2015MNRAS.450..592R

Query : 2015MNRAS.450..592R

2015MNRAS.450..592R - Mon. Not. R. Astron. Soc., 450, 592-605 (2015/June-2)

redMaPPer - III. A detailed comparison of the Planck 2013 and SDSS DR8 redMaPPer cluster catalogues.

ROZO E., RYKOFF E.S., BARTLETT J.G. and MELIN J.-B.

Abstract (from CDS):

We compare the Planck Sunyaev-Zeldovich (SZ) cluster sample (PSZ1) to the Sloan Digital Sky Survey (SDSS) redMaPPer catalogue, finding that all Planck clusters within the redMaPPer mask and within the redshift range probed by redMaPPer are contained in the redMaPPer cluster catalogue. These common clusters define a tight scaling relation in the richness-SZ mass (λ-MSZ) plane, with an intrinsic scatter in richness of σ_λ|M_SZ = 0.266 ±0.017. The corresponding intrinsic scatter in true cluster halo mass at fixed richness is ~21 percent. The regularity of this scaling relation is used to identify failures in both catalogues. The failure rates for redMaPPer and PSZ1 1.2 percent and 14.7 percent, respectively. The PSZ1 failure rates decreases to 9.8 percent after removing incorrect redshifts that were drawn from the literature. We note the failure rates in the PSZ1 from this analysis are specific to the SDSS overlap region, and may not be indicative of failure rates over the full Planck survey. We have further identified five PSZ1 sources that suffer from projection effects (multiple rich systems along the line of sight of the SZ detection) and 17 new high-redshift (z ≳ 0.6) cluster candidates of varying degrees of confidence.

Abstract Copyright: © 2015 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society (2015)

Journal keyword(s): galaxies: groups: general

Simbad objects: 59

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Number of rows : 59
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 PSZ1 G109.49-45.40 C?G 00 12 16.0 +16 26 35           ~ 3 0
2 ZwCl 0017+0320 ClG 00 19 38.6 +03 35 57           ~ 24 0
3 MCXC J0019.6+2517 ClG 00 19 39.1 +25 17 27           ~ 29 0
4 PSZ1 G120.14-44.43 C?G 00 42 51.5520 +18 24 25.659           ~ 9 0
5 ACO 98 ClG 00 46 29.2 +20 28 06           ~ 150 0
6 ACO 109 ClG 00 52 31.4 +22 15 33           ~ 11 0
7 ZwCl 0102-0012 ClG 01 04 55.0 +00 03 36           ~ 28 0
8 PSZ1 G147.35-68.32 C?G 01 26 51.4 -07 08 49           ~ 4 0
9 ACO 220 ClG 01 37 19.5747 +07 52 21.970           ~ 18 0
10 ClG J0142+2131 ClG 01 42 03.1 +21 30 39           ~ 60 1
11 PSZ1 G184.50-55.73 C?G 02 51 25.6 -07 56 51           ~ 4 0
12 ZwCl 0823+0425 ClG 08 25 57.8 +04 14 48           ~ 42 0
13 ZwCl 0824+2244 ClG 08 27 28.4 +22 32 45           ~ 16 0
14 ACO 743 ClG 09 06 44.9 +10 19 02           ~ 28 0
15 PSZ1 G219.80+38.78 C?G 09 22 36.1 +11 41 28           ~ 3 0
16 ZwCl 0924+0511 ClG 09 26 46.5509 +05 01 25.994           ~ 16 0
17 ZwCl 0928+2904 ClG 09 30 49.6 +28 51 08           ~ 17 0
18 PSZ1 G199.71+46.53 C?G 09 33 53.2 +28 05 43           ~ 7 0
19 PSZ1 G205.54+49.00 C?G 09 48 21.5 +24 46 58           ~ 3 0
20 ACO 963 ClG 10 17 03.4 +39 02 56           ~ 414 0
21 ACO 959 ClG 10 17 35.0 +59 33 28           ~ 76 0
22 ZwCl 1030+1408 ClG 10 32 50.4 +13 52 42           ~ 12 0
23 PSZ1 G217.35+58.14 C?G 10 34 40.0 +20 33 18           ~ 4 0
24 ACO 1127 ClG 10 54 17.0 +14 39 04           ~ 24 0
25 ACO 1208 ClG 11 14 08.3 +04 20 38           ~ 20 0
26 PSZ1 G236.86+66.33 C?G 11 21 46.8 +15 49 46           ~ 4 0
27 ACO 1240 ClG 11 23 37.7 +43 03 28           ~ 113 0
28 PSZ1 G140.46+54.27 C?G 11 29 10.6 +59 57 37           ~ 4 0
29 PSZ1 G194.24+75.22 C?G 11 46 02.1 +30 54 16           ~ 4 0
30 ACO 1401 ClG 11 51 54.51 +37 15 48.4           ~ 30 0
31 PSZ1 G135.03+54.38 C?G 11 52 28.7 +61 19 57           ~ 9 0
32 ACO 1430 ClG 11 59 17.5 +49 47 46           ~ 59 0
33 ZwCl 1232+2319 ClG 12 34 46.0 +23 01 01           ~ 13 0
34 PSZ1 G311.76+83.91 ClG 12 55 25.9 +21 06 59           ~ 7 0
35 ZwCl 1301+6745 ClG 13 03 01.02 +67 26 29.4           ~ 15 0
36 ACO 1729 ClG 13 24 30.89 -03 31 45.5           ~ 20 0
37 ACO 1750 ClG 13 30 50.44 -01 51 27.1           ~ 190 2
38 ZwCl 1341+4022 ClG 13 43 44.3 +40 04 24           ~ 16 0
39 ACO 1800 ClG 13 49 27.19 +28 04 44.6           ~ 127 0
40 ACO 1902 ClG 14 21 39.7 +37 17 43           ~ 67 0
41 ACO 1986 ClG 14 53 08.3 +21 53 39           ~ 48 0
42 ZwCl 1454+0656 C?G 14 56 51.4 +06 44 59           ~ 5 0
43 NSC J145659+064610 ClG 14 56 59.32 +06 46 09.4           ~ 2 0
44 ClG J1504-0248 ClG 15 04 07.4 -02 48 15           ~ 186 0
45 PSZ1 G087.32+50.92 ClG 15 26 16.5628 +54 08 35.069           ~ 14 0
46 ACO 2108 ClG 15 40 21.78 +17 52 04.9           ~ 61 0
47 PSZ1 G070.91+49.26 ClG 15 56 42.9816 +44 39 11.750           ~ 16 0
48 ACT-CL J1615.1+0735 ClG 16 15 05.4 +07 34 55           ~ 14 0
49 PSZ1 G020.82+38.03 C?G 16 15 26.9 +07 41 50           ~ 5 0
50 PSZ1 G021.09+38.01 ClG 16 15 56.0 +07 48 19           ~ 12 0
51 PSZ1 G065.79+41.79 ClG 16 38 51.7 +41 37 37           ~ 15 0
52 PSZ1 G035.55+34.15 C?G 16 50 22.0 +16 50 38           ~ 5 0
53 ACO 2472 ClG 22 41 58.0 +17 33 03           ~ 29 0
54 ACT-CL J2307.9-0155 ClG 23 08 21.0 -01 55 16           ~ 15 0
55 PSZ1 G083.81-50.74 C?G 23 16 57.8 +04 48 22           ~ 4 0
56 ACO 2623 ClG 23 35 00.8 +05 35 57           ~ 28 0
57 ZwCl 2341+0000 ClG 23 43 40.566 +00 18 18.94           ~ 83 0
58 ZwCl 2341+0251 ClG 23 44 37.7 +03 05 03           ~ 14 0
59 PSZ1 G104.33-45.76 C?G 23 58 07.2 +15 10 37           ~ 3 0

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