2003AJ....126..197D

Query : 2003AJ....126..197D

2003AJ....126..197D - Astron. J., 126, 197-217 (2003/July-0)

The Carina project. I. Bright variable stars.

DALL'ORA M., RIPEPI V., CAPUTO F., CASTELLANI V., BONO G., SMITH H.A., BROCATO E., BUONANNO R., CASTELLANI M., CORSI C.E., MARCONI M., MONELLI M., NONINO M., PULONE L. and WALKER A.R.

Abstract (from CDS):

We present new BV time series data of the Carina dwarf spheroidal galaxy (dSph). Current data cover an area of ~0.3 deg2 around the center of the galaxy and allow us to identify 92 variables. Among them 75 are RR Lyrae stars, 15 are bona fide anomalous Cepheids, one might be a Galactic field RR Lyrae star, and one is located along the Carina red giant branch. Expanding upon the seminal photographic investigation by Saha, Monet, & Seitzer we supply, for the first time, accurate estimates of their pulsation parameters (periods, amplitudes, mean magnitudes, and colors) on the basis of CCD photometry. Approximately 50% of both RR Lyrae stars and anomalous Cepheids are new identifications. Among the RR Lyrae sample, six objects are new candidate double-mode (RRd) variables. On the basis of their pulsation properties we estimate that two variables (V158, V182) are about 50% more massive than typical RR Lyrae stars, while the bulk of the anomalous Cepheids are roughly a factor of 2 more massive than fundamental-mode (RRab) RR Lyrae stars. This finding supports the evidence that these objects are intermediate-mass stars during central He-burning phases. We adopted three different approaches to estimate the Carina distance modulus, namely, the first-overtone blue edge method, the period-luminosity-amplitude relation, and the period-luminosity-color relation. We found DM=20.19±0.12, a result that agrees quite well with similar estimates based on different distance indicators. The data for Carina, together with data available in the literature, strongly support the conclusion that dSph's can barely be classified into the classical Oosterhoff dichotomy. The mean period of RRab's in Carina resembles that found for Oosterhoff type II clusters, whereas the ratio between first-overtone (RRc) pulsators and the total number of RR Lyrae stars is quite similar to that found in Oosterhoff type I clusters.

Abstract Copyright: ∼

Journal keyword(s): Galaxies: Dwarf - Galaxies: Individual: Name: Carina - Galaxies: Local Group - Stars: Distances - Stars: Horizontal-Branch - Stars: Oscillations

VizieR on-line data: <Available at CDS (J/AJ/126/197): table1.dat table2.dat table3.dat>

Nomenclature: Table 1: [SMS86] NNN (Nos 173-207) added.

Simbad objects: 191

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Number of rows : 191
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 Sculptor Dwarf Galaxy G 01 00 09.4 -33 42 32   9.79 8.6 8.81   ~ 1498 4
2 MCG-06-07-001 G 02 39 59.3 -34 26 57   9.02 7.4     ~ 1894 1
3 [SMS86] 186 RR* 06 39 55.62 -50 59 50.1   21.065 20.759     ~ 1 0
4 [SMS86] 164 RR* 06 39 56.43 -50 53 55.5 21.380 21.123 20.734   20.104 ~ 3 0
5 [SMS86] 163 RR* 06 39 57.16 -50 51 11.5           ~ 3 0
6 [MOP2000] C140058 RR* 06 40 00.04 -50 44 15.5   21.482 20.165   18.426 ~ 5 0
7 [MOP2000] C120102 V* 06 40 00.9702060384 -51 04 06.501547272   20.731 19.959   18.698 ~ 5 0
8 [SMS86] 160 RR* 06 40 01.4024762304 -51 02 50.112769272           ~ 3 0
9 [SMS86] 189 RR* 06 40 09.8381443320 -51 08 05.044127136 21.220 20.995 20.569   20.044 ~ 6 0
10 [SMS86] 188 RR* 06 40 12.2695476552 -51 07 06.060834048 21.190 21.033 20.647   20.143 ~ 3 0
11 [SMS86] 159 RR* 06 40 12.75 -51 09 35.6 20.940 21.082 20.806   20.086 ~ 5 0
12 [SMS86] 158 RR* 06 40 12.8348195736 -50 56 24.557523144 20.902 20.755 20.338   19.642 ~ 5 0
13 [SMS86] 157 RR* 06 40 17.44 -50 58 41.5           ~ 3 0
14 [SMS86] 156 RR* 06 40 17.9573578584 -51 06 01.949649408           ~ 3 0
15 [MOP2000] C140180 RR* 06 40 19.78 -50 45 46.0   20.377 19.133   17.577 ~ 6 0
16 [SMS86] 154 RR* 06 40 20.2379871360 -50 43 20.962721604   19.254 18.026 17.12 16.519 ~ 8 0
17 [SMS86] 153 RR* 06 40 24.3665837280 -51 04 49.804826628 21.076 21.098 20.771   20.109 ~ 7 0
18 [SMS86] 187 Ce* 06 40 24.7282868760 -51 01 29.256059892 19.420 19.53 19.26   18.674 ~ 4 0
19 [SMS86] 185 RR* 06 40 25.2020346072 -50 44 35.224616256 21.310 21.113 20.758   20.155 ~ 2 0
20 [SMS86] 152 RR* 06 40 29.16 -50 42 14.4           ~ 3 0
21 [SMS86] 151 RR* 06 40 29.31 -51 00 16.9 21.350 21.080 20.817   20.374 ~ 5 0
22 [SMS86] 149 Ce* 06 40 30.4470909864 -51 07 00.719181156 20.960 20.444 20.0770   19.488 ~ 3 0
23 [SMS86] 150 RR* 06 40 30.7146877992 -50 45 27.762902460           ~ 3 0
24 [SMS86] 148 RR* 06 40 31.6817834112 -50 48 39.871737864 21.010 20.639 20.470   20.084 ~ 6 0
25 [SMS86] 184 RR* 06 40 33.0076607301 -50 43 14.641413846 21.165 20.988 20.749   20.213 ~ 3 0
26 [SMS86] 147 RR* 06 40 34.0696410384 -51 11 29.736505356   21.146 20.502   19.585 ~ 6 0
27 [SMS86] 146 RR* 06 40 34.7793081696 -51 01 51.506315076   21.134 20.535   19.665 ~ 5 0
28 [SMS86] 145 RR* 06 40 35.87 -50 58 30.5           ~ 3 0
29 [SMS86] 144 RR* 06 40 37.1885330399 -50 59 24.815048441 21.086 20.919 20.618   20.153 ~ 6 0
30 [SMS86] 143 RR* 06 40 38.25 -51 11 29.6 21.297 21.025 20.648   20.116 ~ 4 0
31 [SMS86] 142 RR* 06 40 38.3885512462 -51 01 38.648735840 21.050 20.968 20.704   20.254 ~ 5 0
32 [SMS86] 141 RR* 06 40 39.44 -50 56 00.3 21.200 21.143 20.797   20.144 ~ 4 0
33 [SMS86] 140 RR* 06 40 39.4553718216 -51 07 02.072784828           ~ 3 0
34 [SMS86] 139 RR* 06 40 39.8562946776 -50 53 22.788899016   20.181 19.332   18.274 ~ 5 0
35 [SMS86] 138 RR* 06 40 40.7193691256 -50 52 58.154440258 21.120 21.082 20.734   20.094 ~ 5 0
36 [SMS86] 137 RR* 06 40 43.15 -50 55 53.2           ~ 3 0
37 [SMS86] 136 RR* 06 40 44.7958428211 -51 12 42.493316453 21.240 21.176 20.733   20.047 ~ 5 0
38 [SMS86] 135 RR* 06 40 46.4278041624 -51 05 24.490382532 21.300 21.021 20.633   20.091 ~ 5 0
39 [SMS86] 129 RR* 06 40 49.3306018536 -51 08 14.833640076 19.477 19.44 19.16   18.698 ~ 8 0
40 [SMS86] 127 Ce* 06 40 52.2192938304 -50 59 20.661073080 21.220 21.136 20.730   20.163 ~ 4 0
41 [SMS86] 126 Ce* 06 40 52.3432397304 -50 58 56.460337104 21.230 21.124 20.758   20.160 ~ 5 0
42 [SMS86] 125 RR* 06 40 53.3683202712 -50 58 53.131372248 20.940 21.044 20.668   20.073 ~ 7 0
43 [SMS86] 124 RR* 06 40 53.7836610576 -51 05 53.027324268 21.340 21.168 20.741   20.043 ~ 5 0
44 [SMS86] 123 RR* 06 40 54.9271132872 -50 44 14.297981136 21.350 21.092 20.672   20.065 ~ 3 0
45 [SMS86] 122 RR* 06 40 56.9719020744 -51 00 45.707698548 21.096 21.07 20.68   20.065 ~ 6 0
46 [SMS86] 121 RR* 06 40 57.4922849064 -51 00 41.104613160   20.953 20.295   19.402 ~ 7 0
47 [SMS86] 120 RR* 06 40 58.8274363200 -50 45 24.289780788           ~ 3 0
48 [SMS86] 197 RR* 06 41 00.2652101160 -51 02 39.467526324 21.240 20.934 20.716   20.331 ~ 3 0
49 [SMS86] 119 RR* 06 41 01.4453558280 -50 52 30.595688652   21.112 20.483   19.605 ~ 5 0
50 [SMS86] 118 RR* 06 41 01.84 -50 47 22.5           ~ 3 0
51 [SMS86] 194 EB* 06 41 04.2215195520 -51 01 32.801386764 16.320 16.055 15.846   15.525 ~ 3 0
52 [SMS86] 116 RR* 06 41 05.6252992368 -51 00 27.975714984 21.150 21.154 20.747   20.194 ~ 9 0
53 [SMS86] 115 Ce* 06 41 06.2298863376 -50 53 18.409881480 19.284 18.87 18.58   18.196 ~ 5 0
54 [SMS86] 114 RR* 06 41 08.2666059360 -50 54 41.017585608   20.919 20.236   19.320 ~ 7 0
55 [MOP2000] C140573 RR* 06 41 08.3781332736 -50 47 06.693352368   20.275 18.881   17.095 ~ 6 0
56 [SMS86] 113 RR* 06 41 08.5579925688 -50 48 20.924769708           ~ 3 0
57 [SMS86] 112 RR* 06 41 08.8011481032 -51 04 39.141023988   20.020 19.117   18.016 ~ 6 0
58 [SMS86] 110 RR* 06 41 09.15 -51 00 33.7           ~ 4 0
59 [SMS86] 109 RR* 06 41 09.5271635736 -50 59 43.657151532           ~ 4 0
60 [SMS86] 198 RR* 06 41 10.5406444728 -51 03 22.840869924   21.06 20.73     ~ 3 0
61 [SMS86] 108 RR* 06 41 10.5493561440 -51 08 19.331568384   21.483 20.706   19.720 ~ 7 0
62 [SMS86] 107 RR* 06 41 11.3501690928 -51 11 14.646123960           ~ 3 0
63 [SMS86] 196 RR* 06 41 11.4769798368 -51 02 16.017123012 21.213 21.065 20.647   20.132 ~ 3 0
64 [SMS86] 106 RR* 06 41 15.0938324304 -51 08 40.555762548           ~ 3 0
65 [SMS86] 104 RR* 06 41 16.4501427216 -51 01 08.761664424   21.350 20.577   19.590 ~ 6 0
66 [SMS86] 105 RR* 06 41 16.5173953104 -51 09 02.918135448 20.990 21.129 20.710   20.085 ~ 7 0
67 [SMS86] 103 RR* 06 41 17.4022863024 -50 55 15.175184772   19.943 19.119 18.46 18.035 ~ 7 0
68 [MOP2000] C110722 RR* 06 41 18.1157997336 -51 10 56.890772148   20.728 19.967   19.078 ~ 6 0
69 [SMS86] 101 RR* 06 41 18.1231018008 -51 01 27.843753612           ~ 3 0
70 [SMS86] 99 RR* 06 41 18.8642321448 -50 58 24.765863700           ~ 3 0
71 [SMS86] 199 RR* 06 41 19.5919830456 -51 10 23.563259616 20.976 21.037 20.601   19.942 ~ 4 0
72 [SMS86] 192 RR* 06 41 20.63 -51 00 31.5   20.93 20.62     ~ 3 0
73 [SMS86] 96 RR* 06 41 24.9728383632 -50 44 11.739657732           ~ 3 0
74 [SMS86] 191 RR* 06 41 26.2127963856 -50 59 33.776587896 21.066 21.051 20.648   20.114 ~ 6 0
75 [SMS86] 95 RR* 06 41 26.7578362800 -50 52 14.898453744   21.156 20.540   19.679 ~ 5 0
76 [SMS86] 183 RR* 06 41 27.5896350648 -50 56 01.227847992 21.210 20.964 20.615   20.013 ~ 3 0
77 [SMS86] 193 Ce* 06 41 28.2255568224 -51 00 45.295543836 19.680 19.497 19.258   18.900 ~ 6 0
78 [SMS86] 92 RR* 06 41 28.7400819648 -51 06 50.362512084 21.112 21.216 20.750   20.124 ~ 6 0
79 [SMS86] 91 RR* 06 41 29.4583092984 -51 04 28.352372304 21.164 21.132 20.716   19.977 ~ 6 0
80 [SMS86] 90 RR* 06 41 29.9191023120 -50 52 10.650560700 21.460 21.072 20.649   20.145 ~ 5 0
81 [SMS86] 89 RR* 06 41 29.9384796864 -50 47 13.529323788   21.11 20.78     ~ 4 0
82 [SMS86] 88 RR* 06 41 31.1765693784 -50 57 56.010152304   20.937 20.255   19.342 ~ 6 0
83 [SMS86] 87 Ce* 06 41 32.6673874872 -50 57 00.715398912 19.144 19.00 18.79   18.353 ~ 5 0
84 [SMS86] 86 RR* 06 41 33.84 -50 43 49.3           ~ 3 0
85 [SMS86] 182 RR* 06 41 34.9174095816 -50 52 39.021402144 20.480 20.543 20.139   19.571 ~ 4 0
86 [SMS86] 85 RR* 06 41 35.6385420816 -50 50 07.339837164 21.078 21.064 20.643   20.065 ~ 7 0
87 ESO 206-20A G 06 41 36.7 -50 57 58   22.14 11.0 19.47   ~ 1190 0
88 [SMS86] 84 RR* 06 41 37.1036305608 -51 00 04.431703500 21.010 20.93 20.57   20.107 ~ 4 0
89 [SMS86] 83 RR* 06 41 37.45 -51 01 37.0           ~ 3 0
90 [SMS86] 81 RR* 06 41 37.6954411584 -51 02 37.036823640   21.101 20.315   19.315 ~ 6 0
91 [MOP2000] C121897 RR* 06 41 37.74 -50 57 37.1   19.962 19.175   18.180 ~ 5 0
92 [MOP2000] C131321 RR* 06 41 38.2522404624 -50 49 03.403174872   19.937 18.760   17.305 ~ 5 0
93 [SMS86] 80 RR* 06 41 38.3568243264 -51 04 37.308513036   21.232 20.534   19.632 ~ 6 0
94 [SMS86] 77 Ce* 06 41 39.2411140272 -51 05 39.578718768 21.380 21.200 20.791 19.91 20.152 ~ 6 0
95 [SMS86] 76 RR* 06 41 39.6720203880 -50 48 56.049063660           ~ 3 0
96 [SMS86] 190 Ce* 06 41 39.7824127488 -50 59 02.025558528 19.622 19.47 19.15   18.547 ~ 3 0
97 HD 48652 * 06 41 40.3207647240 -51 00 02.633454252   9.53 9.11     F2V 18 0
98 [SMS86] 195 RR* 06 41 40.8138638280 -51 01 33.574332504 21.180 21.165 20.749   20.143 ~ 3 0
99 [SMS86] 74 RR* 06 41 43.8646579968 -50 54 08.918668332   20.996 20.673     ~ 5 0
100 [SMS86] 178 Ce* 06 41 44.0428692456 -50 50 17.125404000 19.250 20.05 19.55   18.768 ~ 3 0
101 [SMS86] 200 RR* 06 41 46.7350890507 -50 58 39.253150331 21.240 21.143 20.728   20.101 ~ 4 0
102 [SMS86] 72 RR* 06 41 46.8915705912 -51 05 25.094706324   21.013 20.912   20.667 ~ 4 0
103 [SMS86] 73 RR* 06 41 46.9156612560 -51 07 07.338953712 21.110 21.036 20.790   20.143 ~ 6 0
104 [SMS86] 71 RR* 06 41 47.9187773856 -51 03 12.439253844           ~ 3 0
105 [SMS86] 70 RR* 06 41 48.2299079400 -50 55 01.672131648   18.979 17.626   16.181 ~ 20 0
106 [MOP2000] C160083 RR* 06 41 48.9415142376 -51 02 32.360725176   20.366 19.515   18.385 ~ 7 0
107 [SMS86] 68 RR* 06 41 49.1440035512 -50 59 18.668053169 21.430 21.154 20.711   20.091 ~ 5 0
108 [SMS86] 179 RR* 06 41 49.4029385232 -50 54 11.121332184 21.260 21.167 20.730   20.053 ~ 5 0
109 [SMS86] 67 RR* 06 41 52.6368231864 -51 05 19.575302820 21.064 21.133 20.737   20.128 ~ 6 0
110 [SMS86] 66 RR* 06 41 52.96 -51 12 37.5           ~ 3 0
111 [SMS86] 65 RR* 06 41 55.8609226080 -50 55 35.137696044 21.171 21.124 20.716   20.109 ~ 7 0
112 [SMS86] 203 Ce* 06 41 56.22 -50 59 21.4 19.924 21.238 20.470   19.460 ~ 5 0
113 [SMS86] 64 RR* 06 41 57.1663125744 -50 53 29.868305424   19.800 19.213   18.471 ~ 4 0
114 [SMS86] 63 RR* 06 41 57.3919977936 -51 03 22.887299088           ~ 3 0
115 [SMS86] 62 RG* 06 41 57.8030893608 -50 59 53.157365304   19.005 17.685   16.222 ~ 18 0
116 [SMS86] 61 Ce* 06 41 58.2848310024 -50 47 37.712229828 21.280 21.131 20.677   20.088 ~ 4 0
117 [SMS86] 59 RR* 06 41 59.7071907648 -50 50 37.215983940   20.940 20.292   19.406 ~ 5 0
118 [SMS86] 60 RR* 06 41 59.7418674096 -51 06 38.392121880 21.341 21.221 20.742   20.157 ~ 5 0
119 [SMS86] 57 RR* 06 42 02.8482003552 -50 52 56.671825152 21.294 21.218 20.784   20.076 ~ 6 0
120 [SMS86] 204 RR* 06 42 04.0971385224 -51 01 51.316779684 21.400 21.185 20.795   20.099 ~ 4 0
121 [SMS86] 206 Ce* 06 42 04.2487162800 -51 09 41.182489404 21.480 21.177 20.771   20.113 ~ 4 0
122 [SMS86] 56 RR* 06 42 04.3725330768 -50 49 15.044821428           ~ 3 0
123 [SMS86] 55 RR* 06 42 05.7 -50 55 16           ~ 4 0
124 [SMS86] 53 RR* 06 42 07.4527807872 -50 51 25.225767756   21.167 20.682   19.955 ~ 4 0
125 [SMS86] 52 RR* 06 42 07.5140045160 -50 43 08.234578344           ~ 3 0
126 [SMS86] 54 RR* 06 42 07.5258441888 -51 01 16.892297292           ~ 3 0
127 [SMS86] 51 RR* 06 42 08.3036127600 -51 02 26.520365616           ~ 3 0
128 [SMS86] 50 RR* 06 42 08.4813568200 -51 02 51.958808160   21.079 20.314   19.266 ~ 6 0
129 [SMS86] 49 RR* 06 42 08.7715086504 -51 01 11.719338204 21.300 21.100 20.685   20.052 ~ 5 0
130 [SMS86] 48 RR* 06 42 08.9688780000 -51 02 40.185810600           ~ 3 0
131 [SMS86] 46 RR* 06 42 09.04 -50 46 56.2   20.932 20.441   19.505 ~ 4 0
132 [SMS86] 47 RR* 06 42 09.1030315896 -50 53 53.314659564 21.260 21.019 20.753   20.355 ~ 6 0
133 [SMS86] 201 RR* 06 42 10.49 -50 59 07.5 21.320 21.131 20.717   20.084 ~ 3 0
134 [SMS86] 45 RR* 06 42 10.88 -51 12 55.8           ~ 3 0
135 [SMS86] 43 RR* 06 42 13.1030466384 -50 46 49.745614008 21.310 20.972 20.718   20.353 ~ 4 0
136 [SMS86] 42 RR* 06 42 14.7343247280 -50 55 35.886130536           ~ 3 0
137 CRTS J064214.5-505514 Ce* 06 42 14.7587600760 -50 55 13.903661352 19.770 19.16 18.90   18.577 ~ 4 0
138 [SMS86] 40 RR* 06 42 15.6267483264 -51 06 59.812867260 21.183 21.146 20.771   20.223 ~ 4 0
139 [SMS86] 39 RR* 06 42 17.05 -51 01 54.5   21.402 20.693   19.710 ~ 5 0
140 [FBN2016] 121974 * 06 42 17.2879220016 -51 07 15.763315296   20.210 19.118   17.729 ~ 7 0
141 [SMS86] 37 RR* 06 42 17.5 -50 56 33           ~ 3 0
142 [SMS86] 36 RR* 06 42 18.12 -51 08 07.5           ~ 3 0
143 [SMS86] 34 RR* 06 42 19.2164443344 -50 45 30.532482324 21.440 21.171 20.772   20.281 ~ 3 0
144 [SMS86] 35 RR* 06 42 19.38 -50 48 44.3   21.114 20.490   19.631 ~ 5 0
145 [SMS86] 33 RR* 06 42 21.1020099960 -51 11 51.267828552 20.470 20.143 19.781   19.155 ~ 10 0
146 [SMS86] 202 RR* 06 42 22.61 -50 59 18.4   21.121 20.719     ~ 2 0
147 [SMS86] 31 Ce* 06 42 22.98 -50 59 16.1 21.390 21.151 20.729   20.093 ~ 4 0
148 [SMS86] 181 RR* 06 42 24.07 -50 56 00.8 21.160 20.955 20.764   20.350 ~ 2 0
149 [SMS86] 30 RR* 06 42 24.0938396616 -51 02 38.770840896 21.570 21.188 20.753   20.136 ~ 6 0
150 [SMS86] 205 Ce* 06 42 24.5096152152 -51 02 40.218437652 20.189 19.855 19.631   19.281 ~ 5 0
151 [SMS86] 29 RR* 06 42 25.0610524392 -51 03 47.542449924 19.297 19.310 19.005   18.608 ~ 10 0
152 [MOP2000] C160745 RR* 06 42 25.9047823368 -50 59 42.956527776   20.573 19.751 18.64 18.690 ~ 6 0
153 [SMS86] 27 Ce* 06 42 28.8839655360 -50 47 50.082829512 20.230 20.09 19.56   18.820 ~ 5 0
154 [SMS86] 26 RR* 06 42 30.3262256328 -50 52 23.938960296   21.01 20.65     ~ 3 0
155 [SMS86] 24 RR* 06 42 33.9890524999 -50 44 24.722571842 21.480 21.141 20.723   20.126 ~ 4 0
156 [SMS86] 174 RR* 06 42 38.16 -50 46 09.8 21.220 21.225 20.788   20.152 ~ 2 0
157 [SMS86] 22 RR* 06 42 46.49 -50 57 36.5 21.209 21.130 20.770   20.160 ~ 4 0
158 [SMS86] 21 RR* 06 42 46.6595647080 -51 08 50.315813952   20.189 19.385   18.415 ~ 5 0
159 [SMS86] 20 RR* 06 42 50.9803722432 -50 56 06.573614136   21.108 20.429   19.531 ~ 6 0
160 [SMS86] 19 * 06 42 54.2433394272 -50 44 44.671631856   19.451 18.487   17.261 ~ 8 0
161 [SMS86] 175 RR* 06 42 54.3633563016 -50 51 21.481929936 21.230 21.069 20.724   20.263 ~ 3 0
162 [SMS86] 18 RR* 06 42 55.84 -50 53 50.3           ~ 4 0
163 [SMS86] 16 RR* 06 42 56.3387715144 -50 54 47.245047912   20.946 20.326   19.441 ~ 6 0
164 2MASS J06425638-5108377 RR* 06 42 56.3990725416 -51 08 37.775962140 22.030 20.968 19.6060   17.705 ~ 4 0
165 [SMS86] 176 RR* 06 42 59.94 -50 53 58.5 21.330 21.12 20.67   20.061 ~ 3 0
166 [SMS86] 15 RR* 06 43 00.8278641384 -50 50 28.023733320           ~ 4 0
167 [SMS86] 14 RR* 06 43 01.9373233776 -51 01 26.160700440 20.510 20.177 19.867   19.507 ~ 9 0
168 2MASS J06430499-5049324 RR* 06 43 05.0190327840 -50 49 32.832117912           ~ 4 0
169 [SMS86] 12 Pu* 06 43 06.31 -50 59 04.8   20.15       ~ 5 0
170 [SMS86] 207 RR* 06 43 07.5031834464 -51 02 30.759998424   21.02 20.69     ~ 2 0
171 [SMS86] 11 RR* 06 43 08.2019080392 -50 50 47.729828076   21.04 20.71     ~ 4 0
172 [SMS86] 10 RR* 06 43 10.6605928176 -50 43 47.641869552 21.158 21.123 20.732   20.203 ~ 5 0
173 GSC2.3 S4DH013665 Pu* 06 43 15.8037154320 -50 53 33.033946452   20.845 20.051 19.33 19.033 ~ 8 0
174 2MASS J06431600-5102434 EB? 06 43 16.0118240184 -51 02 43.434457188   18.652 17.652   16.342 ~ 6 0
175 [SMS86] 7 RR* 06 43 16.2689439144 -51 04 17.027701824 21.430 21.121 20.700   20.212 ~ 5 0
176 2MASS J06431801-5046435 RR* 06 43 18.0154471920 -50 46 43.510041156           ~ 4 0
177 [MOP2000] C171419 RR* 06 43 19.0510139016 -50 53 29.187930408   20.656 19.983   19.107 ~ 7 0
178 [SMS86] 173 Pu* 06 43 27.1323566112 -50 44 48.941288916 20.790 19.576 18.515   17.250 ~ 3 0
179 [SMS86] 177 RR* 06 43 28.51 -50 55 47.3   21.04 20.76     ~ 2 0
180 NAME Sextans dSph LSB 10 13 02.9 -01 36 53   12 10.4     ~ 921 0
181 Z 126-111 G 11 13 28.13 +22 09 10.1   12.9 12.0     ~ 899 0
182 M 68 GlC 12 39 27.98 -26 44 38.6     7.96     ~ 1069 0
183 M 53 GlC 13 12 55.25 +18 10 05.4     7.79     ~ 907 0
184 M 3 GlC 13 42 11.62 +28 22 38.2     6.39     ~ 2593 0
185 NGC 5466 GlC 14 05 27.29 +28 32 04.0     9.70     ~ 887 0
186 IC 4499 GlC 15 00 18.57 -82 12 49.6     8.56     ~ 375 0
187 Z 318-18 G 15 09 08.0 +67 13 21   13.60 10.6     ~ 1459 0
188 Z 300-12 G 17 20 14.335 +57 55 16.39   12.40 10.6     ~ 1428 1
189 NAME SDG G 18 55 19.0 -30 32 43   4.5 3.6     ~ 2438 2
190 M 15 GlC 21 29 58.33 +12 10 01.2           ~ 3274 0
191 NAME Local Group GrG ~ ~           ~ 9325 0

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