Table 8: Optical properties of candidate counterparts of Marano XMM-Newton X-ray sources. For a detailed explanation of the individual columns see Sect. 3.
(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15)
No RA Dec $Dist_{\rm {OX}}$ K R Class z Flags $\log(L_{\rm {X_{OBS}}}$) $M_{\rm {B}}$ $\alpha _{\rm OX}$ $N_{\rm {H}}$ $\log(L_{\rm {X_{INT}}}$) Rem.
1A 3 15 49.6 -55 18 12 1.52 17.14 20.39 B 0.808 1 - - 44.70 -22.26 1.32 $\rm0.00_{-0.00}^{+0.01}$ 44.70 2, 3
2A 3 15 47.5 -55 29 04 1.37 - 19.66 B 0.464 1 - - 44.59 -21.66 1.22 $\rm0.00_{-0.00}^{+0.04}$ 44.59 2
3A 3 17 32.7 -55 20 26 1.35 - - B 0.406 1 - - 44.24 - - $\rm0.28_{-0.12}^{+0.10}$ 44.44 2
4A 3 13 34.0 -55 26 43 1.26 - 17.05 B 0.987 111 45.28 -26.04 1.74 $\rm0.00_{-0.00}^{+0.01}$ 45.28 1
5A 3 16 50.4 -55 11 09 0.78 - 17.51 B 2.531 1 - - 45.63 -27.79 2.00 $\rm0.00_{-0.00}^{+0.01}$ 45.63 1, 3
6A 3 16 05.8 -55 15 39 1.12 17.79 20.64 B 0.636 111 44.01 -21.49 1.46 $\rm0.00_{-0.00}^{+0.01}$ 44.01 1, 3
7A 3 15 05.6 -55 09 42 0.13 18.25 21.98 B 0.501 111 43.59 -19.56 1.30 $\rm0.00_{-0.00}^{+0.01}$ 43.59 4
8A 3 14 56.0 -55 20 07 1.17 15.53 19.03 G 0.387 111 43.32 - - $\rm 2.09_{-0.73}^{+0.47}$ 43.90 3, 5
9A 3 15 09.9 -55 13 13 1.18 18.81 22.63 N 1.427 111 44.64 - - $\rm0.33_{-0.20}^{+0.18}$ 44.73 4, C
10A 3 13 28.3 -55 10 18 0.49 16.98 20.24 B 1.378 111 45.05 -23.58 1.45 $\rm0.23_{-0.16}^{+0.18}$ 45.12 3
11A 3 15 11.3 -55 09 27 0.35 17.98 21.02 B 1.192 111 44.51 -22.45 1.47 $\rm0.00_{-0.00}^{+0.01}$ 44.51 2, 3
12A 3 14 32.4 -55 14 40 0.46 8.87 - S 0.000 1 - - - - - $\rm0.00_{-0.00}^{+0.01}$ - 3
13A 3 13 50.9 -55 18 38 1.54 18.78 21.35 B 0.500 1 - - 43.66 -20.18 1.37 $\rm0.00_{-0.00}^{+0.01}$ 43.66 3
14A 3 16 38.0 -55 06 37 1.71 17.47 20.68 B 0.854 1 - - 44.28 -22.09 1.47 $\rm0.00_{-0.00}^{+0.01}$ 44.28 2, 3
15A 3 15 51.7 -55 08 17 9.58 - 21.69 N 0.331 000 - - - - - 4, C
16A 3 15 38.3 -55 01 40 0.41 19.40 21.30 B 1.374 111 44.88 -22.51 1.33 $\rm0.00_{-0.00}^{+0.01}$ 44.88 3
17A 3 15 28.9 -55 10 27 3.62 18.49 21.27 B 2.161 111 45.15 -23.69 1.48 $\rm0.00_{-0.00}^{+0.19}$ 45.15 2, 3, C
18A 3 14 21.1 -55 24 05 2.02 - 21.65 B 0.614 1 - - 43.69 -20.40 1.41 $\rm0.05_{-0.05}^{+0.08}$ 43.72 3
19A 3 15 25.2 -55 18 27 0.82 19.78 22.13 B 1.573 111 44.53 -22.03 1.42 $\rm0.00_{-0.00}^{+0.16}$ 44.53 3
20A 3 16 21.5 -55 17 59 0.63 17.33 - N 2.207 111 45.01 - - $\rm0.83_{-0.44}^{+0.52}$ 45.12 C
20B 3 16 21.1 -55 18 01 4.11 13.28 16.72 S 0.000 011 - - - - - 3
21A 3 16 26.1 -55 22 51 1.38 12.16 16.50 S 0.000 1 - - - - - $\rm0.00_{-0.00}^{+0.02}$ - 3
22A 3 15 19.7 -55 02 25 4.63 19.41 23.33 B 1.78 111 44.63 -21.19 1.11 $\rm0.00_{-0.00}^{+0.10}$ 44.63 C
22B 3 15 20.1 -55 02 34 4.62 17.36 19.98 B 1.353 111 44.34 -23.79 1.66 $\rm0.00_{-0.00}^{+0.06}$ 44.34 1, 3, C
23A 3 14 32.1 -55 19 59 1.24 18.32 21.01 B 1.271 111 44.37 -22.62 1.56 $\rm0.00_{-0.00}^{+0.02}$ 44.37 1
25A 3 15 34.7 -55 19 26 0.85 18.12 - B 1.430 111 44.48 - - $\rm0.00_{-0.00}^{+0.03}$ 44.48 3
26A 3 14 36.0 -55 14 03 0.80 17.90 20.23 B 1.19 111 44.15 -23.24 1.76 $\rm0.00_{-0.00}^{+0.03}$ 44.15 4, C
27A 3 15 38.7 -55 22 19 1.74 18.04 21.75 B 1.190 111 44.23 -21.72 1.46 $\rm0.00_{-0.00}^{+0.01}$ 44.23 3
28A 3 15 07.6 -55 04 56 0.64 17.75 20.15 B 1.315 111 44.41 -23.56 1.71 $\rm0.00_{-0.00}^{+0.01}$ 44.41 2, 3
29A 3 15 11.1 -55 15 30 0.42 9.28 - S 0.000 1 - - - - - $\rm0.00_{-0.00}^{+0.01}$ - 3
32A 3 15 47.0 -55 17 55 1.44 17.75 22.96 N 2.727 110 45.09 - - $\rm 14.5_{-8.2}^{+7.9}$ 45.55 C
33A 3 13 19.4 -55 16 17 0.62 17.18 19.21 B 2.166 1 - - 45.05 -25.76 1.88 $\rm0.10_{-0.10}^{+0.33}$ 45.07 1
34A 3 15 59.1 -55 26 37 1.72 18.32 20.70 B 0.983 1 - - 44.36 -22.38 1.50 $\rm0.00_{-0.00}^{+0.01}$ 44.36 3
35A 3 15 03.2 -55 19 06 0.67 16.17 19.54 N 0.391 111 42.91 - - $\rm 1.32_{-0.58}^{+0.59}$ 43.39 4, C
35B 3 15 03.2 -55 19 09 3.28 - 19.54 N 0.391 011 - - - - - C
36A 3 14 11.1 -55 18 29 3.12 19.91 - - - - - - - - - 4
38A 3 16 30.0 -55 19 11 2.28 19.66 22.33 B 1.254 111 44.50 -21.27 1.27 $\rm0.00_{-0.00}^{+0.01}$ 44.50 2, 3
39A 3 13 39.7 -55 01 51 0.95 19.24 23.41 N 0.862 110 44.07 - - $\rm0.76_{-0.33}^{+0.63}$ 44.32  
41A 3 16 07.9 -55 17 24 1.58 18.54 22.36 B 0.979 111 43.85 -20.71 1.43 $\rm0.00_{-0.00}^{+0.05}$ 43.85 4
42A 3 15 48.7 -55 22 46 0.94 19.37 21.63 B 1.54 111 44.48 -22.47 1.51 $\rm0.00_{-0.00}^{+0.02}$ 44.48 4, C
43A 3 13 32.5 -55 10 49 1.14 19.52 23.40 B 2.013 111 44.76 -21.41 1.24 $\rm0.17_{-0.17}^{+0.32}$ 44.80  
44A 3 13 46.8 -55 00 31 1.07 17.42 21.40 B 0.785 111 43.82 -21.19 1.51 $\rm0.00_{-0.00}^{+0.10}$ 43.82  
44B 3 13 47.4 -55 00 30 6.41 - 22.24 N 0.480 000 - - - - -  
45A 3 14 51.8 -55 19 32 2.49 - 23.09 N 0.584 100 43.08 - - $\rm0.69_{-0.27}^{+0.51}$ 43.38 4
46A 3 16 07.0 -55 23 24 4.01 19.16 21.98 B 1.308 111 44.34 -21.71 1.43 $\rm0.00_{-0.00}^{+0.09}$ 44.34 C
47A 3 15 38.7 -55 10 44 1.34 19.06 23.94 N 0.900 100 43.47 - - $\rm 2.09_{-1.09}^{+1.54}$ 43.89 C
47B 3 15 39.1 -55 10 42 3.72 19.99 22.76 N 0.89 000 - - - - - C
49A 3 16 38.3 -55 20 14 1.66 16.01 20.26 G 0.454 111 43.22 - - $\rm 1.45_{-0.63}^{+0.65}$ 43.70  
50A 3 14 09.9 -55 17 46 1.25 18.35 23.66 N 0.986 110 43.79 - - $\rm 3.63_{-1.58}^{+1.63}$ 44.30  
51A 3 16 30.6 -55 15 03 1.83 16.57 20.95 N 0.58 110 43.37 - - $\rm0.05_{-0.05}^{+0.08}$ 43.41  
52A 3 14 51.4 -54 57 14 1.82 - - B 1.829 1 - - 44.77 - - $\rm0.00_{-0.00}^{+0.04}$ 44.77 2
53A 3 13 58.8 -55 17 54 0.67 18.82 23.23 N 1.340 100 44.07 - - $\rm 3.98_{-2.93}^{+2.51}$ 44.50  
54A 3 16 12.4 -54 59 10 2.49 - - B 2.744 1 - - 45.05 - - $\rm0.00_{-0.00}^{+0.40}$ 45.05 1
56A 3 12 50.9 -55 17 26 1.94 16.65 20.11 B 0.641 111 43.90 -22.04 1.60 $\rm0.01_{-0.01}^{+0.08}$ 43.91 1
57A 3 13 44.0 -55 19 24 2.33 17.11 20.12 B 0.281 1 - - 42.52 -19.93 1.79 $\rm0.01_{-0.01}^{+0.08}$ 42.54 3
58A 3 13 01.7 -55 22 23 0.70 - 21.10 B 0.589 111 43.69 -20.85 1.49 $\rm0.00_{-0.00}^{+0.02}$ 43.69  
59A 3 13 39.4 -55 14 26 0.77 17.37 21.83 B 0.978 111 43.94 -21.23 1.49 $\rm0.00_{-0.00}^{+0.02}$ 43.94  
60A 3 14 26.3 -55 17 47 0.71 17.62 21.77 B 0.957 111 43.69 -21.25 1.59 $\rm0.03_{-0.03}^{+0.12}$ 43.71 3, 5
63A 3 15 16.9 -55 06 02 1.25 20.37 23.19 N 2.800 110 44.88 - - $\rm 4.37_{-2.10}^{+11.2}$ 45.13 C
64A 3 13 33.7 -55 10 21 2.32 17.21 21.51 B 1.165 111 43.95 -21.91 1.61 $\rm0.00_{-0.00}^{+0.08}$ 43.95  
66A 3 15 00.7 -55 07 18 1.23 18.40 21.41 N 0.981 100 43.51 - - $\rm0.28_{-0.20}^{+0.28}$ 43.63 C
67A 3 13 10.6 -55 13 13 1.22 18.27 21.69 B 0.866 111 43.85 -21.11 1.49 $\rm0.00_{-0.00}^{+0.03}$ 43.85  
68A 3 13 37.9 -55 23 03 1.77 18.28 21.80 B 0.839 111 43.82 -20.93 1.47 $\rm0.00_{-0.00}^{+0.08}$ 43.82 5
69A 3 14 15.3 -55 19 10 0.50 19.37 24.63 B 2.553 111 44.42 -20.69 1.29 $\rm 1.20_{-0.77}^{+1.21}$ 44.53  
70A 3 16 21.0 -55 06 49 1.98 19.82 23.37 - - - - - - - -  
70B 3 16 21.0 -55 06 45 3.35 18.96 22.15 N 0.844 010 - - - - -  
73A 3 13 21.2 -55 20 47 0.51 18.31 20.10 B 2.706 111 45.10 -25.31 1.81 $\rm0.00_{-0.00}^{+0.12}$ 45.10 1
75A 3 16 01.2 -55 05 16 0.50 18.96 22.86 B 2.460 111 44.64 -22.38 1.49 $\rm0.00_{-0.00}^{+0.34}$ 44.64  
76A 3 15 49.7 -55 09 08 0.16 19.06 23.21 B 1.065 111 43.69 -20.01 1.39 $\rm0.01_{-0.01}^{+0.15}$ 43.69 3
78A 3 15 02.0 -55 26 11 1.13 19.17 23.68 - - - - - - - -  
80A 3 13 59.4 -54 57 17 3.16 - - B 1.620 1 - - 44.51 - - $\rm0.00_{-0.00}^{+0.05}$ 44.51 1
81A 3 13 44.2 -55 01 52 4.16 18.86 - - - - - - - -    
83A 3 14 47.9 -55 22 31 2.33 19.46 23.68 B 1.650 111 44.27 -20.63 1.29 $\rm0.00_{-0.00}^{+0.07}$ 44.27  
83B 3 14 48.8 -55 22 30 5.51 18.40 20.70 N 0.568 010 - - - - - 3
84A 3 16 21.6 -55 20 38 1.32 18.63 23.47 B 2.094 111 44.48 -21.43 1.37 $\rm 1.32_{-0.75}^{+1.27}$ 44.64  
84B 3 16 21.9 -55 20 41 3.72 18.73 23.42 S 0.000 011 - - - - -  
88A 3 13 16.6 -55 03 10 3.31 - 20.85 B 0.739 111 43.62 -21.62 1.67 $\rm0.00_{-0.00}^{+0.03}$ 43.62  
92A 3 12 00.3 -55 02 22 1.85 - - B 2.425 1 - - 45.22 - - $\rm0.58_{-0.58}^{+0.97}$ 45.29 1
100A 3 12 43.8 -55 10 58 2.43 - - B 1.165 111 44.23 - - $\rm0.01_{-0.01}^{+0.17}$ 44.24  
104A 3 16 47.0 -55 10 33 3.80 - 23.86 - - - - - - - -  
111A 3 15 05.2 -55 29 48 2.42 - - - - - - - - - -  
116A 3 16 20.7 -55 16 52 1.30 16.99 - N 0.581 111 43.08 - - $\rm 3.63_{-1.42}^{+1.37}$ 43.72  
120A 3 13 13.5 -55 01 59 0.87 - 15.90 G 0.094 1 - - 41.46 - - $\rm0.00_{-0.00}^{+0.03}$ 41.46  
132A 3 16 14.3 -55 17 29 1.53 17.65 21.79 N 1.144 100 43.70 - - $\rm0.00_{-0.00}^{+0.18}$ 43.70  
133A 3 14 26.2 -55 21 13 1.02 - 23.54 N 2.321 110 44.25 - - $\rm0.00_{-0.00}^{+0.20}$ 44.25 C
135A 3 13 14.7 -55 26 19 5.41 - 21.95 B 2.033 111 44.79 -22.88 1.48 $\rm0.00_{-0.00}^{+0.10}$ 44.79  
140A 3 14 33.0 -55 25 18 0.91 - 21.84 - - - - - - - -  
145A 3 15 37.1 -55 17 14 1.40 16.39 19.77 N 0.497 111 42.31 - - $\rm 100_{-31}$ 44.11  
150A 3 14 29.5 -55 06 05 0.32 18.15 23.21 - - - - - - - -  
151A 3 16 50.5 -55 11 01 4.45 - - - - - - - - - - C
157A 3 16 28.0 -55 05 38 3.46 16.41 19.76 N 0.625 111 42.79 - - - -  
165A 3 15 32.2 -55 16 54 5.06 10.94 12.90 S 0.000 011 - - - - -  
166A 3 14 55.3 -55 18 15 6.85 17.91 21.45 S 0.000 011 - - - - -  
171A 3 13 51.4 -55 02 56 2.18 18.59 22.17 N 0.800 111 43.45 - - $\rm 6.31_{-2.47}^{+2.38}$ 44.14  
172A 3 16 24.3 -55 19 08 3.17 - - - - - - - - - -  
185A 3 16 50.8 -55 22 24 1.60 - - B 2.768 1 - - 44.90 - - $\rm 6.31_{-4.03}^{+7.80}$ 45.21 2
189A 3 13 25.4 -55 01 18 8.94 19.34 20.47 N 0.079 011 - - - - -  
191A 3 14 38.5 -55 20 06 2.27 15.98 17.95 B 1.045 1 - - 43.44 -25.24 2.40 $\rm 5.75_{-2.81}^{+3.83}$ 44.01 1, C
197A 3 14 27.9 -55 19 34 2.27 17.94 - - - - - - - - -  
204A 3 14 24.6 -55 02 03 1.31 18.14 21.16 G 0.859 110 43.30 - - $\rm0.03_{-0.03}^{+2.26}$ 43.32  
205A 3 13 18.9 -55 25 12 1.73 - - S 0.000 111 - - - $\rm0.00_{-0.00}^{+0.01}$ -  
205B 3 13 18.8 -55 25 07 4.20 - - S 0.000 011 - - - - -  
209A 3 16 02.2 -55 02 48 0.88 19.31 20.63 B 2.735 111 44.67 -24.79 1.90 $\rm 1.58_{-1.17}^{+2.50}$ 44.80 2
217A 3 14 19.6 -55 16 43 3.81 19.35 22.07 N 0.816 110 42.96 - - $\rm 3.63_{-1.77}^{+2.42}$ 43.51 C
217B 3 14 19.2 -55 16 37 3.66 18.00 21.32 N 0.645 010 - - - - - C
220A 3 15 50.4 -55 01 45 1.75 18.48 21.53 B 1.529 111 44.11 -22.55 1.69 $\rm0.00_{-0.00}^{+0.10}$ 44.11  
222A 3 16 43.2 -55 20 06 8.05 - - G 0.82 000 - - - - -  
223A 3 16 47.6 -55 14 11 1.37 - - N 1.304 100 44.07 - - $\rm0.28_{-0.25}^{+0.45}$ 44.16  
224A 3 13 04.9 -55 16 07 1.89 18.36 21.46 G 0.688 001 - - - - - C
224B 3 13 04.8 -55 16 04 1.70 17.48 21.51 N 0.690 111 43.48 - - $\rm 17.4_{-5.1}^{+7.9}$ 44.48 C
225A 3 13 31.7 -55 00 46 3.12 15.89 - G 0.420 011 - - - - -  
225B 3 13 32.2 -55 00 45 1.32 16.06 17.99 S 0.000 011 - - - - -  
229A 3 16 06.5 -55 14 44 4.07 - 22.23 N 0.98 001 - - - - -  
232A 3 14 41.7 -55 08 17 1.74 19.48 - B 2.520 111 44.58 - - $\rm 1.20_{-0.95}^{+16.4}$ 44.71  
241A 3 13 21.9 -55 13 51 0.95 15.81 17.56 G 0.165 111 41.85 - - $\rm0.01_{-0.01}^{+0.06}$ 41.87  
242A 3 16 04.2 -55 07 16 0.81 18.34 22.57 B 1.147 111 43.69 -20.81 1.54 $\rm0.40_{-0.25}^{+0.47}$ 43.82  
246A 3 13 56.6 -55 01 07 2.96 18.50 21.91 N 0.944 110 43.51 - - $\rm0.52_{-0.35}^{+1.77}$ 43.70  
246B 3 13 57.1 -55 01 13 4.75 20.25 22.64 N 0.688 0 - - - - - - - 6
253A 3 14 38.0 -55 06 50 2.64 18.21 21.84 N 0.517 110 42.64 - - $\rm 25.1_{-15.2}^{+28.5}$ 43.83 C
253B 3 14 38.1 -55 06 45 3.12 - 23.86 N 0.518 010 - - - - - C
255A 3 14 46.2 -55 09 52 4.28 14.66 17.51 S 0.00 011 - - - - -  
265A 3 13 36.7 -55 00 18 0.94 18.89 22.65 B 1.280 111 43.74 -21.00 1.56 $\rm0.91_{-0.90}^{+3.29}$ 43.94  
265B 3 13 37.0 -55 00 20 4.04 19.84 21.81 S 0.000 011 - - - - -  
267A 3 14 22.6 -55 17 09 2.71 18.53 22.46 B 1.495 111 43.83 -21.56 1.64 $\rm 8.32_{-4.06}^{+6.68}$ 44.37  
268A 3 16 23.8 -55 15 20 1.17 18.06 21.20 B 1.22 111 43.72 -22.34 1.79 $\rm0.00_{-0.00}^{+0.10}$ 43.72 4
268B 3 16 23.9 -55 15 21 1.68 17.82 21.20 N 0.983 010 - - - - -  
280A 3 13 24.8 -55 11 19 0.66 18.93 22.95 B 1.936 110 44.23 -21.78 1.53 $\rm 27.5_{-12.6}^{+21.1}$ 44.97 C
281A 3 15 57.7 -55 06 02 1.92 - - - - - - - - - -  
300A 3 15 01.8 -55 14 08 4.93 10.21 12.96 S 0.000 111 - - - $\rm0.00_{-0.00}^{+0.01}$ -  
308A 3 13 17.8 -55 15 52 1.71 - 22.13 - - - - - - - -  
310A 3 14 57.9 -55 13 23 3.21 18.51 22.41 B 1.01 111 43.07 -20.72 1.78 $\rm0.05_{-0.05}^{+0.20}$ 43.09  
311A 3 16 29.8 -55 11 02 3.88 18.61 - - - - - - - - -  
334A 3 16 31.6 -55 12 27 0.70 19.32 20.17 B 2.536 1 - - 44.73 -25.13 1.93 $\rm0.52_{-0.52}^{+0.69}$ 44.79 2, 3
335A 3 13 57.3 -55 04 32 0.91 15.96 17.97 N 0.257 111 41.93 - - $\rm 1.91_{-0.96}^{+1.77}$ 42.54  
345A 3 13 16.6 -55 22 38 0.84 - 21.61 B 2.166 111 44.88 -23.36 1.54 $\rm0.00_{-0.00}^{+0.10}$ 44.88  
360A 3 13 11.7 -55 17 18 2.36 20.02 - B 2.166 111 44.49 - - $\rm0.14_{-0.14}^{+0.90}$ 44.51  
361A 3 13 14.6 -55 03 18 2.03 - 20.03 B 1.648 111 44.20 -24.28 1.96 $\rm 12.0_{-6.4}^{+9.7}$ 44.80  
364A 3 14 12.0 -55 25 56 1.82 - 21.10 B 1.821 1 - - 44.39 -23.48 1.75 $\rm0.23_{-0.23}^{+0.36}$ 44.45 2, 3
367A 3 16 34.8 -55 03 49 3.92 - 21.08 B 0.981 1 - - 43.97 -21.99 1.61 $\rm 2.29_{-1.46}^{+1.97}$ 44.37 2
371A 3 16 20.5 -55 03 33 3.16 - 21.25 N 0.802 110 43.23 - - $\rm 33.1_{-10.6}^{+20.5}$ 44.37  
373A 3 15 02.3 -55 05 07 2.53 - 23.69 B 0.953 101 43.24 -19.33 1.45 $\rm0.00_{-0.00}^{+0.06}$ 43.24  
373B 3 15 02.5 -55 05 02 6.11 - 21.87 N 0.573 010 - - - - -  
377A 3 16 53.4 -55 08 38 0.81 - 22.91 - - - - - - - -  
381A 3 16 44.3 -55 27 08 2.93 - 19.34 B 1.879 1 - - 45.01 -25.32 1.80 $\rm0.00_{-0.00}^{+0.07}$ 45.01 1
382A 3 12 47.3 -55 16 51 1.46 19.83 20.63 B 1.904 111 44.57 -24.07 1.78 $\rm0.00_{-0.00}^{+0.04}$ 44.57 C
388A 3 14 01.3 -54 59 56 0.72 17.27 19.99 B 0.841 1 - - 44.74 -22.75 1.39 $\rm0.00_{-0.00}^{+0.01}$ 44.74 1
408A 3 15 54.6 -55 10 04 4.12 19.92 23.40 - - - - - - - -  
410A 3 15 02.4 -55 27 45 4.21 11.01 14.68 S 0.000 111 - - - $\rm0.00_{-0.00}^{+0.01}$ -  
422A 3 15 31.6 -55 10 45 4.79 17.22 21.04 N 0.476 111 42.50 - - $\rm 3.98_{-1.61}^{+2.46}$ 43.21  
437A 3 15 33.7 -55 02 58 2.33 20.22 21.78 S 0.00 111 - - - $\rm0.01_{-0.01}^{+0.05}$ -  
449A 3 15 43.8 -55 07 42 4.28 18.62 - B 1.204 111 43.47 - - $\rm 7.59_{-4.04}^{+6.10}$ 44.08 3
462A 3 15 06.0 -55 16 24 1.99 18.75 - - - - - - - - -  
463A 3 16 25.3 -55 08 39 0.55 19.07 - N 2.531 111 44.41 - - $\rm 3.63_{-2.20}^{+4.27}$ 44.66  
473A 3 15 32.2 -55 11 22 6.40 - 21.64 S 0.000 011 - - - $\rm0.01_{-0.01}^{+0.05}$ -  
473B 3 15 32.9 -55 11 27 11.67 - 17.22 G 0.154 0 - - - - - - - 7
475A 3 13 52.4 -55 03 46 1.77 20.20 23.97 B 1.729 111 44.07 -20.48 1.36 $\rm0.10_{-0.10}^{+0.43}$ 44.10  
480A 3 16 53.2 -55 12 32 2.52 - 22.47 N 0.921 100 43.52 - - $\rm 4.79_{-2.34}^{+3.85}$ 44.12  
485A 3 15 27.1 -55 16 14 4.69 17.75 22.85 N 1.263 100 43.33 - - $\rm 27.5_{-15.1}^{+72.5}$ 44.25  
496A 3 12 45.4 -55 16 48 1.38 - 19.74 B 1.906 111 44.63 -24.96 1.91 $\rm0.00_{-0.00}^{+0.14}$ 44.63 C
498A 3 15 06.1 -55 14 00 1.09 11.83 13.65 S 0.00 111 - - - $\rm0.01_{-0.01}^{+0.06}$ -  
511A 3 15 28.0 -55 13 14 0.92 19.88 22.58 B 2.623 111 44.22 -22.79 1.75 $\rm0.00_{-0.00}^{+0.30}$ 44.22  
512A 3 13 48.2 -55 13 09 1.12 17.90 - N 0.465 110 42.83 - - $\rm 1.91_{-1.02}^{+1.53}$ 43.36 C
512B 3 13 48.3 -55 13 05 3.57 15.92 - N 0.584 0 - - - - - - - 3, C
518A 3 14 57.0 -55 29 25 2.01 - 21.53 - - - - - - - -  
524A 3 13 14.1 -55 04 16 3.54 - 20.46 S 0.000 011 - - - - -  
531A 3 13 38.2 -55 03 51 1.12 18.31 - B 0.926 111 44.15 - - $\rm0.00_{-0.00}^{+0.01}$ 44.15  
535A 3 16 53.5 -55 11 52 1.51 - 21.81 B 0.974 101 43.43 -21.25 1.71 $\rm0.44_{-0.31}^{+0.58}$ 43.60  
536A 3 14 50.7 -55 04 10 3.47 - 22.41 N 0.333 111 41.92 - - - -  
543A 3 12 50.3 -55 11 00 0.56 19.85 - B 2.511 111 44.44 - - - -  
551A 3 12 43.3 -55 12 01 3.16 - - S 0.000 011 - - - - -  
551B 3 12 43.0 -55 11 58 1.20 - - B 0.789 111 43.48 - - $\rm0.00_{-0.00}^{+0.20}$ 43.48  
557A 3 14 41.4 -55 21 37 1.27 15.42 18.07 G 0.16 111 41.26 - - $\rm0.00_{-0.00}^{+0.02}$ 41.26  
559A 3 16 17.3 -55 14 29 0.99 17.95 21.95 B 1.180 1 - - 43.82 -21.51 1.60 $\rm0.00_{-0.00}^{+0.02}$ 43.82 3
579A 3 15 47.3 -55 14 19 0.88 18.01 20.84 N 0.497 110 42.43 - - $\rm0.23_{-0.12}^{+0.18}$ 42.60  
582A 3 16 30.5 -55 11 30 0.89 17.23 21.32 S 0.000 111 - - - $\rm0.04_{-0.04}^{+0.06}$    
585A 3 13 09.3 -55 11 40 1.80 19.23 23.82 B 1.383 111 44.29 -20.01 1.16 $\rm0.01_{-0.01}^{+0.20}$ 44.30  
593A 3 15 11.2 -55 12 02 1.16 18.61 22.12 B 0.964 111 43.19 -20.92 1.75 $\rm0.00_{-0.00}^{+0.13}$ 43.19  
607A 3 16 51.2 -55 13 06 0.22 - 19.83 N 0.407 110 42.87 - - $\rm0.00_{-0.00}^{+0.01}$ 42.87 C
608A 3 13 49.7 -55 12 59 0.57 17.67 22.46 N 1.019 100 43.58 - - $\rm0.14_{-0.14}^{+0.24}$ 43.64 4
610A 3 15 51.8 -55 12 22 1.25 17.64 21.12 N 0.699 111 43.10 - - $\rm 8.32_{-2.45}^{+3.14}$ 43.90  
615A 3 14 59.5 -55 03 57 1.75 19.15 22.77 B 1.355 101 43.99 -21.01 1.46 $\rm0.00_{-0.00}^{+0.06}$ 43.99 C
615B 3 15 00.2 -55 03 53 5.00 17.08 19.23 N 0.096 011 - - - - - 3, C
631A 3 15 32.7 -55 12 00 0.89 19.65 - - - - - - - - -  
632A 3 16 24.6 -55 21 33 2.07 18.97 23.29 ? - 000 - - - - - C
632B 3 16 24.7 -55 21 44 9.08 19.04 22.93 N 0.987 011 - - - - -  
652A 3 15 30.3 -55 04 37 0.52 18.56 20.75 B 2.710 111 45.14 -24.66 1.68 $\rm0.00_{-0.00}^{+0.20}$ 45.14 3
653A 3 16 47.4 -55 12 31 1.38 - 23.38 - - - - - - - - 4, C
654A 3 17 05.7 -55 27 18 3.54 - - B 2.105 1 - - 45.26 - - $\rm0.33_{-0.33}^{+0.44}$ 45.32 1
656A 3 13 26.1 -55 04 25 1.36 15.35 18.37 N 0.166 111 42.64 - - $\rm0.91_{-0.32}^{+0.34}$ 43.13  
664A 3 16 10.0 -55 21 20 9.50 18.31 22.60 - - - - - - - -  
664B 3 16 11.0 -55 21 22 5.17 - - - - - - - - - -  
673A 3 15 40.3 -55 12 21 0.65 18.76 22.00 B 1.062 111 44.03 -21.21 1.45 $\rm0.40_{-0.19}^{+0.29}$ 44.18 3
675A 3 16 24.6 -55 11 44 0.66 19.14 21.82 B 1.140 1 - - 44.06 -21.55 1.50 $\rm0.00_{-0.00}^{+0.06}$ 44.06 3
686A 3 13 46.6 -55 11 49 0.67 17.08 19.11 B 1.663 111 45.44 -25.23 1.58 $\rm0.00_{-0.00}^{+0.03}$ 45.44 1, 3, 5
687A 3 13 02.6 -55 26 08 4.54 - 18.83 S 0.000 011 - - - - -  


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