2013A&A...558A.136M

Query : 2013A&A...558A.136M

2013A&A...558A.136M - Astronomy and Astrophysics, volume 558A136-136 (2013/10-1)

Mid- to far-infrared properties of star-forming galaxies and active galactic nuclei.

MAGDIS G.E., RIGOPOULOU D., HELOU G., FARRAH D., HURLEY P., ALONSO-HERRERO A., BOCK J., BURGARELLA D., CHAPMAN S., CHARMANDARIS V., COORAY A., DAI Y.S., DALE D., ELBAZ D., FELTRE A., HATZIMINAOGLOU E., HUANG J.-S., MORRISON G., OLIVER S., PAGE M., SCOTT D. and SHI Y.

Abstract (from CDS):

We study the mid- to far-IR properties of a 24µm-selected flux-limited sample (S24>5mJy) of 154 intermediate redshift (<z≳0.15), infrared luminous galaxies, drawn from the 5 Milli-Jansky Unbiased Spitzer Extragalactic Survey. By combining existing mid-IR spectroscopy and new Herschel SPIRE submm photometry from the Herschel Multi-tiered Extragalactic Survey, we derived robust total infrared luminosity (LIR) and dust mass (Mdust) estimates and infered the relative contribution of the AGN to the infrared energy budget of the sources. We found that the total (8-1000µm) infrared emission of galaxies with weak 6.2µm PAH emission (EW6.2≤0.2µm) is dominated by AGN activity, while for galaxies with EW6.2>0.2µm more than 50% of the LIR arises from star formation. We also found that for galaxies detected in the 250-500µm Herschel bands an AGN has a statistically insignificant effect on the temperature of the cold dust and the far-IR colours of the host galaxy, which are primarily shaped by star formation activity. For star-forming galaxies we reveal an anti-correlation between the LIR-to-rest-frame 8 µm luminosity ratio, IR8=LIR/L8 and the strength of PAH features. We found that this anti-correlation is primarily driven by variations in the PAHs emission, and not by variations in the 5-15µm mid-IR continuum emission. Using the [NeIII]/[NeII] line ratio as a tracer of the hardness of the radiation field, we confirm that galaxies with harder radiation fields tend to exhibit weaker PAH features, and found that they have higher IR8 values and higher dust-mass-weighted luminosities (LIR/Mdust), the latter being a proxy for the dust temperature (Td). We argue that these trends originate either from variations in the environment of the star-forming regions or are caused by variations in the age of the starburst. Finally, we provide scaling relations that will allow estimating LIR, based on single-band observations with the mid-infrared instrument, on board the upcoming James Webb Space Telescope.

Abstract Copyright: ∼

Journal keyword(s): galaxies: evolution - galaxies: active - galaxies: starburst - galaxies: star formation - infrared: galaxies

Simbad objects: 190

goto Full paper

goto View the references in ADS

Number of rows : 190
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 NAME SMC G 00 52 38.0 -72 48 01   2.79 2.2     ~ 12317 1
2 GAMA J021503.52-042421.7 G 02 15 03.53 -04 24 21.7           ~ 7 0
3 2MASX J02155710-0337286 EmG 02 15 57.1039984896 -03 37 28.819999200   16.92 16.09     ~ 8 0
4 2MASS J02163825-0422508 Sy2 02 16 38.2251724656 -04 22 50.835190656           ~ 11 0
5 [VV2006] J021640.7-044405 QSO 02 16 40.7386747896 -04 44 04.948183572   17 16.91     ~ 44 1
6 GAMA J021649.73-042554.5 G 02 16 49.7249394373 -04 25 54.710450522           ~ 7 0
7 2MASS J02165778-0324596 QSO 02 16 57.7800640464 -03 24 59.684439168   18.13   17.24   ~ 27 0
8 SDSS J021729.08-041937.6 QSO 02 17 29.083 -04 19 37.68           ~ 10 0
9 SDSS J021743.03-043625.0 QSO 02 17 43.0352271384 -04 36 25.051274856   20.8752 20.0419 19.7023   ~ 24 0
10 PB 9133 SBG 02 17 43.8276913056 -05 17 51.618636852   16.80 16.24 15.9675   ~ 12 0
11 5MUSES 13 QSO 02 17 54.8746528440 -03 58 26.452544772           ~ 11 0
12 [VV2006] J021808.2-045845 QSO 02 18 08.2447818120 -04 58 45.315815952   18.7462 18.7613 16.80   ~ 51 0
13 [VV2006] J021830.5-045622 QSO 02 18 30.5907875904 -04 56 22.908636960     17.60 16.90   ~ 31 0
14 5MUSES 18 SBG 02 18 49.780 -05 21 58.42   20.4937 19.5270 19.1835   ~ 11 0
15 2MASS J02185971-0402367 Sy2 02 18 59.7469367616 -04 02 37.145216652           ~ 19 1
16 2MASS J02190962-0525128 Sy2 02 19 09.622 -05 25 12.72   18.2443 17.6070 17.4285   ~ 14 0
17 GAMA J021912.70-050541.7 SBG 02 19 12.71 -05 05 41.7   19.0221 18.6672 18.7145   ~ 11 0
18 LEDA 1038457 Sy2 02 19 16.0690622664 -05 57 26.997871068           ~ 13 0
19 2MASX J02192835-0422399 EmG 02 19 28.3445003664 -04 22 39.796726332   17.78 16.95     ~ 7 0
20 2XMM J021938.5-032507 Sy1 02 19 38.7169190832 -03 25 08.251816800   19.0   19.1   ~ 22 0
21 2MASS J02193908-0511338 Sy2 02 19 39.0851551752 -05 11 33.792299736   18.3202 17.5209 16.50   ~ 25 1
22 2MASS J02195304-0518240 Sy2 02 19 53.0415625632 -05 18 24.040807056   17.71   16.56   ~ 11 0
23 SDSS J021956.97-052440.1 G 02 19 56.971 -05 24 40.19           ~ 8 0
24 3XMM J022000.1-043948 Sy1 02 20 00.2300513280 -04 39 47.507729472           ~ 19 0
25 SDSS J022005.95-031545.4 QSO 02 20 05.9493119640 -03 15 45.414455580           ~ 15 0
26 2MASS J02201221-0341118 Sy1 02 20 12.2271927144 -03 41 11.798984112   18.24   17.50   ~ 28 0
27 LEDA 1043477 AG? 02 21 45.21 -05 32 07.5   17.3       ~ 17 0
28 6dFGS gJ022147.9-025730 EmG 02 21 47.8076026848 -02 57 30.515090904   17.31   16.32   ~ 7 0
29 SDSS J022147.88-044613.8 EmG 02 21 47.8890848136 -04 46 14.020770972           ~ 11 0
30 5MUSES 37 G 02 21 51.55 -03 29 12.1           ~ 5 0
31 GAMA J022205.00-050536.8 G 02 22 05.00 -05 05 36.8           ~ 8 0
32 LEDA 1054404 G 02 22 23.2784209776 -04 43 19.650156384           ~ 9 0
33 SDSS J022224.05-050550.1 G 02 22 24.053 -05 05 50.19           ~ 9 0
34 2MASS J02224134-0456510 G 02 22 41.36 -04 56 52.0           ~ 7 0
35 SDSS J022257.98-041840.9 AGN 02 22 57.9767263656 -04 18 40.945088664   19.70   19.047   ~ 17 0
36 5MUSES 44 AGN 02 23 02.021 -05 23 36.02           ~ 7 0
37 GAMA J022309.32-052316.1 G 02 23 09.33 -05 23 16.2           ~ 7 0
38 5MUSES 47 EmG 02 23 15.6048810648 -04 06 06.240957912           ~ 9 0
39 SDSS J022329.14-043209.5 G 02 23 29.140 -04 32 09.57           ~ 8 0
40 5MUSES 49 G 02 23 34.6535480472 -03 52 29.485103700           ~ 6 0
41 SDSS J022345.04-054234.3 G 02 23 45.0420790776 -05 42 34.436258244           ~ 10 0
42 SDSS J022356.50-025430.9 Sy2 02 23 56.500 -02 54 30.94           ~ 7 0
43 SDSS J022413.65-042227.7 rG 02 24 13.6759036008 -04 22 27.556846104           ~ 13 0
44 SDSS J022422.49-040230.5 rG 02 24 22.4976018360 -04 02 30.576056604           ~ 13 0
45 2MASS J02243160-0528185 QSO 02 24 31.5914706096 -05 28 18.919781076           ~ 23 0
46 5MUSES 55 EmG 02 24 34.298 -04 15 31.41           ~ 11 0
47 2MASS J02243899-0427065 Sy2 02 24 38.9738089008 -04 27 06.312895740   18.87   17.09 17.40 ~ 31 0
48 SDSS J022447.01-040851.1 rG 02 24 47.01274 -04 08 51.1919           ~ 14 0
49 LEDA 1060985 rG 02 24 57.64920 -04 14 18.0096           ~ 13 0
50 SDSS J022507.41-041835.7 rG 02 25 07.4209766424 -04 18 35.821416312           ~ 12 0
51 SDSS J022508.35-053917.5 Sy2 02 25 08.350 -05 39 17.57           ~ 12 0
52 2MASX J02252260-0454513 EmG 02 25 22.6136668032 -04 54 51.669279900           ~ 15 0
53 LEDA 175046 Sy2 02 25 36.4392343152 -05 00 12.025674468   16.14   15.30   ~ 22 0
54 SDSS J022548.23-050051.5 G 02 25 48.232 -05 00 51.52           ~ 11 0
55 LEDA 175055 rG 02 25 49.7829103224 -04 00 24.782956632   14.4 13.9     ~ 25 1
56 SDSS J022559.99-050145.3 G 02 25 59.995 -05 01 45.38           ~ 10 0
57 2MASS J02260292-0453066 rG 02 26 02.910 -04 53 06.98           ~ 16 0
58 LEDA 1050831 rG 02 26 03.6209674440 -04 59 03.881731596   15.0 14.5     ~ 15 0
59 NVSS J022617-050443 rG 02 26 17.4459180168 -05 04 43.498080012   16.13   14.82   ~ 25 1
60 SDSS J022637.79-035841.7 G 02 26 37.8041218728 -03 58 41.778586488           ~ 9 0
61 SDSS J022655.87-040302.5 rG 02 26 55.8846620304 -04 03 02.471377644           ~ 11 0
62 FIRST J022720.6-044537 rG 02 27 20.6989228872 -04 45 37.323500076   16.75   15.60   ~ 18 1
63 SDSS J022738.55-044702.7 rG 02 27 38.5543975032 -04 47 02.736504384           ~ 14 0
64 SDSS J022741.65-045650.1 rG 02 27 41.656 -04 56 50.15           ~ 9 0
65 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 19090 0
66 M 82 AGN 09 55 52.430 +69 40 46.93 9.61 9.30 8.41     ~ 6156 6
67 2MASS J10323767+5808446 G 10 32 37.480 +58 08 45.91           ~ 7 0
68 2MASS J10345051+5844184 AGN 10 34 50.5650288336 +58 44 18.464864460           ~ 10 0
69 5MUSES 80 G 10 35 13.73 +57 34 44.5           ~ 5 0
70 5MUSES 81 G 10 35 27.2 +58 37 12           ~ 4 0
71 5MUSES 82 G 10 35 31.436 +58 12 34.35           ~ 6 0
72 SDSS J103542.77+583313.2 G 10 35 42.7588554984 +58 33 13.156414308           ~ 7 0
73 5MUSES 84 G 10 36 01.8 +58 18 36           ~ 3 0
74 5MUSES 85 QSO 10 36 06.4597068048 +58 18 29.707547508           ~ 7 0
75 5MUSES 86 G 10 36 46.49 +58 43 30.5           ~ 4 0
76 NVSS J103702+574414 rG 10 37 01.993 +57 44 15.05           ~ 5 0
77 [VV2006] J103724.8+580512 QSO 10 37 24.7352817240 +58 05 13.029420372   17.93 17.77     ~ 38 0
78 [VV2006] J103803.3+572701 QSO 10 38 03.3598817088 +57 27 01.598233284   21.23 20.62     ~ 27 0
79 5MUSES 90 G 10 38 13.9 +58 00 47           ~ 4 0
80 5MUSES 91 G 10 38 18.1851335712 +58 35 56.565060216           ~ 6 0
81 5MUSES 93 G 10 38 56.2 +57 03 34           ~ 4 0
82 5MUSES 97 G 10 40 16.34 +57 08 45.9           ~ 6 0
83 2MASS J10405880+5817034 Sy1 10 40 58.8040307136 +58 17 03.393101436   18.05 17.81     ~ 24 2
84 SDSS J104131.78+592258.7 QSO 10 41 31.7860451232 +59 22 58.699128216           ~ 14 0
85 5MUSES 100 QSO 10 41 32.4802858440 +56 59 53.124178164   19.20 18.90     ~ 13 0
86 SDSS J104159.84+585856.6 AGN 10 41 59.8511275920 +58 58 56.556888816           ~ 9 0
87 QSO B1039+581 QSO 10 42 55.6519217520 +57 55 49.863132048   18.19 17.93     ~ 47 0
88 5MUSES 103 G 10 43 03.520 +58 57 18.27           ~ 8 0
89 LEDA 3408080 AGN 10 44 32.9666026848 +56 40 41.748066048           ~ 12 0
90 Z 290-67 AGN 10 44 38.2138889112 +56 22 10.822011312   15.1       ~ 38 0
91 SDSS J104454.09+574425.9 rG 10 44 54.091 +57 44 25.95           ~ 9 0
92 NAME Lockman Hole reg 10 45 00.0 +58 00 00           ~ 910 0
93 5MUSES 108 QSO 10 45 01.7256295248 +57 11 11.300816796           ~ 8 1
94 NVSS J104516+592303 rG 10 45 16.043 +59 23 04.71           ~ 7 1
95 2MASS J10464328+5847149 Sy2 10 46 43.2733312008 +58 47 15.084553668   18.40 17.46     ~ 16 0
96 2MASS J10470505+5907284 QSO 10 47 05.0734813392 +59 07 28.398720396   19.14 18.88 18.74 18.57 ~ 40 0
97 2MASS J10472989+5728427 rG 10 47 29.8503293352 +57 28 42.826915452           ~ 10 0
98 SDSS J104837.79+582642.1 rG 10 48 37.7922771816 +58 26 42.303329916           ~ 7 0
99 FIRST J104839.7+555356 QSO 10 48 39.7260 +55 53 56.577           ~ 8 1
100 LHW J104843+580341 rG 10 48 44.02 +58 03 40.9           ~ 6 0
101 SDSS J104907.11+565715.3 rG 10 49 07.1192709168 +56 57 15.468138036           ~ 12 0
102 5MUSES 119 G 10 49 18.323 +56 25 12.91           ~ 5 0
103 2MASS J10500595+5615001 AGN 10 50 05.9580040503 +56 15 00.129384695           ~ 9 0
104 5MUSES 124 G 10 50 47.8072335600 +59 03 47.904889140           ~ 8 0
105 5MUSES 126 G 10 50 58.7605603586 +56 05 50.099780887           ~ 6 0
106 [VV2006] J105106.1+591624 QSO 10 51 06.1199589312 +59 16 25.184048628   18.52 18.35 18.28 18.32 ~ 41 0
107 2MASS J10512806+5735025 rG 10 51 28.0782706224 +57 35 02.482737648           ~ 18 0
108 [VV2006] J105158.5+590652 QSO 10 51 58.5277314696 +59 06 52.018675092   19.19 18.80     ~ 37 0
109 SDSS J105200.29+591933.7 AGN 10 52 00.2947855392 +59 19 33.730576176           ~ 7 0
110 NVSS J105207+580945 rG 10 52 06.5559748680 +58 09 46.935571320           ~ 13 0
111 5MUSES 133 G 10 53 36.854 +58 03 50.70           ~ 7 0
112 [VV2006] J105404.1+574019 QSO 10 54 04.1053976304 +57 40 19.726433436   18.49 18.24     ~ 47 0
113 2MASS J10542166+5823448 Sy1 10 54 21.6418134024 +58 23 44.712363048   18.97 18.21     ~ 16 0
114 SDSS J105604.86+574230.2 rG 10 56 04.860 +57 42 30.20       22.21   ~ 8 0
115 LEDA 3411966 AGN 10 56 36.9390584208 +57 34 49.627867620           ~ 8 0
116 LEDA 4000093 rG 10 56 41.7955283760 +58 00 46.078204680           ~ 11 0
117 LEDA 3440428 Sy1 10 57 05.4054483024 +58 04 37.463567088   18.00 17.50 17.27 16.85 ~ 49 0
118 2MASS J10573353+5657374 Sy1 10 57 33.5189527728 +56 57 37.387737828   17.80 17.28     ~ 12 0
119 SDSS J105740.55+570616.4 G 10 57 40.5492115056 +57 06 16.404121116           ~ 8 0
120 5MUSES 144 G 10 58 29.268 +58 04 39.26           ~ 5 0
121 SDSS J105854.06+574129.9 G 10 58 54.0580404576 +57 41 30.033543984           ~ 7 0
122 LEDA 3408468 Sy2 10 59 03.4700822376 +57 21 55.041116724   19.19 18.58     ~ 19 0
123 SDSS J105951.69+581803.0 QSO 10 59 51.6928275120 +58 18 03.010407516   21.82 20.84     ~ 25 0
124 [VV2006] J105959.9+574848 QSO 10 59 59.9279415048 +57 48 48.162238956   18.64 18.44     ~ 36 0
125 5MUSES 149 AGN 11 00 02.09 +57 31 41.9           ~ 6 0
126 5MUSES 151 G 11 01 25.0 +57 43 16           ~ 4 0
127 5MUSES 152 G 11 01 33.752 +57 52 06.99           ~ 7 0
128 2MASS J11022358+5744361 Sy1 11 02 23.5651854936 +57 44 36.187689804   19.08 18.78     ~ 22 0
129 5MUSES 154 G 11 02 35.0087546520 +57 46 55.668903060           ~ 6 0
130 IC 1127 SyG 15 34 57.22396 +23 30 11.6084   14.76 13.88     ~ 3090 4
131 5MUSES 168 G 16 04 08.184 +54 25 31.26           ~ 9 0
132 [VV2006] J160630.6+542007 QSO 16 06 30.6110388336 +54 20 07.375012548 18.25 18.2 18.96 18.0   ~ 37 0
133 2MASS J16065535+5340166 Sy1 16 06 55.3558207728 +53 40 16.893404544 17.87 19.10 18.65 18.25 17.88 ~ 36 1
134 LEDA 2483443 Sy2 16 08 03.6712743120 +54 53 02.229921168 17.95         ~ 18 1
135 5MUSES 181 G 16 08 32.6209872936 +55 29 27.016754388           ~ 7 0
136 5MUSES 183 G 16 08 39.7432340904 +55 23 30.832825920           ~ 6 0
137 LEDA 2504439 G 16 08 58.3955449056 +55 30 10.275357600           ~ 8 0
138 5MUSES 187 G 16 09 07.592 +55 24 28.50           ~ 7 0
139 5MUSES 188 G 16 09 08.3101240968 +55 22 41.334936168           ~ 7 0
140 LEDA 2496583 G 16 09 26.7223592743 +55 16 42.372377478           ~ 6 0
141 LEDA 2465716 G 16 09 31.57 +54 18 27.8           ~ 8 0
142 LEDA 2463102 SBG 16 09 37.5143116416 +54 12 59.145077808 20.39         ~ 14 0
143 ELAIS N1 reg 16 10 01 +54 30.6           ~ 489 0
144 ELAISC15 J161103+544322 SBG 16 11 03.7398282048 +54 43 22.012427244 18.96         ~ 13 0
145 LEDA 2482900 rG 16 11 23.453 +54 51 58.24 21.04         ~ 10 0
146 LEDA 2458593 rG 16 12 23.357 +54 03 38.89           ~ 12 0
147 LEDA 2485300 G 16 12 33.4633461840 +54 56 30.527963880 19.37         ~ 10 0
148 2MASS J16124108+5439566 G 16 12 41.0598205440 +54 39 56.677678992 18.94         ~ 8 0
149 5MUSES 200 AGN 16 12 50.8542583272 +53 23 04.768406016           ~ 11 0
150 LEDA 2484711 G 16 12 54.1856940696 +54 55 25.673168532           ~ 12 0
151 5MUSES 204 G 16 13 57.0302517912 +53 41 05.217353448           ~ 5 0
152 5MUSES 208 G 16 14 11.536 +54 05 54.10           ~ 6 0
153 [VV2006] J161521.8+543149 QSO 16 15 21.7880759760 +54 31 48.323530236 17.53 17.88 17.66     ~ 20 1
154 2MASS J16155149+5415354 G 16 15 51.498 +54 15 35.45 20.49         ~ 11 0
155 2MASS J16164597+5425543 AGN 16 16 45.9395646624 +54 25 54.447315060 19.46         ~ 9 0
156 NVSS J161759+541503 rG 16 17 59.2330420704 +54 15 01.447973496           ~ 10 0
157 IRAS F16171+5426 AGN 16 18 19.3355674584 +54 18 59.178645900           ~ 16 0
158 ELAIS N2 reg 16 36 48.0 +41 01 45           ~ 168 0
159 2MASS J17103321+5844566 Sy1 17 10 33.2074170216 +58 44 56.833678680   19.68 19.15     ~ 35 0
160 [VV2006] J171124.2+593121 QSO 17 11 24.2263273512 +59 31 21.441000252   19.2 19.22 19.1   ~ 36 0
161 5MUSES 294 SBG 17 12 32.3542639368 +59 21 26.063050932       17.56   ~ 10 0
162 5MUSES 295 QSO 17 12 33.3711046824 +58 36 10.487821320   21.62 20.53     ~ 9 0
163 5MUSES 296 Sy1 17 12 33.7864341360 +59 40 26.004687708     19.50 18.22   ~ 11 0
164 2MASX J17131650+5832349 EmG 17 13 16.5405158880 +58 32 35.131606728           ~ 11 0
165 5MUSES 299 SBG 17 14 14.8147157256 +58 52 21.563352012       18.70   ~ 11 0
166 5MUSES 300 QSO 17 14 19.972 +60 27 24.82           ~ 14 0
167 5MUSES 302 SBG 17 14 46.472 +59 34 00.15       17.67   ~ 12 0
168 SDSS J171447.34+583805.9 rG 17 14 47.344 +58 38 05.97           ~ 8 0
169 2MASS J17151387+5946382 Sy1 17 15 13.8781467216 +59 46 38.222609880   19.97 19.08 17.75   ~ 14 0
170 2MASX J17155047+5935486 Sy1 17 15 50.5074930288 +59 35 48.834441384   18.65 18.06 15.31 17.34 ~ 32 0
171 5MUSES 307 SBG 17 16 14.4874916256 +59 54 23.931532008       17.39   ~ 15 0
172 5MUSES 308 Sy1 17 16 30.229 +60 14 22.76     19.10 17.82   ~ 13 0
173 SDSS J171650.57+595751.4 Sy2 17 16 50.5766419824 +59 57 51.399504792       18.81   ~ 15 1
174 5MUSES 310 SBG 17 17 11.1403285320 +60 27 10.014365664       17.88   ~ 11 0
175 2MASX J17174751+5932581 Sy1 17 17 47.5714837320 +59 32 58.087421808   19.86 19.27 19.00 18.65 ~ 21 0
176 5MUSES J171852.71+591432.0 LIN 17 18 52.711 +59 14 32.05       19.23   ~ 13 0
177 2MASS J17193331+5927430 QSO 17 19 33.32 +59 27 43.0       17.71   ~ 12 0
178 2MASX J17194484+5957071 SBG 17 19 44.8763343864 +59 57 06.791238072       16.66   ~ 13 0
179 5MUSES 317 SBG 17 20 43.2710114664 +58 40 26.757323112       17.08   ~ 12 0
180 SDSS J172044.84+582923.8 Sy2 17 20 44.845 +58 29 23.82           ~ 9 0
181 LEDA 2594887 rG 17 21 59.312 +59 50 33.90       16.16   ~ 15 1
182 SDSS J172219.58+594506.9 Sy2 17 22 19.5758032224 +59 45 06.894197352   21.24 19.91 18.71   ~ 11 0
183 5MUSES 321 QSO 17 22 28.046 +60 15 26.04       19.85   ~ 12 0
184 [VV2006] J172238.8+585107 QSO 17 22 38.7433907376 +58 51 06.945742332   18.61 18.44 18.17   ~ 38 0
185 SDSS J172313.06+590533.1 rG 17 23 13.052 +59 05 33.18           ~ 11 0
186 LEDA 2599392 rG 17 23 55.5606883008 +60 13 01.549625016           ~ 11 0
187 SDSS J172355.98+594047.4 rG 17 23 55.9755105432 +59 40 47.332673508           ~ 11 0
188 5MUSES 326 SBG 17 24 02.1051133512 +60 06 01.317099744       17.12   ~ 10 0
189 Z 300-26 SBG 17 25 46.8068827464 +59 36 55.399292856   15.6   14.38   ~ 33 0
190 MCG+10-25-031 EmG 17 25 51.3430265928 +60 11 38.765421528   17   15.20   ~ 37 0

To bookmark this query, right click on this link: simbad:objects in 2013A&A...558A.136M and select 'bookmark this link' or equivalent in the popup menu