2007MNRAS.377..203G


C.D.S. - SIMBAD4 rel 1.7 - 2020.04.06CEST11:53:10

2007MNRAS.377..203G - Mon. Not. R. Astron. Soc., 377, 203-214 (2007/May-1)

X-ray selected starbursts in the Great Observatories Origins Deep Survey-North.

GEORGAKAKIS A., ROWAN-ROBINSON M., BABBEDGE T.S.R. and GEORGANTOPOULOS I.

Abstract (from CDS):

We investigate claims that recent ultra-deep X-ray surveys are detecting starbursts at cosmologically interesting redshifts (z = 0-1). We combine X-ray data from the 2Ms Chandra Deep Field-North and multiwavelength observations obtained as part of the Great Observatories Origins Deep Survey (GOODS)-North to build the Spectral Energy Distributions (UV, optical, infrared) of X-ray sources in this field. These are fit with model templates providing an estimate of the total infrared luminosity (3-1000µm) of each source. We then exploit the tight correlation between infrared and X-ray luminosities for star-forming galaxies, established in the local Universe, to select sources that are dominated by star formation rather than supermassive black hole accretion. This approach is efficient in discriminating normal galaxies from active galactic nuclei (AGN) over a wide range of star formation rates, from quiescent systems to starbursts. The above methodology results in a sample of 45 X-ray selected star-forming systems at a median redshift z ~ 0.5, the majority of which (60 per cent) are either luminous or ultraluminous infrared galaxies. This sample is least affected by incompleteness and residual AGN contamination and is therefore well suited for cosmological studies. We quantify the X-ray evolution of these sources by constructing their differential X-ray counts, dN/dS, and comparing them with evolving luminosity function models. The results are consistent with luminosity evolution of the form (1 + z)p with p ~ 2.4. This is similar to the evolution rate of star-forming galaxies selected at other wavelengths, suggesting that the deep X-ray surveys, like the Chandra Deep Field-North, are indeed finding the starburst galaxy population that drives the rapid evolution of the global star formation rate density in the range z ~ 0-1. Our analysis also reveals a separate population of infrared-faint X-ray sources at moderate z. These include old galaxies but also systems that are X-ray luminous for their stellar mass compared to local ellipticals. We argue that these may be post-starbursts that will, over time, become fainter at X-ray wavelengths and will eventually evolve into early-type systems (i.e. E/S0).

Abstract Copyright: 2007 The Authors. Journal compilation © 2007 RAS

Journal keyword(s): surveys - galaxies: evolution - galaxies: starburst - X-rays: galaxies

Status at CDS:  

Simbad objects: 123

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Number of rows : 123

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 NAME SMC G 00 52 38.0 -72 48 01   2.79 2.2     ~ 9296 1
2 NAME Chandra Deep Field-South reg 03 32 28.0 -27 48 30           ~ 1789 1
3 M 82 IG 09 55 52.430 +69 40 46.93 9.61 9.30 8.41     ~ 5288 6
4 CXOHDFN J123555.4+621505 G 12 35 55.43 +62 15 05.0 21.2 20.7 20.2 18.99 19.6 ~ 6 0
5 GOODS J123558.81+621542.2 G 12 35 58.8147 +62 15 42.240 21.7 21.2   20.26 19.822 ~ 10 0
6 [R2000] J123559.740+621549.95 G 12 35 59.72 +62 15 49.8 21.3 21.0 20.3 19.10 19.4 ~ 14 0
7 TKRS 1386 G 12 36 01.46118 +62 14 06.3730 24.3 24.10   23.42 23.65 ~ 11 0
8 TKRS 4170 G 12 36 03.281 +62 11 11.16 23.10 22.384 21.664 20.72 20.303 ~ 33 0
9 NAME SMM J123606.72+621550.7 QSO 12 36 06.7024 +62 15 50.950 23.8 23.3   23.21 23.27 ~ 24 0
10 TKRS 3504 G 12 36 06.7236 +62 12 21.268 26.7 26.2 24.92 24.21 23.19 ~ 18 0
11 TKRS 1169 G 12 36 07.6986 +62 15 03.508 24.62 24.60   24.34 23.78 ~ 12 0
12 [R2000] J123608.241+621552.99 Sy2 12 36 08.0167 +62 15 53.991 23.5 23.2   21.51 21.22 ~ 18 0
13 TKRS 6586 G 12 36 08.064 +62 08 50.89 24.46 22.97 20.982 20.28 20.048 ~ 15 0
14 TKRS 3583 G 12 36 09.8146876535 +62 11 46.169483478 22.59 20.298 20.6113 18.52 18.586 ~ 18 0
15 [VV2010c] J123612.0+620900 AGN 12 36 12.0 +62 09 00 25.9 25.60 25.6 25.08 24.4 ~ 8 0
16 TKRS 3205 G 12 36 14.4714 +62 13 19.235 23.84 22.56 21.948 20.59 20.331 ~ 18 0
17 [BHM2011] J123614.4+620718.5 G 12 36 14.4864 +62 07 18.759 23.9 23.7 23.2 22.07 21.8 ~ 12 0
18 GNS 2975 G 12 36 16.9056 +62 14 37.454 23.19 22.72   21.33 20.801 ~ 15 0
19 TKRS 6300 G 12 36 17.095 +62 10 11.42 24.16 24.78 24.05 22.59 22.43 ~ 33 0
20 2XMM J123618.0+621635 AGN 12 36 17.988 +62 16 34.85 23.20 21.974   21.02 20.460 ~ 30 0
21 MODS deep 646 AGN 12 36 19.1814 +62 14 41.462 27.5 27.5 26.8 26.01 25.0 ~ 14 0
22 [CBH2004] 189.081115+62.21470 EmG 12 36 19.468 +62 12 52.93 23.18 24.16 22.330 20.05 20.165 ~ 34 0
23 TKRS 3333 G 12 36 20.9913 +62 14 12.503 26.0 25.10 25.14 24.51 24.29 ~ 13 0
24 TKRS 5006 G 12 36 21.15600 +62 12 07.6382 24.6 24.0 23.5 22.44 22.0 ~ 8 0
25 TKRS 3421 G 12 36 21.9600 +62 14 15.792 24.84 23.79 24.11 23.18 22.87 ~ 14 0
26 [CBH2004] 189.093765+62.26244 G 12 36 22.5022 +62 15 44.779 22.30 22.068   20.74 20.413 ~ 31 0
27 MODS wide 1144 AGN 12 36 22.6740 +62 10 28.662 29.6 26.1 26.4 25.58 25.3 ~ 15 0
28 SHARDS 20003134 G 12 36 22.8003 +62 13 00.130 23.86 23.33 21.997 20.38 20.552 ~ 22 0
29 [CBH2004] 189.095977+62.22965 G 12 36 23.0361 +62 13 46.734 23.70 22.629 22.265 20.71 20.933 ~ 22 0
30 CXOHDFN J123623.6+621837 AGN 12 36 23.66 +62 18 37.6 25.3 25.0 24.2 23.30 22.3 ~ 11 0
31 TKRS 5015 EmG 12 36 27.3215 +62 12 58.086 24.46 23.78 23.79 22.28 22.77 ~ 26 0
32 [CBH2004] 189.129868+62.21019 EmG 12 36 31.1685 +62 12 36.667 23.65 23.02 22.767 21.35 21.742 ~ 19 0
33 2XMM J123633.2+620835 AGN 12 36 33.246 +62 08 34.60 22.72 22.603 22.487 21.92 21.501 ~ 24 0
34 TKRS 8015 G 12 36 33.6587 +62 10 06.194 23.59 23.59 24.48 22.15 21.90 ~ 42 0
35 2XMM J123634.5+621214 EmG 12 36 34.474 +62 12 13.24 24.03 21.453 21.551 18.84 19.153 ~ 53 0
36 NAME SMM J123635+621237 EmG 12 36 34.5319 +62 12 41.336 25.26 23.86 24.53 23.18 22.71 ~ 83 0
37 TKRS 5446 G 12 36 36.2868 +62 13 20.245 25.07 23.50 24.20 22.20 22.37 ~ 19 0
38 NAME SMM J123636.75+621156.1 AGN 12 36 36.753 +62 11 56.03 24.78 24.16 23.412 21.81 21.989 ~ 43 0
39 [DPC99] HDF-ALL-LW3-7 EmG 12 36 36.8615 +62 11 35.176 21.76 18.866 20.7111 17.66 18.068 ~ 41 0
40 [BCW2008] 189.155487+62.14190 G 12 36 37.3160 +62 08 31.219 23.78 23.82 24.49 23.06 22.38 ~ 13 0
41 TKRS 8906 G 12 36 39.0989 +62 09 44.451 25.07 25.49 24.94 24.07 23.73 ~ 19 0
42 TKRS 8639 G 12 36 39.723 +62 10 10.17 24.92 23.87 23.132 21.59 21.679 ~ 22 0
43 TKRS 3871 EmG 12 36 39.785 +62 15 47.74 31.75 25.4 24.13 22.04 21.583 ~ 23 0
44 TKRS 6348 EmG 12 36 39.9281 +62 12 50.378 24.76 23.51 23.371 21.53 21.370 ~ 28 0
45 TKRS 2984 EmG 12 36 40.173 +62 16 55.63 25.56 25.14 24.10 23.36 22.220 ~ 26 0
46 TKRS 1610 AGN 12 36 40.5339 +62 18 33.378 25.65 25.1   23.55 22.55 ~ 17 0
47 TKRS 4150 Sy2 12 36 42.1928 +62 15 45.775 24.57 23.78 24.15 21.61 21.377 ~ 47 0
48 CXOHDFN J123642.3+620612 G 12 36 42.30 +62 06 12.1   27.4 27.1 25.71 25.2 ~ 11 0
49 GOODS J123643.09+621108.9 QSO 12 36 43.0872 +62 11 08.896 25.0 24.54 23.5 22.48 22.94 ~ 10 0
50 [TCC2005] 189.18327 +62.21389 EmG 12 36 43.9732 +62 12 50.440 23.18 22.60 22.821 20.84 21.019 ~ 55 0
51 SHARDS J123644.39+621133.2 AGN 12 36 44.396 +62 11 33.17 26.48 25.0 24.15 21.96 21.60 ~ 79 0
52 TKRS 1711 G 12 36 45.407 +62 19 00.76 22.56 22.450   20.97 20.627 ~ 17 0
53 [ABB2003] CDFN 235 X 12 36 45.46 +62 18 49.4 26.2 25.6 25.6 25.80 25.3 ~ 6 0
54 [ABB2003] CDFN 236 X 12 36 45.68 +62 14 48.4 25.8 25.5 25.6 25.53 25.4 ~ 5 0
55 [CBH2004] 189.193268+62.25816 G 12 36 46.3852 +62 15 29.393 26.34 26.3 24.74 23.84 22.72 ~ 23 0
56 CXO J123646.7+620833 AGN 12 36 46.674 +62 08 33.21 23.82 22.86 23.002 21.86 21.180 ~ 28 0
57 [WDS2014] ID.Z3 EmG 12 36 47.0487 +62 12 37.216 23.46 23.347 22.298 20.62 21.096 ~ 35 0
58 NAME Chandra Deep Field-North reg 12 36.8 +62 13           ~ 605 0
59 SHARDS 20002935 EmG 12 36 48.0771 +62 13 09.363 25.83 23.56 22.416 20.43 20.611 ~ 56 0
60 TKRS 5789 EmG 12 36 48.2993 +62 14 26.868 21.600 19.892 20.4185 18.70 19.006 ~ 41 0
61 CXOHDFN J123649.5+621345 G 12 36 49.4248867585 +62 13 46.921871947 22.090 20.140 19.7508 17.97 18.262 ~ 44 0
62 TKRS 6165 G 12 36 49.4953 +62 14 07.127 24.66 23.62 23.50 21.95 21.899 ~ 44 0
63 NAME Hubble Deep Field reg 12 36 49.5 +62 12 58           ~ 1819 1
64 NAME SMM J123650+621316 EmG 12 36 49.7162 +62 13 13.398 25.47 23.77 23.48 21.46 21.627 ~ 80 1
65 [CBH2004] 189.209579+62.33469 AGN 12 36 50.2987 +62 20 04.881 28.91 25.85   24.4 23.36 ~ 16 0
66 [CBH2004] 189.212753+62.29221 G 12 36 51.0602 +62 17 31.964 24.16 23.51 23.199 22.33 22.13 ~ 16 0
67 TKRS 9493 EmG 12 36 51.1177 +62 10 31.227 24.61 22.71 22.346 20.23 20.364 ~ 50 0
68 TKRS 5780 EmG 12 36 52.1168 +62 14 57.587 24.23 23.20 23.331 21.71 21.99 ~ 19 0
69 GOODS J123652.74+621637.8 X 12 36 52.7417 +62 16 37.789 24.8 24.91   24.59 24.69 ~ 7 0
70 [RSE2006] BM1136 PoG 12 36 52.746 +62 13 54.77 22.6 22.5 22.5 21.85 22.3 ~ 14 0
71 TKRS 5913 ALS 12 36 52.884 +62 14 43.95 24.30 21.900 20.016 18.93 19.189 ~ 47 0
72 TKRS 8727 EmG 12 36 53.3716 +62 11 39.965 24.11 23.44 23.69 22.93 22.63 ~ 55 0
73 TKRS 13242 G 12 36 54.2893 +62 07 45.493 21.63 21.487   19.23 19.796 ~ 15 0
74 NAME GOODS-N Field reg 12 36 55.0 +62 14 15           ~ 903 1
75 [CBH2004] 189.231033+62.21989 AGN 12 36 55.4494 +62 13 11.588 26.46 25.9 24.80 22.86 22.47 ~ 58 1
76 CXOHDFN J123655.8+621200 mm 12 36 55.80 +62 12 00.7 25.6 25.0 24.8 24.71 24.13 ~ 15 0
77 TKRS 13618 G 12 36 55.9393 +62 08 08.576 25.50 25.20   22.6 21.572 ~ 29 0
78 SHARDS J123656.91+621301.7 G 12 36 56.9178 +62 13 01.667 24.54 25.39 24.83     ~ 10 0
79 TKRS 10058 EmG 12 36 57.3355 +62 10 26.428 25.08 25.14 24.54 2.383 22.95 ~ 22 0
80 GOODS J123657.66+622126.7 G 12 36 57.6614 +62 21 26.723 24.5 24.00   22.43 22.024 ~ 17 0
81 TKRS 10998 G 12 36 58.341 +62 09 58.18 22.397 19.206 20.2241 17.44 17.743 ~ 21 0
82 TKRS 4810 G 12 36 58.8211 +62 16 38.141 23.57 21.615 21.91 19.47 19.748 ~ 19 0
83 TKRS 2677 G 12 36 59.8300 +62 19 34.490 25.40 25.1 25.05 24.02 23.50 ~ 17 0
84 [CBH2004] 189.249649+62.24730 IG 12 36 59.9172 +62 14 50.278 24.84 23.52 23.42 21.62 21.582 ~ 34 0
85 TKRS 5420 G 12 37 00.4140 +62 16 17.301 23.54 24.00 24.08 22.33 22.561 ~ 17 0
86 TKRS 1382 AGN 12 37 01.106 +62 21 09.17 25.65 24.52   21.76 20.819 ~ 22 0
87 [ABB2003] CDFN 314 X 12 37 01.17 +62 10 16.0 25.9 25.6 25.4 25.52 24.9 ~ 4 0
88 TKRS 9355 EmG 12 37 02.0383 +62 11 23.241 21.06 20.164 21.570 18.72 19.012 ~ 30 0
89 MODS deep 2915 AGN 12 37 02.5996 +62 12 44.359 25.9 26.03 25.46 25.42 24.94 ~ 18 0
90 TKRS 9918 G 12 37 03.7108 +62 11 23.398 24.40 24.048 24.41 23.6 23.34 ~ 14 0
91 [CBH2004] 189.269287+62.28114 AGN 12 37 04.629 +62 16 52.10 23.67 22.026 22.163 20.15 20.441 ~ 33 0
92 TKRS 5046 G 12 37 06.1812 +62 17 12.753 23.73 20.232 21.178 18.73 18.483 ~ 18 0
93 TKRS 12309 X 12 37 06.970 +62 08 30.09 27.5 26.0 25.9 25.05 24.2 ~ 7 0
94 SHARDS J123707.34+621642.5 G 12 37 07.3400 +62 16 42.799 24.47 24.67 25.74 24.28 23.21 ~ 16 0
95 CXOHDFN J123707.4+621955 AGN 12 37 07.47 +62 19 55.9 28.7 28.5 26.6 25.94 24.4 ~ 10 0
96 CXOHDFN J123707.7+621616 AGN 12 37 07.7327 +62 16 16.302 24.27 24.03 24.21 22.79 21.85 ~ 20 0
97 TKRS 10811 G 12 37 08.3216 +62 10 56.411 23.16 21.654 21.839 19.96 20.270 ~ 40 0
98 SHARDS 10001344 G 12 37 08.6445 +62 15 01.871 25.72 24.66 23.81 21.68 21.670 ~ 23 0
99 [R2000] J123709.453+620837.67 G 12 37 09.40 +62 08 37.5 24.7 24.33 23.3 21.86 20.4 ~ 20 0
100 TKRS 12065 G 12 37 09.72 +62 08 41.1 24.2 24.1 23.6 22.74 21.4 ~ 17 0
101 TKRS 5145 G 12 37 12.1503 +62 17 54.339 24.95 25.10 25.11 24.02 23.41 ~ 18 0
102 TKRS 10105 EmG 12 37 14.3940 +62 12 21.509 25.49 25.35 24.94 24.12 23.61 ~ 23 0
103 CXOHDFN J123714.8+621617 X 12 37 14.75 +62 16 16.9 24.4 24.1 24.2 24.02 23.6 ~ 10 0
104 TKRS 10954 G 12 37 15.9245 +62 11 59.364 22.403 20.076 19.988 17.84 18.087 ~ 18 0
105 SHARDS J123716.14+621130.6 G 12 37 16.1350 +62 11 30.909 28.41 26.7 25.83 24.80 23.48 ~ 16 0
106 TKRS 7954 G 12 37 16.3735 +62 15 12.614 23.47 24.58 22.698 20.27 20.289 ~ 34 0
107 [CHB2000] O3716.82-1007.4 G 12 37 16.860 +62 10 07.44 23.5 22.69   20.29 20.391 ~ 21 0
108 TKRS 8129 G 12 37 20.391 +62 15 23.65 27.0 25.9 24.90 23.23 22.43 ~ 18 0
109 TKRS 10876 G 12 37 24.4475 +62 12 42.133 25.87 25.3   22.18 21.904 ~ 13 0
110 TKRS 4823 EmG 12 37 25.510 +62 19 41.73 20.65 22.48 21.280 18.49 18.326 ~ 19 0
111 CXOHDFN J123727.7+621034 G 12 37 27.68 +62 10 36.3 21.4 20.6 19.7 18.20 18.8 ~ 10 0
112 CXOHDFN J123731.7+621703 G 12 37 31.7087 +62 17 03.628 27.4 27.2 26.5 24.05 23.7 ~ 10 0
113 SHARDS J123732.12+621246.4 G 12 37 32.1174 +62 12 46.733 24.59 24.16   22.95 22.03 ~ 15 0
114 CXOHDFN J123734.1+621139 G 12 37 34.197 +62 11 39.74 21.5 20.90 20.3 19.60 19.70 ~ 8 0
115 TKRS 10863 AGN 12 37 34.5342 +62 13 56.753 23.34 22.93 23.70 21.69 20.894 ~ 17 0
116 CXO J123737.1+621205 G 12 37 37.050 +62 12 04.84 21.8 21.3 20.6 19.42 19.6 ~ 11 0
117 TKRS 11988 G 12 37 39.789 +62 13 37.63 25.08 24.68 22.72 22.43 21.387 ~ 17 0
118 [BCW2008] 189.415909+62.28379 G 12 37 39.800 +62 17 01.51 24.82 23.07 22.569 21.02 20.707 ~ 16 0
119 [ABB2003] CDFN 455 G 12 37 40.96 +62 12 00.4 23.1 23.0 23.0 22.36 22.2 ~ 10 0
120 CXOHDFN J123754.6+621842 G 12 37 54.61 +62 18 42.3 25.0 24.7 24.3 23.66 23.6 ~ 7 0
121 CXOHDFN J123817.4+621608 X 12 38 17.48 +62 16 08.9 23.9 23.8 23.9 23.52 23.2 ~ 7 0
122 IC 4553 SyG 15 34 57.22396 +23 30 11.6084   14.76 13.88     ~ 2658 4
123 NGC 7252 IG 22 20 44.7751096408 -24 40 41.905677809 12.26 12.46 12.06 11.57   ~ 660 1

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2020.04.06-11:53:10

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