-type galaxies we also find that recently quenched early-type galaxies are a numerically minor population not different enough in size to alter the mean size at a given mass, which implies that the progenitor bias is minor, i.e., that the size evolution measured by selecting galaxies at the redshift of observation is indistinguishable from the one that compares ancestors and descendents.

Abstract Copyright: © ESO, 2016

Journal keyword(s): galaxies: clusters: general - galaxies: elliptical and lenticular, cD - galaxies: evolution

VizieR on-line data: <Available at CDS (J/A+A/593/A2): clusters.dat table3.dat>

Nomenclature: Table 3: [ADR2016] Abell NNNN NNNN N=44, [ADR2016] IDCS J1426.5+3508 NNNN N=5, [ADR2016] ISCS J1432.3+3253 NNNN N=3, [ADR2016] MACSJHHMM.m+DDMM NNNN N=44, [ADR2016] RXJ0152.7-1357 NNNN N=21, [ADR2016] SpARCS104922.6+564032.5 NNNN N=3, [ADR2016] SpARCS J022426-032330 NNNN N=3, [ADR2016] SPT-CL JHHMM+DDMM NNNN N=23, [ADR2016] XDCP J0044.0-2033 NNNN N=5.

Errata: erratum vol. 602, art. C1 (2017)

Simbad objects: 174

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Number of rows : 174

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 [BGS2006] 17 GiC 00 14 14.960 -30 24 08.40     21.280     ~ 7 0
2 [ORN2011] 003.565458-30.386972 GiC 00 14 15.729 -30 23 13.53   22.4856 20.6852   19.9010 ~ 8 0
3 [MAC2016] A2744cl 1811 GiC 00 14 15.924 -30 23 17.74   22.0472 20.1321   19.2705 ~ 10 0
4 CN AC118 79 GiC 00 14 16.842 -30 23 11.22   23.1429 21.1816   20.2741 ~ 11 0
5 [ADR2016] Abell 2744 3225 GiC 00 14 17.1616 -30 23 25.569   23.7050 21.8238   20.9554 ~ 9 0
6 CN AC118 63 GiC 00 14 17.7456 -30 24 31.799   23.1918 21.2597   20.3414 ~ 11 0
7 CN AC118 43 GiC 00 14 17.9778 -30 23 54.161   23.3333 20.2615   20.3552 ~ 12 0
8 [MAT2017] Abell2744CLS 1227 GiC 00 14 18.030 -30 22 37.60   22.2814 20.2335   19.3460 ~ 10 0
9 CN AC118 45 GiC 00 14 18.8421 -30 24 12.155   22.9729 19.7760   20.0668 ~ 12 0
10 CN AC118 62 GiC 00 14 19.1210 -30 24 33.075   22.5230 20.6259   19.7293 ~ 12 0
11 [BAE96] AC 118 153 GiC 00 14 19.576 -30 22 35.41   22.4882 20.5193   19.6219 ~ 6 0
12 ACO 2744 ClG 00 14 20.03 -30 23 17.8           ~ 596 0
13 [ADR2016] Abell 2744 3482 GiC 00 14 21.1553 -30 23 06.015   23.3258 21.4468   20.5689 ~ 9 0
14 [BGS2006] 63 GiC 00 14 21.390 -30 25 10.70     20.895     ~ 6 0
15 CN AC118 12 GiC 00 14 21.4041 -30 23 14.618   23.2229 20.6110   20.2618 ~ 11 0
16 [ADR2016] Abell 2744 2970 GiC 00 14 21.682 -30 23 27.37   23.3523 21.4445   20.5449 ~ 9 0
17 CN AC118 52 GiC 00 14 22.3200 -30 23 57.597   22.5110 20.6119   19.7535 ~ 11 0
18 [ADR2016] Abell 2744 566 GiC 00 14 24.637 -30 25 01.06   23.7453 20.8980   20.7873 ~ 7 0
19 [MAT2017] Abell2744CLS 5181 GiC 00 14 25.000 -30 24 52.00   22.9691 20.9911   20.0915 ~ 10 0
20 [ADR2016] Abell 2744 2599 GiC 00 14 25.030 -30 24 00.40   23.5194 20.7380   20.5301 ~ 9 0
21 [ADR2016] Abell 2744 3476 GiC 00 14 25.3026 -30 23 05.429   23.2631 20.7629   20.3225 ~ 9 0
22 [MAT2017] Abell2744CLS 1711 GiC 00 14 26.293 -30 22 55.60   21.2383 19.6196   18.8102 ~ 8 0
23 [BGS2006] 93 GiC 00 14 26.960 -30 24 33.20     20.161     ~ 6 0
24 [BML2002] 371 G 00 14 28.280 -30 24 13.00     21.568     ~ 4 0
25 [SFN2011b] 6 G 00 44 02.730 -20 34 02.19         23.89 ~ 2 0
26 [ADR2016] XDCP J0044.0-2033 745 G 00 44 04.38 -20 34 24.8           ~ 1 0
27 [ADR2016] XDCP J0044.0-2033 809 G 00 44 05.12 -20 34 05.6           ~ 1 0
28 NAME XMMU J0044.0-2033 ClG 00 44 05.20 -20 33 59.7           ~ 32 0
29 [ADR2016] XDCP J0044.0-2033 850 G 00 44 05.35 -20 33 58.1           ~ 1 0
30 [ADR2016] XDCP J0044.0-2033 667 G 00 44 05.62 -20 34 09.9           ~ 1 0
31 [EJP2000] F GiC 01 52 39.67 -13 58 25.8           ~ 4 0
32 [EJP2000] E GiC 01 52 39.82 -13 58 23.8           ~ 4 0
33 [ADR2016] RXJ0152.7-1357 5735 G 01 52 39.85 -13 57 43.2           ~ 1 0
34 [ADR2016] RXJ0152.7-1357 3878 G 01 52 40.31 -13 56 46.0           ~ 1 0
35 [DRL2005] 455 GiC 01 52 40.34 -13 58 22.4           ~ 3 0
36 [DRL2005] 1246 G 01 52 40.51 -13 56 09.3           ~ 2 0
37 [DRL2005] 468 GiC 01 52 40.64 -13 58 14.4           ~ 3 0
38 [TKA2006] F1-21 G 01 52 41.15 -13 57 42.7     24.59 23.30   ~ 2 0
39 ClG J0152-1358 ClG 01 52 41.3 -13 58 13           ~ 243 3
40 [DRL2005] 491 GiC 01 52 41.82 -13 58 12.9           ~ 3 0
41 [DRL2005] 571 GiC 01 52 42.38 -13 57 49.6           ~ 3 0
42 [ADR2016] RXJ0152.7-1357 4143 G 01 52 43.61 -13 56 55.5           ~ 1 0
43 [EJP2000] C GiC 01 52 43.79 -13 57 18.4           ~ 4 0
44 [ADR2016] RXJ0152.7-1357 4429 G 01 52 44.72 -13 57 03.2           ~ 1 0
45 [ADR2016] RXJ0152.7-1357 3674 G 01 52 44.87 -13 56 37.9           ~ 1 0
46 [ADR2016] RXJ0152.7-1357 4372 G 01 52 45.02 -13 57 03.2           ~ 1 0
47 [DRL2005] 1386 GiC 01 52 45.68 -13 56 43.9           ~ 3 0
48 [ADR2016] RXJ0152.7-1357 3834 G 01 52 45.82 -13 56 45.1           ~ 1 0
49 [ADR2016] RXJ0152.7-1357 4191 G 01 52 45.87 -13 56 58.2           ~ 1 0
50 [ADR2016] RXJ0152.7-1357 4346 G 01 52 46.34 -13 57 00.3           ~ 1 0
51 [ADR2016] RXJ0152.7-1357 6747 G 01 52 46.57 -13 58 09.8           ~ 1 0
52 [ADR2016] RXJ0152.7-1357 6964 G 01 52 46.71 -13 58 18.4           ~ 1 0
53 [ADR2016] SPT-CL J0205-5829 1545 G 02 05 41.44 -58 29 00.1           ~ 1 0
54 [ADR2016] SPT-CL J0205-5829 470 G 02 05 42.27 -58 30 02.9           ~ 1 0
55 [RBB2014] J020543.00-582936.4 G 02 05 43.003 -58 29 36.42           ~ 4 0
56 [ADR2016] SPT-CL J0205-5829 2120 G 02 05 43.01 -58 28 48.6           ~ 1 0
57 [ADR2016] SPT-CL J0205-5829 1360 G 02 05 43.49 -58 29 18.3           ~ 1 0
58 [ADR2016] SPT-CL J0205-5829 803 G 02 05 43.82 -58 29 45.5           ~ 1 0
59 [ADR2016] SPT-CL J0205-5829 1340 G 02 05 43.96 -58 29 17.6           ~ 1 0
60 [ADR2016] SPT-CL J0205-5829 569 G 02 05 44.37 -58 30 01.4           ~ 1 0
61 [ADR2016] SPT-CL J0205-5829 726 G 02 05 44.50 -58 29 52.8           ~ 1 0
62 [ADR2016] SPT-CL J0205-5829 1132 G 02 05 44.83 -58 29 33.5           ~ 1 0
63 [ADR2016] SPT-CL J0205-5829 1884 G 02 05 45.11 -58 28 58.5           ~ 1 0
64 SPT-CL J0205-5829 ClG 02 05 46.5 -58 29 08           ~ 28 0
65 [ADR2016] SPT-CL J0205-5829 2049 G 02 05 46.50 -58 28 56.2           ~ 1 0
66 [RBB2014] J020546.57-582907.1 G 02 05 46.574 -58 29 07.12           ~ 3 0
67 [ADR2016] SPT-CL J0205-5829 2376 G 02 05 54.63 -58 29 08.3           ~ 1 0
68 2XLSSd J021524.1-034332 ClG 02 15 23.99 -03 43 32.2           ~ 24 0
69 [ADR2016] SpARCS J022426-032330 1207 G 02 24 26.19 -03 23 34.9           ~ 1 0
70 [ADR2016] SpARCS J022426-032330 861 G 02 24 27.74 -03 23 50.6           ~ 1 0
71 [ADR2016] SpARCS J022426-032330 815 G 02 24 28.26 -03 23 43.4           ~ 1 0
72 VIDEO J022641.67-044138.07 G 02 26 41.72 -04 41 37.8           ~ 4 0
73 VIDEO J022642.02-044226.79 G 02 26 42.06 -04 42 26.6           ~ 4 0
74 VIDEO J022642.09-044209.50 G 02 26 42.13 -04 42 09.3           ~ 4 0
75 JKCS 41 ClG 02 26 44.0 -04 41 36           ~ 43 0
76 VIDEO J022645.04-044124.01 G 02 26 45.10 -04 41 23.8           ~ 4 0
77 VIDEO J022645.47-044124.06 G 02 26 45.52 -04 41 23.8           ~ 4 0
78 VIDEO J022645.68-044131.99 G 02 26 45.72 -04 41 31.7           ~ 4 0
79 VIDEO J022647.74-044127.55 G 02 26 47.79 -04 41 27.3           ~ 4 0
80 NAME Hubble Ultra Deep Field reg 03 32 39.0 -27 47 29           ~ 1360 0
81 [ADR2016] SpARCS104922.6+564032.5 1477 G 10 49 21.45 +56 41 13.3           ~ 1 0
82 SpARCS J104922+564032 ClG 10 49 22.60 +56 40 32.5           ~ 16 0
83 [ADR2016] SpARCS104922.6+564032.5 1169 G 10 49 23.27 +56 40 36.3           ~ 1 0
84 [ADR2016] SpARCS104922.6+564032.5 1005 G 10 49 24.96 +56 40 20.4           ~ 1 0
85 [ADR2016] MACSJ1149.5+2223 3970 G 11 49 30.39 +22 24 18.8           ~ 4 0
86 [TBD2016] 425 G 11 49 30.439 +22 24 42.02           ~ 4 0
87 DES J114931.60+222349.2 GiC 11 49 31.606 +22 23 49.15           ~ 6 0
88 DES J114932.97+222341.0 GiC 11 49 32.982 +22 23 40.95           ~ 6 0
89 [ADR2016] MACSJ1149.5+2223 2743 G 11 49 33.147 +22 24 49.54           ~ 4 0
90 DES J114933.46+222338.1 GiC 11 49 33.471 +22 23 38.13           ~ 6 0
91 [ADR2016] MACSJ1149.5+2223 4012 G 11 49 34.05 +22 24 19.0           ~ 4 0
92 DES J114934.23+222333.7 GiC 11 49 34.240 +22 23 33.83           ~ 6 0
93 DES J114934.26+222353.1 GiC 11 49 34.267 +22 23 53.14           ~ 6 0
94 [ADR2016] MACSJ1149.5+2223 3771 G 11 49 34.59 +22 24 30.4           ~ 4 0
95 [ADR2016] MACSJ1149.5+2223 7274 G 11 49 35.78 +22 22 48.7           ~ 4 0
96 MCS J1149.5+2223 ClG 11 49 35.8 +22 23 55           ~ 347 0
97 [ADR2016] MACSJ1149.5+2223 4127 G 11 49 36.75 +22 24 15.8           ~ 4 0
98 DES J114936.85+222346.9 GiC 11 49 36.854 +22 23 46.97           ~ 6 0
99 MACSg J114936.89+222320.9 G 11 49 36.889 +22 23 20.79           ~ 5 0
100 DES J114936.88+222416.3 GiC 11 49 36.895 +22 24 16.50           ~ 6 0
101 MACSg J114937.31+222352.5 G 11 49 37.306 +22 23 52.33           ~ 5 0
102 DES J114937.79+222411.0 GiC 11 49 37.805 +22 24 11.01           ~ 6 0
103 [ADR2016] MACSJ1149.5+2223 6212 G 11 49 38.44 +22 23 21.8           ~ 4 0
104 MACSg J114939.51+222339.7 G 11 49 39.514 +22 23 39.56           ~ 5 0
105 MACSg J114939.90+222332.6 G 11 49 39.899 +22 23 32.39           ~ 5 0
106 DES J114940.16+222404.0 GiC 11 49 40.163 +22 24 04.04           ~ 6 0
107 DES J114940.19+222359.2 GiC 11 49 40.195 +22 23 59.29           ~ 6 0
108 [GMB2015] 284 G 12 06 05.39 -08 49 04.7           ~ 4 0
109 [EMK2009] J120605.91-084813.1 G 12 06 05.84 -08 48 12.3           ~ 3 0
110 [EMK2009] J120606.47-084848.7 G 12 06 06.41 -08 48 48.0           ~ 3 0
111 [GMB2015] 342 G 12 06 06.49 -08 46 50.2           ~ 3 0
112 [GMB2015] 275 G 12 06 07.26 -08 49 06.8           ~ 3 0
113 [GMB2015] 294 G 12 06 07.40 -08 48 27.6           ~ 3 0
114 [GMB2015] 265 G 12 06 07.82 -08 49 23.3           ~ 3 0
115 [ADR2016] MACSJ1206.2-0847 4194 G 12 06 08.17 -08 47 48.8           ~ 1 0
116 [GMB2015] 308 G 12 06 08.63 -08 47 54.7           ~ 3 0
117 [EMK2009] J120609.54-084731.1 G 12 06 09.48 -08 47 30.3           ~ 3 0
118 [EMK2009] J120609.76-084719.2 G 12 06 09.71 -08 47 18.4           ~ 3 0
119 [GMB2015] 211 G 12 06 10.79 -08 47 53.3           ~ 3 0
120 [ADR2016] MACSJ1206.2-0847 3227 G 12 06 11.06 -08 47 56.5           ~ 1 0
121 [GMB2015] 281 G 12 06 11.44 -08 48 56.2           ~ 3 0
122 MCS J1206.2-0847 ClG 12 06 12.2 -08 48 02           ~ 192 0
123 [GMB2015] 282 G 12 06 12.63 -08 48 52.2           ~ 3 0
124 [GMB2015] 283 G 12 06 12.75 -08 48 52.6           ~ 3 0
125 [GMB2015] 312 G 12 06 13.77 -08 47 46.2           ~ 3 0
126 [ADR2016] MACSJ1206.2-0847 1644 G 12 06 13.89 -08 47 05.6           ~ 2 0
127 [GMB2015] 274 G 12 06 15.48 -08 49 11.6           ~ 3 0
128 [EMK2009] J120616.14-084806.9 G 12 06 16.10 -08 48 06.3           ~ 4 0
129 [GMB2015] 341 G 12 06 16.27 -08 46 42.9           ~ 3 0
130 [GMB2015] 289 G 12 06 17.46 -08 48 32.6           ~ 3 0
131 ACO 1656 ClG 12 59 48.7 +27 58 50           ~ 4341 2
132 IDCS J1426.5+3508 ClG 14 26.5 +35 08           ~ 45 0
133 [ADR2016] IDCS J1426.5+3508 979 G 14 26 31.26 +35 08 23.6           ~ 1 0
134 [ADR2016] IDCS J1426.5+3508 1125 G 14 26 31.46 +35 08 32.8           ~ 1 0
135 [ADR2016] IDCS J1426.5+3508 1482 G 14 26 32.15 +35 08 49.0           ~ 1 0
136 [ADR2016] IDCS J1426.5+3508 1697 G 14 26 32.69 +35 08 55.9           ~ 1 0
137 [ADR2016] IDCS J1426.5+3508 1975 G 14 26 33.62 +35 09 06.9           ~ 1 0
138 [ADR2016] ISCS J1432.3+3253 1653 G 14 32 18.13 +32 52 53.3           ~ 1 0
139 [ADR2016] ISCS J1432.3+3253 1705 G 14 32 18.23 +32 52 49.4           ~ 1 0
140 ISCS J1432.3+3253 ClG 14 32 18.30 +32 53 07.8           ~ 7 0
141 [ZSB2013] J143218.6+325247 G 14 32 18.56 +32 52 47.7           ~ 2 0
142 [RS2005] ACO 2218 99 ~ 16 35 37.00 +66 12 57.9           ~ 4 0
143 [ADR2016] Abell 2218 51 G 16 35 38.93 +66 14 18.0           ~ 1 0
144 [RS2005] ACO 2218 94 ~ 16 35 39.93 +66 12 55.8           ~ 4 0
145 [ADR2016] Abell 2218 388 G 16 35 40.10 +66 13 54.4           ~ 1 0
146 [ADR2016] Abell 2218 563 G 16 35 41.2431696618 +66 13 46.848406479           ~ 1 0
147 [RS2005] ACO 2218 204 GiC 16 35 44.1336867901 +66 13 20.033322312           ~ 9 0
148 [RS2005] ACO 2218 90 G 16 35 46.70 +66 12 22.3   21.131 19.597     ~ 10 0
149 [ADR2016] Abell 2218 1214 G 16 35 47.10 +66 13 15.7           ~ 1 0
150 [RS2005] ACO 2218 212 GiC 16 35 47.6744304186 +66 11 07.808977217   20.298 18.773     ~ 7 0
151 [RS2005] ACO 2218 123 GiC 16 35 49.73 +66 11 44.3   21.489 19.982     ~ 4 0
152 ACO 2218 ClG 16 35 54.0 +66 13 00           ~ 782 1
153 LPS 292 G 16 35 54.89 +66 10 58.4   21.796 20.238     ~ 6 0
154 [RS2005] ACO 2218 222 GiC 16 35 57.4503568078 +66 12 15.382036758   21.183 19.605     ~ 7 0
155 [RS2005] ACO 2218 210 G 16 35 59.28 +66 12 06.1   20.826 19.224     ~ 10 0
156 BOW ACO 2218 CC047 GiC 16 35 59.4068381556 +66 12 53.317221636   20.2       ~ 6 0
157 [RS2005] ACO 2218 67 GiC 16 36 00.3620384346 +66 12 43.939613440           ~ 6 0
158 LEDA 2684772 GiC 16 36 02.11 +66 12 33.9   19.89       ~ 12 1
159 [RS2005] ACO 2218 213 G 16 36 02.17 +66 11 52.3           ~ 11 0
160 [RS2005] ACO 2218 214 GiC 16 36 04.0448698533 +66 11 40.059029003           ~ 8 0
161 [ADR2016] Abell 2218 977 G 16 36 04.2670192060 +66 13 25.057416009   20.516 18.882     ~ 9 0
162 [ADR2016] Abell 2218 721 G 16 36 04.70 +66 13 42.1           ~ 1 0
163 [ADR2016] Abell 2218 1680 G 16 36 06.4487474106 +66 12 47.577750260           ~ 8 0
164 ACO 2217 ClG 16 40 42 +27 54.3           ~ 8 0
165 [ADR2016] SPT-CL J2040-4451 1907 G 20 40 53.86 -44 51 33.0           ~ 1 0
166 [ADR2016] SPT-CL J2040-4451 1396 G 20 40 56.34 -44 51 46.5           ~ 1 0
167 [ADR2016] SPT-CL J2040-4451 2079 G 20 40 57.78 -44 51 05.9           ~ 1 0
168 [ADR2016] SPT-CL J2040-4451 1516 G 20 40 58.26 -44 51 35.6           ~ 1 0
169 [ADR2016] SPT-CL J2040-4451 1540 G 20 40 58.28 -44 51 36.9           ~ 1 0
170 [ADR2016] SPT-CL J2040-4451 1527 G 20 40 58.81 -44 51 34.5           ~ 1 0
171 [ADR2016] SPT-CL J2040-4451 665 G 20 40 59.11 -44 52 14.3           ~ 1 0
172 SPT-CL J2040-4451 ClG 20 40 59.23 -44 51 35.6           ~ 23 0
173 [ADR2016] SPT-CL J2040-4451 1865 G 20 41 01.17 -44 51 11.7           ~ 1 0
174 [ADR2016] SPT-CL J2040-4451 1151 G 20 41 05.46 -44 51 35.3           ~ 1 0

    Equat.    Gal    SGal    Ecl

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2021.04.21-07:17:08

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